Is Firefox a bad web browser? No. Is it the next coming of the Almighty? According to some it would seem that way. It is one thing recommending a program, it is entirely another to preach about something as if you were part of a religious cult.
Posted by Gsurface on 30 Jan 2005 - 18:27 - Google It! on Flexbeta
Those Firefox people are crazy...
Firefox - A New Religion?
Author: Andrew
Firefox is an Open Source web browser, funded through the Mozilla Foundation setup by AOL and actively developed by engineers from IBM and Sun Microsystems. The volunteer community generally provides testing.
Is Firefox a bad web browser? No. Is it the next coming of the Almighty? According to some it would seem that way. It is one thing recommending a program, it is entirely another to preach about something as if you were part of a religious cult. Seriously how sad is it that a program needs a web page like this:
www.spreadfirefox.com
"Welcome to Spread Firefox. You are our marketing department, a diverse community of people tired of swatting popups, chasing spyware, combating identity theft and installing security updates you could set your watch to. You have a vision of the 21st century web and are ready to push it to the world, wresting control from a monopoly that has let it stagnate. We'll provide the tools, but you will drive campaigns that will be rolled out here over the coming months."
You can see clearly here this site is less about recommending a better browser and more about a crusade against Microsoft. But to have your crusade you must have a Religion and of course followers. To recruit followers you need beliefs.
Beliefs:
Beliefs through propaganda? Yes, Firefox is being marketed as if it is superior to Internet Explorer in regards to Pop-ups, Spyware and Security. How convenient of the Firefox followers to leave out the other side of the story:
The Dark Side:
Internet Explorer with Service Pack 2 installed for Windows XP is just as secure as Firefox in relation to Spyware and Pop-ups. Service Pack 2 includes the following security enhancements relating to Internet Explorer:
1. Built-in Pop-up Blocker
2. ActiveX Installation Warning System
3. Removal of MSJVM from Windows
...
World's First PCI Express Gigabit Ethernet Controller Makes It to Retail
First PCI Express x1 Add-In Cards Begin to Emerge.Leading graphics chip companies ATI Technologies and NVIDIA Corp. adopted the PCI Express x16 interconnection type rapidly and were able to ship their products for Intel's latest PCI Express platforms immediately after the giant chipmaker formally lifted the wraps off the i915- and i925X-series chipsets nearly half a year ago. However, designers of other add-in components, such as network and audio controllers, are beginning to adopt the new PCI Express bus only now.
SysKonnect, an Ettlingen, Germany-based company has recently initiated sales of its SysKonnect SK 9E21D single-link Gigabit Ethernet adapter intended for applications supporting PCI Express x1 slots, such as modern servers, workstations or desktops. The devices is based on a GbE chip from Marvell and is compliant with variety of operating systems, including Microsoft Windows NT4, 98 SE, ME, 2000, XP Professional and Home, Small Business Server 2003, Server 2003 x64, Server 2003 for 64-bit Itanium, Linux 2.4.13 and higher.
PCI Express x1 interconnection provides a number of tangible benefits to add-in cards, such as GbE controllers, compared to 32-bit/33MHz PCI, including huge dedicated bandwidth of about 500MB/s, full-duplex operation as well as hot-plug capability.
Still, despite of benefits the new bus brings, not all users are likely to welcome advantages of the PCI Express x1 add-in cards warmly because the vast majority of today’s mainboards already support build-in Gigabit Ethernet and audio controllers, which is why not a lot of users are projected to be interested in PCI Express x1 add-in components. Given that contemporary chipsets with integrated graphics cores do not sport the level of performance and feature-set modern graphics processing units from NVIDIA Corp. and ATI Technologies bring, customers’ interest in PCI Express x16 graphics cards is supposed to be much higher compared to demand for PCI Express x1 products.
The first commercially available Gigabit Ethernet controller costs $38 and $67, much more compared to PCI GbE solutions, in the US and Japan respectively, according to Pricewatch and Akiba24 web-sites.
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NEW DESKTOP PICS
Pierre Henrry com 75 Anos Propoê-se Completar/Fazer a 10ª Sinfonia de BEETHOVEN ...e...
...vem à FESTA da MÚSICA ao Centro Cultural da Música que começa a 22 de ABRIIL
Pierre Henrry
----------------------------------------- Muito INC -----------------------------------------------
e com ERROS!
Wireless Ethernet grabs the headlines, but a steady stream of technology advances fortify Ethernet's wired side.
Ethernet, the hardwired kind, dominates the networking world simply because it's flexible, reliable, and works as advertised. Like the telephone system, it's the network we all rely on but invariably take for granted. While wireless Ethernet (IEEE 802.11 or Wi-Fi) has received all of the attention, press,
and hype recently, conventional wired Ethernet is quietly evolving. Now moving into its 31st year, Ethernet dominates the networking world (see "Happy Birthday, Ethernet," p. 48). This article is an update on this commodity, yet world-class, networking technology.
Ethernet is of course a standard, specifically the Institute of Electrical and Electronic Engineers' (IEEE's) 802.3 standard. The original version, which defined a coax-based 10-Mbit/s bus system, has evolved into a 10-Mbit/s CAT5 unshielded twisted pair (UTP) based physical star known as 10BaseT. In the mid-1990s, a 100-Mbit/s version known as Fast Ethernet or 100BaseT (802.3u) came about.
Today, virtually all companies, institutions, and other organizations are wired for these 10/100-Mbit/s versions of Ethernet. More recent developments are a 1-Gbit/s CAT5 version called 1000BaseT, as well as 1- and 10-Gbit/s optical fiber versions. Fully ratified standards cover all of these (see the table).
The standards process forges on, as both chip and equipment companies seek out ways to further harness and improve Ethernet's performance. Some of the current active standards work includes:
10GbaseT: 10 Gbits/s over 100 meters of CAT5/CAT6 twisted pair;
10GbaseCX4: 10 Gbits/s over 15 meters of coax cable;
Ethernet fiber in the first mile; fiber to the home (FTTH) using Ethernet;
General maintenance on previous standards.
While still a Study Group, the 10GbaseT effort is considering ways to actually transmit 10 billion bits per second over a copper cable. My first reaction was "good luck," but much progress has already been made. By using multilevel coding schemes, such as 10-level pulse amplitude modulation (PAM) and multiple simultaneous paths along with adaptive equalization, it's possible. Such a solution will allow those with installed bases of CAT5E and CAT6 twisted pair to eventually upgrade to a 10-Gbit/s path. Yet the distances will be less than the usual standard 100 meters unless an upgrade to CAT7 is made. In any case, this approach will still be less expensive than using the approved fiber-optical cable standard for 10G (802.3ae).
The 10GbaseCX4 initiative is designated 802.3ak. The Task Force defined an Ethernet physical layer (PHY) that uses a version of the InfiniBand cabling scheme with dual TwinAx coax cables. This should make for an ideal connection in data centers where high-speed connections between servers are desirable, as well as in some storage-area network (SAN) applications. Look for this standard very soon.
The Ethernet in the first mile (EFM) effort has a formal Task Force designated 802.3ah. It's developing a standard that will allow homes and businesses to hook up to local carriers directly with Ethernet. Both copper and optical versions are being developed. The copper version will be less expensive, but a low-cost passive-optical-network (PON) solution is also on the docket.
Perhaps with such a standard, we will eventually see a replacement for the 100-year-old twisted-pair copper local loop we all still rely on. It could be the main connection for new homes in the near future. You'd get your telephone, as well as high-speed Internet access and even cable TV, via Internet Protocol telephony. We'll see. In any case, a standard will make the technology a reality much faster.
RECENT DEVELOPMENTS AND APPLICATIONS
Keeping track of Ethernet activities is almost a full-time job. Nearly everyone already uses Ethernet in some form, and many new versions and uses are continuously thrown into the mix. Presented here is juat a handful of the many new methods.
First, the newest versions of Ethernet, specifically the 1-Gbit/s Ethernet (1GE) and 10-Gbit/s Ethernet (10GE) standards, ratified in 1998 and 2002 respectively, are still in the early stages of rollout. With expenditures in IT ranging from flat to down during the current economic doldrums, companies are finding out that their legacy 10/100 systems are pretty much fast enough.
However, the copper version of 1GE is beginning to appear in many places. This version of Ethernet (802.3ab) implements four twisted pairs in the available CAT5 wiring to carry specially coded baseband signals at 250 Mbits/s to achieve the 1-Gbit/s rate. It works rather well at up to 100 feet.
Organizations are gradually updating their hubs, switches, and routers to accommodate the higher speed. The wide availability of 1GE chips and their rapidly declining prices have also led most major PC manufacturers to include 10/100/1000 ports in most new models. This is by far the most successful trend going on in Ethernet right now.
Backplane design is also seeing the incorporation of 1GE and 10GE versions. The data rate on wide parallel buses has pretty much topped out, so the trend is to move to serial buses that can be more easily routed over longer distances but still achieve higher overall data rates. Designers of high-speed routers, switches, and other telecom and networking equipment are adopting serial buses in the backplanes. This has been made easier by the wide availability of whole families of serializer/deserializer (SERDES) chips from many manufacturers. Designers are achieving distances up to 50 inches with 1 Gbit/s and up to 6 inches at 10 Gbits/s in copper transmission lines on FR4 backplanes.
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Le thème de la folle journée de Nantes 2005 est : Beethoven et ses amis
Pour sa 11ème édition, la Folle Journée met à l'honneur l'un des plus grands créateurs et compositeurs de l'histoire de la musique: Ludwig van Beethoven. A cette occasion, le public pourra découvrir ou redécouvrir quelques-unes des oeuvres de ses amis soient :
Les compositeurs
amis de Beethoven Les pianistes invités
à la "Folle journée"
LUIGI CHERUBINI (1760-1842)
MUZIO CLEMENTI (1752-1832)
.JOHANN BAPTIST CRAMER (1771-1858)
CARL CZERNY (1791-1857)
ANTONIO DIABELLI (1781-1858)
ANTON EBERL (1765-1807)
JOHANN NEPOMUK HUMMEL (1778-1837)
IGNAZ MOSCHELES (1794-1870)
IGNAZ JOSEPH PLEYEL (1757-1831)
JAN WILLEM WILMS (1772-1847)
ANTON REICHA (1770-1836)
FERDINAND RIES (1784-1838)
ANTONIO SALIERI (1750-1825)
FRANZ SCHUBERT (1797-1828)
LOUIS SPOHR (1784-1859)
JAN VACLAV VORÍSEK (1791-1825)
CARL MARIA VON WEBER (1786-1826)
"Les amis de Beethoven étaient des musiciens très complets : à la fois interprètes, compositeurs, chefs d’orchestre, éditeurs de musique et même facteurs de pianos pour deux d’entre eux : Pleyel et Clementi, ils ont contribué à faire connaître la musique de Beethoven qu’ils admiraient tous. En tant que pédagogues reconnus et auteurs d’ouvrages didactiques, certains ont laissé une trace dans l’histoire de la musique comme Reicha, Hummel ou encore Czerny. Beethoven a également bénéficié du soutien d’amis éditeurs de musique comme Clementi, Pleyel et bien sûr Diabelli, qui publia les fameuses Variations opus 120 sur une de ses valses. Enfin, les amis de Beethoven sont aussi les témoins directs de sa vie ce qui nous permet aujourd’hui, à travers des ouvrages biographiques écrits par eux, de connaître des détails fascinants de la vie de cet immense compositeur. Mais Beethoven n’a pas que profité de ses relations, il aussi a su donner des preuves de son amitié. Une abondante correspondance et la dédicace d’œuvres à ses amis en témoignent.
Cependant, c’est une amitié qui n’excluait pas parfois une certaine rivalité. Le tempérament bouillant de Beethoven et ses manières un peu brutales, ajoutés à la jalousie éventuelle des autres musiciens pouvaient susciter certaines inimitiés observées notamment chez Hummel ou Spohr.
Beethoven avait des opinions très arrêtées sur les mérites relatifs de nombreux compositeurs dont il connaissait la musique. Ses préférences allaient à la musique noble, sérieuse, savante et vers la fin de sa vie, à la musique ancienne (Haendel). Si Beethoven avait vécu encore une quinzaine d’années, il aurait découvert les chefs-d’œuvre de Schumann, Chopin, Bellini, Wagner, Liszt et Berlioz et il se serait sans doute montré plus ouvert à la musique nouvelle."(extrait du dossier de presse de la Cité des congrès de Nantes)
Nicholas Angelich
Jean-Efflam Bavouzet
Boris Berezovsky
Frank Braley
Pedro Burmester
Bertrand Chamayou
Josep Colom
Michel Dalberto
Katrin Dasch
CJaire Désert
Jacques Delannoy
Love Derwinger
Jean-François Dichamp
Shani Diluka
Akiko Ebi
Akira Eguchi
Brigitte Engerer
Philippe Giusiano
François-Frédéric Guy
Jean-François Heisser
Marie-Josèphe Jude
Momo Kodama
Nikolaï Lugansky
Alexander Melnikov pianoforte
Jorge Moyano
Jean-Frédéric Neuburger
Sandro de Palma
Jean-Claude Pennetier
Anne Queffélec
Abdel Rahman el Bacha
Dezso Rânki
Antonio Rosado
Skjp Sempé clavecin
Katia Skanavi
Andreas Stayer pianoforte et clavecin
Emmanuel Strosser
Jaroslav Tuma
Ferenc Vizi
Vanessa Wagner
The World Health ReportRELATÓRIO SOBRE SAÚDE MENTAL NO MUNDO - 1EUROPEAN HEALTH FORUM GASTEINClassificação Internacional de Doenças do INE
Capítulo V: - Perturbações mentais e de comportamento (F00-F99)
F00-F09 - Perturbações mentais orgânicas, inclusive as sintomáticas
F10-F19 - Perturbações mentais e de comportamento devidas ao uso de substância psicoactiva
F20-F29 - Esquizofrenia, perturbações esquizotípicas e delirantes
F30-F39 - Perturbações do humor (afectivas)
F40-F49 - Perturbações neuróticas, perturbações relacionadas com o stress e perturbações somáticas
F50-F59 - Síndromes de comportamento associadas a disfunções fisiológicas e a factores físicos
F60-F69 - Perturbações da personalidade e de comportamento do adulto
F70-F79 - Deficiência mental
F80-F89 - Perturbações do desenvolvimento psicológico
F90-F98 - Perturbações de comportamento e perturbações emocionais específicas da infância ou da adolescência
F99-F99 - Transtorno mental não especificado
Relatório de Segurança Interna Ano de 2000Saúde Medicina,Hospitais,...
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Um Aluno do 3º Ano de Engenharia não sabe o que é o "i"... a Entidade Imaginária!!!... PASME-SE!
Por favor não deixem o "futuro" Engenheiro vir a fazer ou a Engenhar: PONTES, Túneis, Constução Aeronáutica, Naval ou Espacial, Electrotecnia Alta e/ou Baixa, Telecomunicações, Contrução Cívil de qualquer Espécie, Rodoviária ou Ferroviária, Sistemas, Geográfica, Física,..., etc., etc.
Em Suma, Dêem-lhe já um Súbsidio de Desemprego Perene Mas Não o Deixem Mexer em Nenhum Engenho, nem nada, ou então Façam um Levantamento de Tudo Em Que Vier a Trabalhar ou Construir Neste Domínio ( Onde Como e Quando!).
Imaginary Number
In mathematics, an imaginary number (or purely imaginary number) is a complex number whose square is negative or zero. The term was coined by René Descartes in 1637 in his La Geometrie and was meant to be derogatory: obviously, such numbers were thought not to exist.
Definition:
http://en.wikipedia.org/math/9f7bfcfe543a38208ea1542aa31e23f7.png
Geometric Interpretation on WikipediaE (mathematical constant) - Wikipedia, the free encyclopedia
Definitions:
Properties:
The special case with x = π is known as Euler's identity:
Complex Number and History of Complex Numbers<<<<--- MUITO IMPORTANTEQuaternionOctonion
Imaginary numbers follow the same pattern. For most human tasks, real numbers (or even rational numbers) offer an adequate description of data, and imaginary numbers have no meaning; however, in many areas of science and mathematics, imaginary numbers (and complex numbers in general) are essential for describing reality. Imaginary numbers have essential concrete applications in a variety of sciences and related areas such as signal processing, control theory, electromagnetism, quantum mechanics, and cartography. They are absolutely indispensable in advanced mathematics.
In electrical engineering, when analyzing AC circuitry, the values for the electrical voltage (and current) are expressed as imaginary or complex numbers known as phasors. There is, however, nothing imaginary (in the non-mathematical sense) about these voltages and they can cause actual damage/harm to either humans or equipment even if their values contains no "real part".
Nota:
Definição: i=sqrt(-1)
Propriedades: i^2=-1, i^3=-i, i^4=1
Formas de Apresentação:
Rectangular ou Cartesina: a+bi, com a,b Pertencente ao corpo R (Real)
Trigonométrica: A*[cos(x)+isen(x)], "x" é Argumento Expresso em Radianos, logo x em R
Polar: A*e^ix, com e=2,71..., "e" número de Euller, Número Irracional proveniente da Expressão Limite e=lim(1+1/n)^n com n -> inf.
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IRÃO o Próximo Palco de Guerra - "THE COMING WARS" - What The Pentagon Can Now Do In Secret.
THE COMING WARS
by SEYMOUR M. HERSH
What the Pentagon can now do in secret.
Issue of 2005-01-24 and 31
Posted 2005-01-17
George W. Bush’s reëlection was not his only victory last fall. The President and his national-security advisers have consolidated control over the military and intelligence communities’ strategic analyses and covert operations to a degree unmatched since the rise of the post-Second World War national-security state. Bush has an aggressive and ambitious agenda for using that control—against the mullahs in Iran and against targets in the ongoing war on terrorism—during his second term. The C.I.A. will continue to be downgraded, and the agency will increasingly serve, as one government consultant with close ties to the Pentagon put it, as “facilitators” of policy emanating from President Bush and Vice-President Dick Cheney. This process is well under way.
Despite the deteriorating security situation in Iraq, the Bush Administration has not reconsidered its basic long-range policy goal in the Middle East: the establishment of democracy throughout the region. Bush’s reëlection is regarded within the Administration as evidence of America’s support for his decision to go to war. It has reaffirmed the position of the neoconservatives in the Pentagon’s civilian leadership who advocated the invasion, including Paul Wolfowitz, the Deputy Secretary of Defense, and Douglas Feith, the Under-secretary for Policy. According to a former high-level intelligence official, Secretary of Defense Donald Rumsfeld met with the Joint Chiefs of Staff shortly after the election and told them, in essence, that the naysayers had been heard and the American people did not accept their message. Rumsfeld added that America was committed to staying in Iraq and that there would be no second-guessing.
“This is a war against terrorism, and Iraq is just one campaign. The Bush Administration is looking at this as a huge war zone,” the former high-level intelligence official told me. “Next, we’re going to have the Iranian campaign. We’ve declared war and the bad guys, wherever they are, are the enemy. This is the last hurrah—we’ve got four years, and want to come out of this saying we won the war on terrorism.”
Bush and Cheney may have set the policy, but it is Rumsfeld who has directed its implementation and has absorbed much of the public criticism when things went wrong—whether it was prisoner abuse in Abu Ghraib or lack of sufficient armor plating for G.I.s’ vehicles in Iraq. Both Democratic and Republican lawmakers have called for Rumsfeld’s dismissal, and he is not widely admired inside the military. Nonetheless, his reappointment as Defense Secretary was never in doubt.
Rumsfeld will become even more important during the second term. In interviews with past and present intelligence and military officials, I was told that the agenda had been determined before the Presidential election, and much of it would be Rumsfeld’s responsibility. The war on terrorism would be expanded, and effectively placed under the Pentagon’s control. The President has signed a series of findings and executive orders authorizing secret commando groups and other Special Forces units to conduct covert operations against suspected terrorist targets in as many as ten nations in the Middle East and South Asia.
The President’s decision enables Rumsfeld to run the operations off the books—free from legal restrictions imposed on the C.I.A. Under current law, all C.I.A. covert activities overseas must be authorized by a Presidential finding and reported to the Senate and House intelligence committees. (The laws were enacted after a series of scandals in the nineteen-seventies involving C.I.A. domestic spying and attempted assassinations of foreign leaders.) “The Pentagon doesn’t feel obligated to report any of this to Congress,” the former high-level intelligence official said. “They don’t even call it ‘covert ops’—it’s too close to the C.I.A. phrase. In their view, it’s ‘black reconnaissance.’ They’re not even going to tell the cincs”—the regional American military commanders-in-chief. (The Defense Department and the White House did not respond to requests for comment on this story.)
In my interviews, I was repeatedly told that the next strategic target was Iran. “Everyone is saying, ‘You can’t be serious about targeting Iran. Look at Iraq,’” the former intelligence official told me. “But they say, ‘We’ve got some lessons learned—not militarily, but how we did it politically. We’re not going to rely on agency pissants.’ No loose ends, and that’s why the C.I.A. is out of there.”
For more than a year, France, Germany, Britain, and other countries in the European Union have seen preventing Iran from getting a nuclear weapon as a race against time—and against the Bush Administration. They have been negotiating with the Iranian leadership to give up its nuclear-weapons ambitions in exchange for economic aid and trade benefits. Iran has agreed to temporarily halt its enrichment programs, which generate fuel for nuclear power plants but also could produce weapons-grade fissile material. (Iran claims that such facilities are legal under the Nuclear Non-Proliferation Treaty, or N.P.T., to which it is a signator, and that it has no intention of building a bomb.) But the goal of the current round of talks, which began in December in Brussels, is to persuade Tehran to go further, and dismantle its machinery. Iran insists, in return, that it needs to see some concrete benefits from the Europeans—oil-production technology, heavy-industrial equipment, and perhaps even permission to purchase a fleet of Airbuses. (Iran has been denied access to technology and many goods owing to sanctions.)
The Europeans have been urging the Bush Administration to join in these negotiations. The Administration has refused to do so. The civilian leadership in the Pentagon has argued that no diplomatic progress on the Iranian nuclear threat will take place unless there is a credible threat of military action. “The neocons say negotiations are a bad deal,” a senior official of the International Atomic Energy Agency (I.A.E.A.) told me. “And the only thing the Iranians understand is pressure. And that they also need to be whacked.”
The core problem is that Iran has successfully hidden the extent of its nuclear program, and its progress. Many Western intelligence agencies, including those of the United States, believe that Iran is at least three to five years away from a capability to independently produce nuclear warheads—although its work on a missile-delivery system is far more advanced. Iran is also widely believed by Western intelligence agencies and the I.A.E.A. to have serious technical problems with its weapons system, most notably in the production of the hexafluoride gas needed to fabricate nuclear warheads.
A retired senior C.I.A. official, one of many who left the agency recently, told me that he was familiar with the assessments, and confirmed that Iran is known to be having major difficulties in its weapons work. He also acknowledged that the agency’s timetable for a nuclear Iran matches the European estimates—assuming that Iran gets no outside help. “The big wild card for us is that you don’t know who is capable of filling in the missing parts for them,” the recently retired official said. “North Korea? Pakistan? We don’t know what parts are missing.”
One Western diplomat told me that the Europeans believed they were in what he called a “lose-lose position” as long as the United States refuses to get involved. “France, Germany, and the U.K. cannot succeed alone, and everybody knows it,” the diplomat said. “If the U.S. stays outside, we don’t have enough leverage, and our effort will collapse.” The alternative would be to go to the Security Council, but any resolution imposing sanctions would likely be vetoed by China or Russia, and then “the United Nations will be blamed and the Americans will say, ‘The only solution is to bomb.’”
A European Ambassador noted that President Bush is scheduled to visit Europe in February, and that there has been public talk from the White House about improving the President’s relationship with America’s E.U. allies. In that context, the Ambassador told me, “I’m puzzled by the fact that the United States is not helping us in our program. How can Washington maintain its stance without seriously taking into account the weapons issue?”
The Israeli government is, not surprisingly, skeptical of the European approach. Silvan Shalom, the Foreign Minister, said in an interview last week in Jerusalem,with another New Yorker journalist, “I don’t like what’s happening. We were encouraged at first when the Europeans got involved. For a long time, they thought it was just Israel’s problem. But then they saw that the [Iranian] missiles themselves were longer range and could reach all of Europe, and they became very concerned. Their attitude has been to use the carrot and the stick—but all we see so far is the carrot.” He added, “If they can’t comply, Israel cannot live with Iran having a nuclear bomb.”
In a recent essay, Patrick Clawson, an Iran expert who is the deputy director of the Washington Institute for Near East Policy (and a supporter of the Administration), articulated the view that force, or the threat of it, was a vital bargaining tool with Iran. Clawson wrote that if Europe wanted coöperation with the Bush Administration it “would do well to remind Iran that the military option remains on the table.” He added that the argument that the European negotiations hinged on Washington looked like “a preëmptive excuse for the likely breakdown of the E.U.-Iranian talks.” In a subsequent conversation with me, Clawson suggested that, if some kind of military action was inevitable, “it would be much more in Israel’s interest—and Washington’s—to take covert action. The style of this Administration is to use overwhelming force—‘shock and awe.’ But we get only one bite of the apple.”
There are many military and diplomatic experts who dispute the notion that military action, on whatever scale, is the right approach. Shahram Chubin, an Iranian scholar who is the director of research at the Geneva Centre for Security Policy, told me, “It’s a fantasy to think that there’s a good American or Israeli military option in Iran.” He went on, “The Israeli view is that this is an international problem. ‘You do it,’ they say to the West. ‘Otherwise, our Air Force will take care of it.’” In 1981, the Israeli Air Force destroyed Iraq’s Osirak reactor, setting its nuclear program back several years. But the situation now is both more complex and more dangerous, Chubin said. The Osirak bombing “drove the Iranian nuclear-weapons program underground, to hardened, dispersed sites,” he said. “You can’t be sure after an attack that you’ll get away with it. The U.S. and Israel would not be certain whether all the sites had been hit, or how quickly they’d be rebuilt. Meanwhile, they’d be waiting for an Iranian counter-attack that could be military or terrorist or diplomatic. Iran has long-range missiles and ties to Hezbollah, which has drones—you can’t begin to think of what they’d do in response.”
Chubin added that Iran could also renounce the Nuclear Non-Proliferation Treaty. “It’s better to have them cheating within the system,” he said. “Otherwise, as victims, Iran will walk away from the treaty and inspections while the rest of the world watches the N.P.T. unravel before their eyes.”
The Administration has been conducting secret reconnaissance missions inside Iran at least since last summer. Much of the focus is on the accumulation of intelligence and targeting information on Iranian nuclear, chemical, and missile sites, both declared and suspected. The goal is to identify and isolate three dozen, and perhaps more, such targets that could be destroyed by precision strikes and short-term commando raids. “The civilians in the Pentagon want to go into Iran and destroy as much of the military infrastructure as possible,” the government consultant with close ties to the Pentagon told me.
Some of the missions involve extraordinary coöperation. For example, the former high-level intelligence official told me that an American commando task force has been set up in South Asia and is now working closely with a group of Pakistani scientists and technicians who had dealt with Iranian counterparts. (In 2003, the I.A.E.A. disclosed that Iran had been secretly receiving nuclear technology from Pakistan for more than a decade, and had withheld that information from inspectors.) The American task force, aided by the information from Pakistan, has been penetrating eastern Iran from Afghanistan in a hunt for underground installations. The task-force members, or their locally recruited agents, secreted remote detection devices—known as sniffers—capable of sampling the atmosphere for radioactive emissions and other evidence of nuclear-enrichment programs.
Getting such evidence is a pressing concern for the Bush Administration. The former high-level intelligence official told me, “They don’t want to make any W.M.D. intelligence mistakes, as in Iraq. The Republicans can’t have two of those. There’s no education in the second kick of a mule.” The official added that the government of Pervez Musharraf, the Pakistani President, has won a high price for its coöperation—American assurance that Pakistan will not have to hand over A. Q. Khan, known as the father of Pakistan’s nuclear bomb, to the I.A.E.A. or to any other international authorities for questioning. For two decades, Khan has been linked to a vast consortium of nuclear-black-market activities. Last year, Musharraf professed to be shocked when Khan, in the face of overwhelming evidence, “confessed” to his activities. A few days later, Musharraf pardoned him, and so far he has refused to allow the I.A.E.A. or American intelligence to interview him. Khan is now said to be living under house arrest in a villa in Islamabad. “It’s a deal—a trade-off,” the former high-level intelligence official explained. “‘Tell us what you know about Iran and we will let your A. Q. Khan guys go.’ It’s the neoconservatives’ version of short-term gain at long-term cost. They want to prove that Bush is the anti-terrorism guy who can handle Iran and the nuclear threat, against the long-term goal of eliminating the black market for nuclear proliferation.”
The agreement comes at a time when Musharraf, according to a former high-level Pakistani diplomat, has authorized the expansion of Pakistan’s nuclear-weapons arsenal. “Pakistan still needs parts and supplies, and needs to buy them in the clandestine market,” the former diplomat said. “The U.S. has done nothing to stop it.”
There has also been close, and largely unacknowledged, coöperation with Israel. The government consultant with ties to the Pentagon said that the Defense Department civilians, under the leadership of Douglas Feith, have been working with Israeli planners and consultants to develop and refine potential nuclear, chemical-weapons, and missile targets inside Iran. (After Osirak, Iran situated many of its nuclear sites in remote areas of the east, in an attempt to keep them out of striking range of other countries, especially Israel. Distance no longer lends such protection, however: Israel has acquired three submarines capable of launching cruise missiles and has equipped some of its aircraft with additional fuel tanks, putting Israeli F-16I fighters within the range of most Iranian targets.)
“They believe that about three-quarters of the potential targets can be destroyed from the air, and a quarter are too close to population centers, or buried too deep, to be targeted,” the consultant said. Inevitably, he added, some suspicious sites need to be checked out by American or Israeli commando teams—in on-the-ground surveillance—before being targeted.
The Pentagon’s contingency plans for a broader invasion of Iran are also being updated. Strategists at the headquarters of the U.S. Central Command, in Tampa, Florida, have been asked to revise the military’s war plan, providing for a maximum ground and air invasion of Iran. Updating the plan makes sense, whether or not the Administration intends to act, because the geopolitics of the region have changed dramatically in the last three years. Previously, an American invasion force would have had to enter Iran by sea, by way of the Persian Gulf or the Gulf of Oman; now troops could move in on the ground, from Afghanistan or Iraq. Commando units and other assets could be introduced through new bases in the Central Asian republics.
It is possible that some of the American officials who talk about the need to eliminate Iran’s nuclear infrastructure are doing so as part of a propaganda campaign aimed at pressuring Iran to give up its weapons planning. If so, the signals are not always clear. President Bush, who after 9/11 famously depicted Iran as a member of the “axis of evil,” is now publicly emphasizing the need for diplomacy to run its course. “We don’t have much leverage with the Iranians right now,” the President said at a news conference late last year. “Diplomacy must be the first choice, and always the first choice of an administration trying to solve an issue of . . . nuclear armament. And we’ll continue to press on diplomacy.”
In my interviews over the past two months, I was given a much harsher view. The hawks in the Administration believe that it will soon become clear that the Europeans’ negotiated approach cannot succeed, and that at that time the Administration will act. “We’re not dealing with a set of National Security Council option papers here,” the former high-level intelligence official told me. “They’ve already passed that wicket. It’s not if we’re going to do anything against Iran. They’re doing it.”
The immediate goals of the attacks would be to destroy, or at least temporarily derail, Iran’s ability to go nuclear. But there are other, equally purposeful, motives at work. The government consultant told me that the hawks in the Pentagon, in private discussions, have been urging a limited attack on Iran because they believe it could lead to a toppling of the religious leadership. “Within the soul of Iran there is a struggle between secular nationalists and reformers, on the one hand, and, on the other hand, the fundamentalist Islamic movement,” the consultant told me. “The minute the aura of invincibility which the mullahs enjoy is shattered, and with it the ability to hoodwink the West, the Iranian regime will collapse”—like the former Communist regimes in Romania, East Germany, and the Soviet Union. Rumsfeld and Wolfowitz share that belief, he said.
“The idea that an American attack on Iran’s nuclear facilities would produce a popular uprising is extremely illinformed,” said Flynt Leverett, a Middle East scholar who worked on the National Security Council in the Bush Administration. “You have to understand that the nuclear ambition in Iran is supported across the political spectrum, and Iranians will perceive attacks on these sites as attacks on their ambitions to be a major regional player and a modern nation that’s technologically sophisticated.” Leverett, who is now a senior fellow at the Saban Center for Middle East Policy, at the Brookings Institution, warned that an American attack, if it takes place, “will produce an Iranian backlash against the United States and a rallying around the regime.”
Rumsfeld planned and lobbied for more than two years before getting Presidential authority, in a series of findings and executive orders, to use military commandos for covert operations. One of his first steps was bureaucratic: to shift control of an undercover unit, known then as the Gray Fox (it has recently been given a new code name), from the Army to the Special Operations Command (socom), in Tampa. Gray Fox was formally assigned to socom in July, 2002, at the instigation of Rumsfeld’s office, which meant that the undercover unit would have a single commander for administration and operational deployment. Then, last fall, Rumsfeld’s ability to deploy the commandos expanded. According to a Pentagon consultant, an Execute Order on the Global War on Terrorism (referred to throughout the government as gwot) was issued at Rumsfeld’s direction. The order specifically authorized the military “to find and finish” terrorist targets, the consultant said. It included a target list that cited Al Qaeda network members, Al Qaeda senior leadership, and other high-value targets. The consultant said that the order had been cleared throughout the national-security bureaucracy in Washington.
In late November, 2004, the Times reported that Bush had set up an interagency group to study whether it “would best serve the nation” to give the Pentagon complete control over the C.I.A.’s own élite paramilitary unit, which has operated covertly in trouble spots around the world for decades. The panel’s conclusions, due in February, are foregone, in the view of many former C.I.A. officers. “It seems like it’s going to happen,” Howard Hart, who was chief of the C.I.A.’s Paramilitary Operations Division before retiring in 1991, told me.
There was other evidence of Pentagon encroachment. Two former C.I.A. clandestine officers, Vince Cannistraro and Philip Giraldi, who publish Intelligence Brief, a newsletter for their business clients, reported last month on the existence of a broad counter-terrorism Presidential finding that permitted the Pentagon “to operate unilaterally in a number of countries where there is a perception of a clear and evident terrorist threat. . . . A number of the countries are friendly to the U.S. and are major trading partners. Most have been cooperating in the war on terrorism.” The two former officers listed some of the countries—Algeria, Sudan, Yemen, Syria, and Malaysia. (I was subsequently told by the former high-level intelligence official that Tunisia is also on the list.)
Giraldi, who served three years in military intelligence before joining the C.I.A., said that he was troubled by the military’s expanded covert assignment. “I don’t think they can handle the cover,” he told me. “They’ve got to have a different mind-set. They’ve got to handle new roles and get into foreign cultures and learn how other people think. If you’re going into a village and shooting people, it doesn’t matter,” Giraldi added. “But if you’re running operations that involve finesse and sensitivity, the military can’t do it. Which is why these kind of operations were always run out of the agency.” I was told that many Special Operations officers also have serious misgivings.
Rumsfeld and two of his key deputies, Stephen Cambone, the Under-secretary of Defense for Intelligence, and Army Lieutenant General William G. (Jerry) Boykin, will be part of the chain of command for the new commando operations. Relevant members of the House and Senate intelligence committees have been briefed on the Defense Department’s expanded role in covert affairs, a Pentagon adviser assured me, but he did not know how extensive the briefings had been.
“I’m conflicted about the idea of operating without congressional oversight,” the Pentagon adviser said. “But I’ve been told that there will be oversight down to the specific operation.” A second Pentagon adviser agreed, with a significant caveat. “There are reporting requirements,” he said. “But to execute the finding we don’t have to go back and say, ‘We’re going here and there.’ No nitty-gritty detail and no micromanagement.”
The legal questions about the Pentagon’s right to conduct covert operations without informing Congress have not been resolved. “It’s a very, very gray area,” said Jeffrey H. Smith, a West Point graduate who served as the C.I.A.’s general counsel in the mid-nineteen-nineties. “Congress believes it voted to include all such covert activities carried out by the armed forces. The military says, ‘No, the things we’re doing are not intelligence actions under the statute but necessary military steps authorized by the President, as Commander-in-Chief, to “prepare the battlefield.”’” Referring to his days at the C.I.A., Smith added, “We were always careful not to use the armed forces in a covert action without a Presidential finding. The Bush Administration has taken a much more aggressive stance.”
In his conversation with me, Smith emphasized that he was unaware of the military’s current plans for expanding covert action. But he said, “Congress has always worried that the Pentagon is going to get us involved in some military misadventure that nobody knows about.”
Under Rumsfeld’s new approach, I was told, U.S. military operatives would be permitted to pose abroad as corrupt foreign businessmen seeking to buy contraband items that could be used in nuclear-weapons systems. In some cases, according to the Pentagon advisers, local citizens could be recruited and asked to join up with guerrillas or terrorists. This could potentially involve organizing and carrying out combat operations, or even terrorist activities. Some operations will likely take place in nations in which there is an American diplomatic mission, with an Ambassador and a C.I.A. station chief, the Pentagon consultant said. The Ambassador and the station chief would not necessarily have a need to know, under the Pentagon’s current interpretation of its reporting requirement.
The new rules will enable the Special Forces community to set up what it calls “action teams” in the target countries overseas which can be used to find and eliminate terrorist organizations. “Do you remember the right-wing execution squads in El Salvador?” the former high-level intelligence official asked me, referring to the military-led gangs that committed atrocities in the early nineteen-eighties. “We founded them and we financed them,” he said. “The objective now is to recruit locals in any area we want. And we aren’t going to tell Congress about it.” A former military officer, who has knowledge of the Pentagon’s commando capabilities, said, “We’re going to be riding with the bad boys.”
One of the rationales for such tactics was spelled out in a series of articles by John Arquilla, a professor of defense analysis at the Naval Postgraduate School, in Monterey, California, and a consultant on terrorism for the rand corporation. “It takes a network to fight a network,” Arquilla wrote in a recent article in the San Francisco Chronicle:
When conventional military operations and bombing failed to defeat the Mau Mau insurgency in Kenya in the 1950s, the British formed teams of friendly Kikuyu tribesmen who went about pretending to be terrorists. These “pseudo gangs,” as they were called, swiftly threw the Mau Mau on the defensive, either by befriending and then ambushing bands of fighters or by guiding bombers to the terrorists’ camps. What worked in Kenya a half-century ago has a wonderful chance of undermining trust and recruitment among today’s terror networks. Forming new pseudo gangs should not be difficult.
“If a confused young man from Marin County can join up with Al Qaeda,” Arquilla wrote, referring to John Walker Lindh, the twenty-year-old Californian who was seized in Afghanistan, “think what professional operatives might do.”
A few pilot covert operations were conducted last year, one Pentagon adviser told me, and a terrorist cell in Algeria was “rolled up” with American help. The adviser was referring, apparently, to the capture of Ammari Saifi, known as Abderrezak le Para, the head of a North African terrorist network affiliated with Al Qaeda. But at the end of the year there was no agreement within the Defense Department about the rules of engagement. “The issue is approval for the final authority,” the former high-level intelligence official said. “Who gets to say ‘Get this’ or ‘Do this’?”
A retired four-star general said, “The basic concept has always been solid, but how do you insure that the people doing it operate within the concept of the law? This is pushing the edge of the envelope.” The general added, “It’s the oversight. And you’re not going to get Warner”—John Warner, of Virginia, the chairman of the Senate Armed Services Committee—“and those guys to exercise oversight. This whole thing goes to the Fourth Deck.” He was referring to the floor in the Pentagon where Rumsfeld and Cambone have their offices.
“It’s a finesse to give power to Rumsfeld—giving him the right to act swiftly, decisively, and lethally,” the first Pentagon adviser told me. “It’s a global free-fire zone.”
The Pentagon has tried to work around the limits on covert activities before. In the early nineteen-eighties, a covert Army unit was set up and authorized to operate overseas with minimal oversight. The results were disastrous. The Special Operations program was initially known as Intelligence Support Activity, or I.S.A., and was administered from a base near Washington (as was, later, Gray Fox). It was established soon after the failed rescue, in April, 1980, of the American hostages in Iran, who were being held by revolutionary students after the Islamic overthrow of the Shah’s regime. At first, the unit was kept secret from many of the senior generals and civilian leaders in the Pentagon, as well as from many members of Congress. It was eventually deployed in the Reagan Administration’s war against the Sandinista government, in Nicaragua. It was heavily committed to supporting the Contras. By the mid-eighties, however, the I.S.A.’s operations had been curtailed, and several of its senior officers were courtmartialled following a series of financial scandals, some involving arms deals. The affair was known as “the Yellow Fruit scandal,” after the code name given to one of the I.S.A.’s cover organizations—and in many ways the group’s procedures laid the groundwork for the Iran-Contra scandal.
Despite the controversy surrounding Yellow Fruit, the I.S.A. was kept intact as an undercover unit by the Army. “But we put so many restrictions on it,” the second Pentagon adviser said. “In I.S.A., if you wanted to travel fifty miles you had to get a special order. And there were certain areas, such as Lebanon, where they could not go.” The adviser acknowledged that the current operations are similar to those two decades earlier, with similar risks—and, as he saw it, similar reasons for taking the risks. “What drove them then, in terms of Yellow Fruit, was that they had no intelligence on Iran,” the adviser told me. “They had no knowledge of Tehran and no people on the ground who could prepare the battle space.”
Rumsfeld’s decision to revive this approach stemmed, once again, from a failure of intelligence in the Middle East, the adviser said. The Administration believed that the C.I.A. was unable, or unwilling, to provide the military with the information it needed to effectively challenge stateless terrorism. “One of the big challenges was that we didn’t have Humint”—human intelligence—“collection capabilities in areas where terrorists existed,” the adviser told me. “Because the C.I.A. claimed to have such a hold on Humint, the way to get around them, rather than take them on, was to claim that the agency didn’t do Humint to support Special Forces operations overseas. The C.I.A. fought it.” Referring to Rumsfeld’s new authority for covert operations, the first Pentagon adviser told me, “It’s not empowering military intelligence. It’s emasculating the C.I.A.”
A former senior C.I.A. officer depicted the agency’s eclipse as predictable. “For years, the agency bent over backward to integrate and coördinate with the Pentagon,” the former officer said. “We just caved and caved and got what we deserved. It is a fact of life today that the Pentagon is a five-hundred-pound gorilla and the C.I.A. director is a chimpanzee.”
There was pressure from the White House, too. A former C.I.A. clandestine-services officer told me that, in the months after the resignation of the agency’s director George Tenet, in June, 2004, the White House began “coming down critically” on analysts in the C.I.A.’s Directorate of Intelligence (D.I.) and demanded “to see more support for the Administration’s political position.” Porter Goss, Tenet’s successor, engaged in what the recently retired C.I.A. official described as a “political purge” in the D.I. Among the targets were a few senior analysts who were known to write dissenting papers that had been forwarded to the White House. The recently retired C.I.A. official said, “The White House carefully reviewed the political analyses of the D.I. so they could sort out the apostates from the true believers.” Some senior analysts in the D.I. have turned in their resignations—quietly, and without revealing the extent of the disarray.
The White House solidified its control over intelligence last month, when it forced last-minute changes in the intelligence-reform bill. The legislation, based substantially on recommendations of the 9/11 Commission, originally gave broad powers, including authority over intelligence spending, to a new national-intelligence director. (The Pentagon controls roughly eighty per cent of the intelligence budget.) A reform bill passed in the Senate by a vote of 96-2. Before the House voted, however, Bush, Cheney, and Rumsfeld balked. The White House publicly supported the legislation, but House Speaker Dennis Hastert refused to bring a House version of the bill to the floor for a vote—ostensibly in defiance of the President, though it was widely understood in Congress that Hastert had been delegated to stall the bill. After intense White House and Pentagon lobbying, the legislation was rewritten. The bill that Congress approved sharply reduced the new director’s power, in the name of permitting the Secretary of Defense to maintain his “statutory responsibilities.” Fred Kaplan, in the online magazine Slate, described the real issues behind Hastert’s action, quoting a congressional aide who expressed amazement as White House lobbyists bashed the Senate bill and came up “with all sorts of ludicrous reasons why it was unacceptable.”
“Rummy’s plan was to get a compromise in the bill in which the Pentagon keeps its marbles and the C.I.A. loses theirs,” the former high-level intelligence official told me. “Then all the pieces of the puzzle fall in place. He gets authority for covert action that is not attributable, the ability to directly task national-intelligence assets”—including the many intelligence satellites that constantly orbit the world.
“Rumsfeld will no longer have to refer anything through the government’s intelligence wringer,” the former official went on. “The intelligence system was designed to put competing agencies in competition. What’s missing will be the dynamic tension that insures everyone’s priorities—in the C.I.A., the D.O.D., the F.B.I., and even the Department of Homeland Security—are discussed. The most insidious implication of the new system is that Rumsfeld no longer has to tell people what he’s doing so they can ask, ‘Why are you doing this?’ or ‘What are your priorities?’ Now he can keep all of the mattress mice out of it.”
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Nullsoft Winamp is a fast, flexible, high-fidelity music player for Windows. Winamp supports MP3, CD, Audiosoft, Audio Explosion, MOD, WAV and other audio formats, custom appearances called skins, plus audio visualization and audio effect plug-ins. additional features including free-form skins, a new decoder, built-in cross fade, and an advanced Media Library.
Changelog
• Created new eMusic bundles
• Critical Security bug fixed in in_mp4.dll and enc_mp4.dll and libmp4v2.dll
• HTTP Seeking corrected for webservers that refuse to return Accept-Range
• Critical Security buffer overflow fixed in in_cdda.dll
From NASA Portal
NASA's Deep Impact spacecraft launched from Cape Canaveral Air Force Station, Fla., today. The mission will travel to a comet and release an impactor on July 4, creating a crater on the surface of the comet. Scientists believe the exposed materials may give clues to the formation of our solar system. Check back for post-launch updates....
Where is Tempel 1?
From :
Sent : Tuesday, January 11, 2005 11:13 PM
To : amehtana@hotmail.com
Subject : ZetaGrid: Thank You
Dear G-NET ZetaGrid Community members.
With achieving our last fourth target (1 trillion verified zeros of the
Riemann zeta function) at the end of last year, I just wanted to take a
moment to thank you for all you have done to move ZetaGrid forward in the
last 3 years.
ZetaGrid started with a small initiative and the first work unit at 3:36pm
August 28, 2001 in the Development Lab Boeblingen, Germany. Continuously,
this initiative grows up in a worldwide community with the accessibility
through the Internet on August 26, 2002. And now this community has about
5,000 members. During this time I have received various significant
contributions, e.g. improvements of the software, redesign recommendations,
test cases, extensions, documentation, useful hints, and assistance.
Now ZetaGrid can deliver:
1. a robust, scalable and dependable Grid platform for CPU intensive problems
2. a major milestone in the Computational Number Theory
and the Riemann Hypothesis
One major focus was always that the ZetaGrid software package is free. And I
know that many of you were unhappy that the downloads of the software package
were moved to IBM alphaWorks last year. But this step was important.
At the end of last year, many of you have seen the announcement of reaching
a 10 times higher verification (10 trillion zeros) from Gourdon and Demichel
than our computational effort. But a world record is always just something
for the history. My main objective of this research project was the collection
of accurate data about the distribution of the zeros. Now I have reached 20 TB
of data and numerous heuristics concerning the Riemann Hypothesis that will be
published and hopefully proven soon.
Up to now many of you have asked me about the next step for our community.
And I am happy to see this huge interest in complex and fundamental
mathematical research in our strong community! This task is definitly
completed (but will still run for a while) and I also spent effort to
understand the implementation of the faster algorithm of Gourdon and Demichel.
But the implementation of this faster computation is not accurate enough for
my research concerns.
I see the opportunity to extend our computational task to the Extended Riemann
Hypothesis. But I suggest to discuss this topic in our community forum.
So, please accept my sincere thanks for everything you have done and my best
wishes to you.
Sebastian
A new hope for BitTorrent?
"Exeem has nothing to do with BitTorrent...It's just yet another warez tool."
...
BitTorrent "hubs" that publish lists of movies, TV shows and other free downloads suddenly went dark this weekend, in a major victory for Hollywood that highlights vulnerabilities in technology behind the world's busiest peer-to-peer network. ...
...Just weeks after legal attacks crippled the popular BitTorrent file-swapping community, an underground programmer from its ranks has stepped forward to announce new software designed to withstand future onslaughts from Hollywood. ...
The A4Tech NB-30 Battery Free Wireless Optical Mouse is the first product of its kind that makes use of a technology called Cross Inductive Power. By using Cross Inductive Power, the NB-30 receives its power from an electro-magnetically charged mouse pad and provided A4Tech with the technology to develop the world's first wireless and battery-free optical mouse.
A4Tech designs and manufactures keyboards, mice, and game controllers for the personal computer. Founded in 1987, A4Tech is headquartered in Taiwan and has approximately 3,000 employees. The company reported revenue of $150 million in 2003 and lists Radio Shack as one of its major customers. A4Tech's products can be purchased online at Ergoshops.com.
HOW IT WORKS
Basically, power is generated from the mouse pad, which is appropriately named the Ingenious Pad. An electric current is created by passing a small coil of wire through a magnetic field. When the mouse pad was placed near a metal surface, a slight pull towards the surface confirmed the presence of a low-powered magnet.
The mouse pad uses a USB connection, which serves as the power source for the magnetic surface. The top of the mouse pad houses a wireless receiver
THE MOUSE
The NB-30 has the standard right and left mouse buttons and a scroll wheel. The right and left buttons are styled in such a way that they blend in with the body of the mouse and the scroll wheel has a firm resistance to movement.
While the eye-catching style is a bonus, the NB-30 is not ergonomically contoured and lacks a forth and fifth mouse button. The additional buttons are featured on the NB-50 model. The mouse uses a 620 dots-per-inch sensor and has a built-in LED that automatically adjusts in brightness to match the movement of the mouse.
The NB-30 took some getting used since it is extremely light. Combined with the mouse pad's smooth surface, the precise movements need to pinpoint on-screen positions were initially difficult to accomplish. For those who have a tendency to lean into their mouse, as this reviewer does, missing clicks was a common occurrence. The firmness of the scroll wheel was the only glaring issue since the mouse would often move when the scroll wheel was being used.
CONCLUSION
Overall, for casual use, the NB-30 performs as advertised. It has a smooth movement that, once adjusted, is refreshingly light. With a MSRP of $39.99, it's priced just north of the competition, but the money saved on battery expenses should give Logitech and Microsoft something to think about.
For gaming, the NB-30 is limited by the smallish size of the mouse pad and the lack of a forth and fifth click. Yet, not having to worry about replacing batteries or placing the mouse in a recharging cradle are desirable. If A4Tech pays attention to customer feedback from the NB-30, future versions may end up being a huge success.
Links to additional reviews of the NB-30 can be found at A4Tech.
SUSE Linux 9.2 Professional Download Available: 2 DVD's
Posted by Singh400 on 08 Jan 2005 - 14:10 0 comments - Google It! << | >>
SUSE Linux 9.2 has been released. Besides the traditional network install, SUSE is now also providing a complete DVD ISO image containing packages for both i386 and x86_64 architectures.
Emule Links:
DVD1 Link:
ed2k://|file|Novell-Suse-Linux-Professional-9.2-Dvd1-Of-Dvd2.Part1.rar|4030000000|44C03AB0469A4675D9CAAA9B985AEBC5|/
DVD2 Link:
ed2k://|file|Novell-Suse-Linux-Professional-9.2-Dvd2-Of-Dvd2.Part1.rar|4030000000|A5CD612C653E1E192051024260E1E623|/
Recent Earthquakes in California and NevadaAll Today Earthquakes on Index MapSeismic Networks
------------------- Earthquake Online Search -------------------
UE ----------------->: INTERNET RÁPIDA -- INTERNET LENTA
USA ---------------->: INTERNET RÁPIDA -- INTERNET LENTA
Penísula Ibérica --->: INTERNET RÁPIDA -- INTERNET LENTA
EUROPA ------------->: INTERNET RÁPIDA -- INTERNET LENTA
América ------------>: INTERNET RÁPIDA -- INTERNET LENTA
África ------------->: INTERNET RÁPIDA -- INTERNET LENTA
Ásia --------------->: INTERNET RÁPIDA -- INTERNET LENTA
Austrália ---------->: INTERNET RÁPIDA -- INTERNET LENTAExplaining Earthquakes:
Earthquakes are measured on the Richter scale. It was named after Charles Richter, who in 1935 developed a mathematical scale of measuring the relative size of quakes. On the Richter scale, magnitude is expressed in whole numbers and decimal fractions. For example, a magnitude 5.3 might be computed for a moderate earthquake, and a strong earthquake might be rated as magnitude 6.3.
This is an important point. Each whole number increase in magnitude represents a tenfold increase in wave action. Each whole number step in the magnitude scale corresponds to the release of about 31 times more energy than the amount associated with the preceding whole number value. (Source: U.S. Geological Service)
That means, for example, a 7.0 quake has 10 times more ground shaking or wave action and 31 times more energy than a 6.0 quake.
How could journalists explain this? Why not consider showing different kinds of spheres*:
A magnitude of 1 might be a marble (one-half inch across).
2 might be a softball (five inches across).
3 would represent the width that a larger person might stretch their arms (50 inches across).
4 would be 500 inches across (nearly 14 yards in diameter).
5 would be a sphere bigger than a football field, end zone to end zone (5,000 inches or 138 yards).
6 would be a sphere 3/4 of a mile in diameter across (50,000 inches or 1,388 yards across)
7 magnitude would equal a sphere nearly 8 miles across.
* It's important to note that the above example does not indicate the area covered by the quake, just the proportional differences of the force unleashed by quakes of different magnitudes.
Another way to to demonstrate earthquake magnitude might be with money:
If 1 is 1¢
2 would be 10¢,
3 would be $1,
4 would be $10,
5 would be $100,
6 would be $1,000,
7 would be $10,000,
8 would be $100,000,
9 would be $1,000,000.
European Seismological CommissionUSA Real-time Seismogram Displays of Recent Earthquake Activity
---------------------------------------- INC ------------------------------------------
The memory is available in DDR (DDR2 should follow soon), will cost about $30-$40 more than Corsair's PRO series memory, and is expected to ship in February.
Modders, those folks that customize their computer cases inside and out, have traditionally had a tough time making memory sticks look slick.
Beyond anodized heat sinks, or a smattering of LEDs that flicker as more or less bits pass through, your system's memory has been pretty devoid of pizazz (or junk, if you're not a fan of the 'modding scene). And if you've cut a window in the side, you always know where the memory is in your case: It's the dark boring spot amidst all the glow in the dark fans, cables and tubing.
Enter Corsair Memory's new XMS XPERT Memory.
XPERT has one seriously distinguishing feature: It has a 10 character alphabetical LED display that snaps in place over your DIMMS. Install the RAM in your system and it automatically offers up your your memory speed, voltage, and DIMM temperature in bright red characters. Remember calculators in the Seventies? It's that kind of LED display, and it really stands out through a case window.
Better yet, you can use Corsair's Memory Dashboard to program the memory to display your own personalized greeting (or obnoxious salute). Type in the message, click a button, and your message gets sent to some spare bits on the memory. And from then on, that message will scroll across the display like your very own tiny Times Square Zipper...except it won't be giving you the latest news headlines and sports scores.
Here's a tip to get your Hotmail account upgraded to 250MB instead of the regular 2MB which can be a little bit too small sometimes I tested it out three hours ago and immediately my account was upgraded to 25MB. A few minutes ago it was upgraded to the full 250MB.
Warning: Please only try it at your own risk. Don't be angry if it causes any damage! If there are any important e-mails in your account please backup them before proceeding. It has worked for me and this trick has also worked for a large amount of other people. But some people report that it didn't work for them.
Here's a tip to get your Hotmail account upgraded to 250MB instead of the regular 2MB which can be a little bit too small sometimes I tested it out three hours ago and immediately my account was upgraded to 25MB. A few minutes ago it was upgraded to the full 250MB.
Warning:
Please only try it at your own risk. Don't be angry if it causes any damage! If there are any important e-mails in your account please backup them before proceeding.
It has worked for me and this trick has also worked for a large amount of other people. But some people report that it didn't work for them..
Anyway, here are the steps:
First go to your Hotmail account and log in.
Then go to the settings of your account and click on "My Profile".
You need the adjust the country to United States and the state to Florida (postal code 33332). (it could be that other states also work)
Then go to http://memberservices.passport.net/memberservice.srf?lc%2043.
Click on the link to terminate your .NET passport. Then you need to click on the button the contact Hotmail and click on "close my account".
Close Internet Explorer and go to hotmail.com and log in again.
Normally you should have a 25MB account now. Soon it will be upgraded to 250MB!
Um gantois de avelãs e framboesas da autoria do arquitecto João Leitão no Blog do Crítico
A receita é um Segredo de Estado sengundo o CríticoHazelnuts Gantois
Nutrition Chart
Hazelnuts/1 ounce:
Calories 179
Total fat (g) 18
Saturated fat (g) 1.3
Monounsaturated fat (g) 14
Polyunsaturated fat (g) 1.7
Dietary fiber (g) 1.7
Protein (g) 4
Carbohydrate (g) 4
Cholesterol (mg) 0
Sodium (mg) 1
Vitamin E (mg) 6.8
Folate (mcg) 20
Magnesium (mg) 81
Manganese (mg) 0.6
Potassium (mg) 126
Johann Sebastian Bach (March 21, 1685 (O.S.) – July 28, 1750 (N.S.))
List of ComposersFrom Wikipedia, The Free Encyclopedia.
Contents
1 Biography
1.1 Formative years
1.2 Professional life
1.3 Family life
1.4 Later life
2 Legacy
3 The BWV numbering system
4 Further reading
5 See also
6 External links
...
Georg Friedrich Händel (* 23. Februar 1685 in Halle an der Saale; † 14. April 1759 in London)
From Wikipedia, The Free Encyclopedia in GermanFrom Wikipedia, The Free Encyclopedia in English
Inhaltsverzeichnis
1 Jugend
2 Hamburg
3 Italien
4 Zeit der Opern in England
5 Zeit der Oratorien
6 Werk
7 Händel-Rezeption
8 Weblinks
...
(Franz) Joseph Haydn (in German, Josef; he never used the Franz) (March 31, 1732 – May 31, 1809)
From Wikipedia, The Free Encyclopedia.
Contents
1 Life
1.1 Childhood
1.2 Struggles as a freelancer
1.3 The years as Kapellmeister
1.4 The London journeys
1.5 Final years in Vienna
2 Character and appearance
3 Works
3.1 Structure and character of the music
3.2 Evolution of Haydn's Style
4 Books about Haydn
5 Catalogs
6 See also
6.1 Lists of works
6.2 Articles on works by Joseph Haydn
6.3 Other topics
7 External links
...
From Wikipedia, The Free Encyclopedia.
Wolfgang Amadeus Mozart (January 27, 1756 – December 5, 1791)
From Wikipedia, The Free Encyclopedia.
Contents
1 Life
1.1 The years of travel
1.2 Mozart in Vienna
2 Works, musical style and innovations
3 Estimation
4 The Köchel catalog
5 Mozart as a fictional character
6 See also
7 Further reading
8 External links
...
Ludwig van Beethoven (baptized December 17, 1770 – March 26, 1827)
From Wikipedia, The Free Encyclopedia.
Contents
1 Life and work
2 Musical style and innovations
3 Personal beliefs and their musical influence
4 Beethoven as fictional character
5 Beethoven the Romantic?
6 See also
7 External links
...
Franz Peter Schubert (January 31, 1797 – November 19, 1828)
From Wikipedia, The Free Encyclopedia.
Contents
1 Early life and education
2 Teacher at his father's school
3 Supported by friends
4 Last years and masterworks
5 Death and appraisal
6 See also
6.1 Lists of works
6.2 Other Wikipedia articles
6.3 External links
...
Franz Liszt (October 22, 1811 – July 31, 1886)
From Wikipedia, The Free Encyclopedia.
Contents
1 Biography
1.1 Liszt and Beethoven
1.2 Inspiration of Pilgrimage
1.3 Liszt in Germany
1.4 In Retirement
2 Musical Style and Influence
3 Noted Works
4 See also
5 External links
...
Wilhelm Richard Wagner (May 22, 1813 – February 13, 1883)
From Wikipedia, The Free Encyclopedia.
Contents
1 Works
1.1 Operas
1.1.1 Early-stage
1.1.2 Middle-stage
1.1.3 Mature
1.2 Non-operatic music
1.3 Other works
2 Biography
2.1 Early life
2.2 Dresden
2.3 Exile, Schopenhauer, and Mathilde Wesendonk
2.4 Patronage of King Ludwig II
2.5 Bayreuth
2.6 Final years
3 Anti-Semitism and Nazi appropriation
4 Links and references
4.1 Selected readings
4.2 External links
4.3 Sound sample
4.4 See also
...
Robert Schumann (June 8, 1810 – July 29, 1856)
From Wikipedia, The Free Encyclopedia.
Contents
1 Biographical Information
1.1 Early life
1.2 1830-1839
1.3 1840-1849
1.4 After 1850
2 Major Works
2.1 Piano Works
2.2 Songs and Choral Works
2.3 Chamber Music
2.4 Orchestral Works
2.5 Concertos and Konzertstücke
3 See also
4 External Links
...
Frédéric-François Chopin (March 1, 1810 – October 17, 1849)
From Wikipedia, The Free Encyclopedia.
Contents
1 Biography
1.1 Formative Years
1.2 Career in Paris
1.3 Chopin and George Sand
1.4 Death and Funeral
2 Music
2.1 Chopin and Romanticism
3 List of Works
3.1 Piano solos
3.2 Piano and Orchestra
3.3 Voice
3.4 Chamber Works
4 Other
4.1 Eponyms
5 Media
6 See also
7 External links
...
Johannes Brahms (May 7, 1833 – April 3, 1897)
From Wikipedia, The Free Encyclopedia.
Contents
1 Life
2 Works
3 Influences on Brahms
4 Brahms's personality
5 Books about Brahms
6 Appearances in film and popular culture
7 See also
8 External links
8.1 Sound files
8.2 Other links
...
Felix Mendelssohn (February 3, 1809 – November 4, 1847)
From Wikipedia, The Free Encyclopedia.
Contents
1 Biography
2 Musical influence
3 References
4 External links
...
Pyotr Ilyich Tchaikovsky (May 7, 1840 – November 6, 1893 (N.S.); April 25, 1840 – October 25, 1893 (O.S.))
From Wikipedia, The Free Encyclopedia.
Contents
1 Biography
2 Musical Works
2.1 Ballets
2.2 Operas
2.3 Symphonies
2.4 Concertos
2.5 Other works
3 See also
4 References
5 External links
...
From Wikipedia, The Free Encyclopedia.
Gustav Mahler (July 7, 1860 – May 18, 1911)
Contents
1 Biography
2 The music of Gustav Mahler
3 Mahler's legacy
4 List of works
4.1 Symphonies
4.2 Song cycles, song collections and other vocal works
5 See also
...
Richard Strauss (June 11, 1864 – September 8, 1949)
From Wikipedia, The Free Encyclopedia.
Contents
1 Tone poems
2 Opera
3 Strauss and the Nazis
4 The Final Years
5 See also
Arnold Schoenberg (September 13, 1874 – July 13, 1951)
From Wikipedia, The Free Encyclopedia.
...
Béla Bartók (March 25, 1881 – September 26, 1945)
From Wikipedia, The Free Encyclopedia.
Contents
1 Biography
2 Selected works
2.1 Orchestral music
2.2 Choral music
2.3 Chamber music
2.4 Piano
2.5 Music for the stage
3 See also
4 External links
...
Anton Webern (December 3, 1883 – September 15, 1945)
From Wikipedia, The Free Encyclopedia.
Contents
1 Biography
2 Webern's music
3 List of works
3.1 Works with opus numbers
...
Alban Maria Johannes Berg (February 9, 1885 – December 24, 1935)
From Wikipedia, The Free Encyclopedia.
Contents
1 Life and work
2 Compositions
3 Bibliography
3.1 Analytical Writings
3.2 Biographical Writings
...
Olivier Messiaen (December 10, 1908–April 27, 1992)
From Wikipedia, The Free Encyclopedia.From Olivier Messiaen Page
Biography
Bibliography
List of Works
Gallery
Resources
News & Concerts
Reviews
Writings & Articles
Links
...
György Ligeti (born May 28, 1923)
From Wikipedia, The Free Encyclopedia.
Contents [showhide]
1 Biography
2 Ligeti's music
3 List of selected works
4 Awards
5 External links
...
Karlheinz Stockhausen (born August 22, 1928)
From Wikipedia, The Free Encyclopedia.
...
...
...
Frank Vincent Zappa (December 21, 1940 - December 4, 1993)
Born in Baltimore, Maryland, Zappa was of mixed Sicilian, Italian, Greek, Arab, French, Irish, and German ancestry
From Wikipedia, The Free Encyclopedia.
Contents
1 Early life and influences2 The Mothers of Invention3 1970s4 1980s5 1990s6 Note on his name7 Samples8 Quotation9 Discography10 Further reading11 External links ZAPPA ! Prophetic Attitude - From Bach To Zappa Calendar
Trasnimissões na Antena 2 da RDP
...
List of Composers
(PDF 3.9MB)The Challenge
The general public's awareness of physics and its importance in our daily life is decreasing. The number of physics students has declined dramatically. Action must be taken by the international physics community to share its visions and convictions about physics with politicians and the public at large. Physics not only plays an important role in the development of science and technology, but also has a tremendous impact on our society. Although this may be evident to physicists, it is not necessarily the case for everyone.
At the dawn of the 21st century the contributions of physics to other sciences will be essential to solving global problems such as energy production, environmental protection and public health.
The Approach
In 1905, Albert Einstein wrote his legendary articles which provided the basis of three fundamental fields in physics: the theory of relativity, quantum theory and the theory of Brownian motion. The World Year of Physics in 2005 will provide the opportunity to celebrate the 100th anniversary of this Miraculous Year while raising the public awareness of physics. Arguably the most famous physicist, Einstein's international reknown will be the natural vehicle to attract public interest.
The World Year of Physics 2005
The Task
The members of the WYP2005 Steering Committee invite all interested organisations to establish a specific WYP2005 Committee to prepare actions within this framework. In order to gain the full support of political authorities and governments we must act quickly. There are a multitude of ideas and themes, be creative!
Configuring servers for security is an important part of mitigating risks to enterprise networks. Although Windows 2000 servers have a reputation for being notoriously insecure, if you take the time it is actually possible to lock them down so tightly that leading scanners will not even recognize that they are Windows servers. The best way to do this is to automate the security on your servers by using security templates, sometimes referred to as .inf files.
Intranet Journal
AMD is sampling a highly integrated MIPS32-based SoC (system-on-chip) targeting portable media players (PMPs) capable of displaying content from PCs and PVRs (personal video recorders). The Alchemy Au1200 supports embedded Linux, and comes with media player software that exploits low-level hardware acceleration for multiple media formats.
According to AMD, the Alchemy Au1200 can be used to build devices that download and display content directly from PCs and from PVRs, without the time-consuming need to "transcode" the content, or convert it to any particular format. This is possible, AMD says, because the Au1200 features hardware acceleration for MPEG, DivX, H.263, and WMV9, along with an integrated graphics controller support supporting "full D1 resolution."
AMD targets high-integration MIPS SoC at PMPs
The Au1200 boasts a built-in sophisticated graphics controller and a plethora of peripheral interfaces
AMD lists key features of the Au1200 as follows:
Low-power, high-performance processor with long-term support
Power consumption of less than 400mW @ 400MHz
DVD video quality (720x480) with multiple video formats
Scales to larger displays (1024x768)
Support for DDR1 and DDR2 memories
Integrated Media Acceleration Engine
No need for external DSP -- simpler programming environment and fewer components
Multimedia transcoding is not required
USB2.0 Host and Device
Enables faster download and flexible connectivity
LCD controller with overlays and blending capability
Camera interface and Internet access peripherals
Security
AES-128 data encryption/decryption in hardware
Operating system support
Linux
Windows CE
By now, every Windows user should know that the registry is at the heart of the Microsoft Windows operating system. This is where Windows keeps track of the thousands of details that the operating system needs to know to operate your computer. It is so important that Microsoft stores two copies on every modern Windows operating system. Despite that, sometimes things go wrong and both copies are rendered useless. If the registry is corrupted, it may be necessary to reload Windows and all of the programs that you use.
Because it so important, there is a step that you can take that will provide a third copy of the registry. This can be done with the backup program that is built into XP Pro. You can find it under Accessories/System Tools.
This program is not installed by default in the XP Home version. However, if you have the Windows XP Home Edition CD, you can easily install it. Insert the CD in the drive and browse to CD-ROM Drive:\VALUEADD\MSFT\NTBACKUP. Then double-click the NTBACKUP.MSI file to start the Installation Wizard. When the Wizard is finished, you will find the backup program is available.
BIOS Update Can Enable 64-bit Capability on Prescott Chips, Says Web-Site. A Taiwan based web-site reported a rumour claiming there is a possibility to enable 64-bit capability on Intel’s latest Pentium 4 microprocessors in LGA775 form-factor using a mainboard BIOS update. While the information may be correct, it is currently highly-unlikely that such operation will becomes popular.
“Lately there have been some rumours about some special BIOS that can ‘turn on’ the 64-bit [capability] on the [Intel Pentium 4] “Prescott” processors. I have made some enquiries and it seems that there are works in progress [that] are still in ‘alpha’ stage,” a claim over the web-site OC WorkBench states.
...e o Controle Absoluto de Tudo sobre Todos para Breve.
Phone Giants Give Birth to Super 3G
Mobile video and LCD handsets could actually see the light of day
With the dust barely settled on 3G launches and the wrapping just off the flashy new handsets, the major operators have announced they're working on the follow-up to third generation - christened 'Super 3G'.
Vodafone, NEC, Siemens and Japanese mobile giant NTT DoCoMo are among the 26 firms that have signed up to develop the new Super 3G standard, which would see data transmitted at rates around 10 times faster than via 3G, according to reports.
As well as improving gaming and content services, the souped-up network could also mean a real boost for TV-via-mobile and may prompt demand for handsets with high resolution LCD screens.
The standard is expected to be ready by 2007, with a commercial launch coming some time after 2009.
While the UK's mobile operators have already dug deep to get 'first generation' 3G on its feet, spending some £22bn on network licences, establishing the new-wave third generation network could be equally costly.
According to Japanese business daily Nihon Keizai Shimbun DoCoMo, Japan's largest mobile firm, would have to pay ¥100bn - around £0.5bn - on upgrading its infrastructure alone for the arrival of Super 3G.
However, mobile video could make the investment worthwhile - according to research firm ARC Group, the market for mobile video will reach $5.4bn by 2008 with 250 million people using the service.
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When was your very first mathematical thought? At age four? Three? Two? It may surprise you, but it was certainly earlier still - in fact, you were born a mathematician...
You can find out more at his website www.mathematicalbrain.com
About the Cover: Confocal image of white matter - abnormal region showing giant neuron innervated by hypertophic basket formation. From "Microanatomy of the dysplastic neocortex from epileptic patients" by Javier DeFelipe et al., pp. 158-173.
Index by Author: A....Z[Table of Contents]
Volume 128, Part 1 January 2005
Iris Murdoch - The effects of very early Alzheimer's disease on the characteristics of writing by a renowned author Iris Murdoch
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The effects of very early Alzheimer's disease on the characteristics of writing by a renowned author Iris Murdoch[Abstract]
This article has been cited by other articles:
M. Leslie
Telltale Text
Sci. Aging Knowl. Environ., December 22, 2004; 2004(51): nf113 - nf113.
[Abstract][Full Text]
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Iris Murdoch resources on the WebIris Murdoch (1919-1999) - in full Dame Jean Iris Murdoch, married name Mrs. J.O. Bailey
"She wanted, through her novels, to reach all possible readers, in different ways and by different means: by the excitement of her story, its pace and its comedy, through its ideas and its philosophical implications, through the numinous atmosphere of her own original and created world--the world she must have glimpsed as she considered and planned her first steps in the art of fiction." (John Bailey in Elegy for Iris, 1998)
Selected works:
SARTRE, 1953
UNDER THE NET, 1954
THE FLIGHT FROM THE ENCHANTER, 1956 - dedicated to Elias Canetti
THE SANDCASTLE, 1957 - Hiekkalinna
THE BELL, 1958 - Kello
A SEVERED HEAD, 1961
THE UNOFFICIAL ROSE, 1962 - Epävirallinen ruusu
THE UNICORN, 1963 - Yksisarvinen
A SEVERED HEAD, 1964 (play, with J.P. Priestley)
THE ITALIAN GIRL, 1964 - Italialaistyttö
THE RED AND GREEN, 1965
THE TIME OF ANGELS, 1966 - Enkelten aika
UNDER THE NET, 1966
THE SOVEREIGNTY OF GOOD AND OTHER CONCEPTS, 1967
THE NICE AND THE GOOD, 1968
BRUNO'S DREAM, 1969
THE SOVEREIGNTY OF GOOD, 1970
A FAIRLY HONOURABLE DEFEAT, 1970
AN ACCIDENTAL MAN, 1971
THE SERVANTS AND THE SNOW, 1973 (play)
THE BLACK PRINCE, 1973 - Musta prinssi
THE SACRED AND PROFANE LOVE MACHINE, 1974
A WORD CHILD, 1975
HENRY AND CATO, 1976
THE FIRE AND THE SUN: WHY PLATO BANISHED THE ARTIST, 1977
THE SEA, THE SEA, 1978 - Booker McConnell Prize - Meri, meri
A YEAR OF BIRDS, 1978
ART AND EROS, 1980 (play)
NUNS AND SOLDIERS, 1980 - Nunnia ja sotilaita
REYNOLDS STONE, 1981
THE PHILOSOPHER'S PUPIL, 1983
THE GOOD APPRENTICE, 1985 - Hyvä oppilas
ACASTOS: TWO PLATONIC DIALOGUES, 1986 (play)
THE BOOK AND THE BROTHERHOOD, 1987
ABOVE THE GODS, 1987
THE BLACK PRINCE, 1989 (play)
THE MESSAGE TO THE PLANET, 1989
THE EXISTENTIALIST POLITICAL MYTH,1989
METAPHYSICS AS A GUIDE TO MORALS, 1992
THE GREEN KNIGHT, 1993
JACKSON'S DILEMMA, 1995
EXISTENTIALISTS AND MYSTICS. WRITINGS ON PHILOSOPHY AND LITERATURE, 1997 (ed. by Peter Conradi)
Thou wert the morning-star among the living,
Ere thy fair light had fled;
Now, having died, thou art as Hesperus, giving
New splendour to the dead.
PLATO
(Translation: P.B.Shelley)
O Fim de Ano E mais uma vez a imagem "ECCE-Homo" se impõe.
# colocado por HS : 13:17 em Critico Musical por Henrique Silveira
"Nesta altura multiplicam-se os votos disto e daquilo, a praga mas mensagens nos telemóveis é apenas uma nota sintomática da superficialidade dos "sentimentos" de encher calendário.
No momento infeliz que atravessamos em Portugal, com um país deprimido e uma governação nem melhor nem pior do que o costume desde há centenas de anos, ou seja, uma governação negligente, incompetente, corrupta e complacente; no momento dramático que a terra atravessa, com uma catástrofe de dimensão global como a morte de mais de uma centena de milhar de pessoas de todas as nações, mas sobretudo das pobres regiões das costas do Índico; não faço votos especiais a ninguém em particular. A tragédia humana em que este planeta vive, a miséria, a fome, a ignorância, fazem sofrer quem ainda tem sentimentos e ama a vida e a humanidade que ainda resta em todos nós. Lembro que esta tragédia, pelo menos, foi com causas naturais, numa dimensão que nos lembra a pequenês do ser humano face ao Universo. Mas as piores tragédias que sofremos foram motivadas e conduzidas pelo próprio homem. Os milhões de mortos em guerras, as bombas atómicas, a fome de grande parte da população do planeta face à abundância de poucos, a probreza global, lembram que a tão propalada força da humanidade e as suas conquistas são apenas sonhos vagos na cabeça de poetas longe da realidade. A sociedade humana é de facto lamentável, triste, infame e mesquinha.
A alegria das crianças pobres que brincam nessas praias dos oceanos do globo são a única fonte de esperança que ainda vejo neste planeta dominado por um predador terrível e destrutivo, o ser humano.
Por isso o meu único voto para esta quadra é a repetição das palavras de Cristo e de S. João: "amai-vos uns aos outros"."