Pentagon Sees Iranian ‘Ashura’ Missile As Worrying Development

November 30, 2007

PARIS – Iran’s announcement that it has developed the 1,200-mile range Ashura ballistic missile is being viewed with some concern by the Pentagon.

Although the Defense Department has long been projecting Iranian ballistic missiles to achieve that range, it was expected to be through upgrades of the long-known Shahab-3. However, the Ashura is “different,” says U.S. Missile Defense Agency director Air Force Lt. Gen. Trey Obering. “That’s what surprised us,” he said.

Moreover, Obering notes that the Ashura’s emergence indicates how much work Iran is putting into improving its ballistic missile defense capability.

Obering was here in Paris once again trying to make the case for a European site for the ground-based midcourse defense system. He noted that the Iranian effort underscores the need to proceed.

The Pentagon also has been talking to Russia to reduce Moscow’s anxiety over the emergent missile defense shield on its doorstep and has offered both radar data sharing and other inducements.

Obering says that one proposal would have the Pentagon proceed with building the missile defense facilities – emplacing a radar in the Czech Republic and interceptors in Poland – but that the European site would not become operational until a clear threat from Iran emerged. One trigger could be flight-testing of an advanced ballistic missile, for instance. Talks with Moscow appear to involve how to verify the difference between an operational and nonoperational system – the Defense Department would prefer to have interceptors already in their silo.

Moscow so far has been cool to the plan and proposals put forward, but Obering says more talks already are scheduled. And he concedes many more visits to Europe will likely be needed before political consensus is reached.

The Pentagon would like to start construction next year of the missile defense site, and hopes Prague and Warsaw will agree by no later than early next year. If that’s the case, the plan to get the missile defense site up and running would be delayed only six months from the schedule put forward earlier this year – the schedule change reflects a congressional cut in the project’s budget.

Testing of the two-stage interceptor would begin in two-three years, with the full system to be tested end to end and ready for operations around 2013. Obering notes that the change to the interceptor is minor. The U.S.-based interceptors are three stage, so the third one would need to be removed and the adaptor for the kill vehicle modified. However, he argues it’s not a major development effort.

Source: Aviation Week.


UK 2017: under surveillance

November 30, 2007

IT is a chilling, dystopian account of what Britain will look like 10 years from now: a world in which Fortress Britain uses fleets of tiny spy-planes to watch its citizens, of Minority Report-style pre-emptive justice, of an underclass trapped in sink-estate ghettos under constant state surveillance, of worker drones forced to take on the lifestyle and values of the mega-corporation they work for, and of the super-rich hiding out in gated communities constantly monitored by cameras and private security guards.

Source: Sunday Herald.


Japan looks at everyday use of robots

November 29, 2007

The new humanoid robot “Twendy-one”, developed by Japan’s Waseda University professor Shigeki Sugano (behind robot), carries a tray for meal during a demonstration at Waseda’s laboratory in Tokyo, on 27 November. The Twendy-one, equipped with 47 actuators and two CCDs on its 111kg body, is developed for nursery and household assistance work.

Source: PhysOrg.


UK population may double by 2081

November 27, 2007

The previously unpublished figures suggest the British population could hit almost 110m in 2081, if immigration fertility and longevity rates are high.

Source: BBC.


Fantastic Voyage vs Das Boot

November 26, 2007

New Scientist magazine carries a nice article this week about the difficulties of propelling things on the micro- and nano- scales. The online version of the article, by Michelle Knott, is called Fantastic Voyage: travel in the nanoworld (subscription required); we’re asked to “prepare to dive into the nanoworld, where water turns to treacle and molecules the size of cannonballs hurl past from every direction.”The article refers to our work demonstrating self-motile colloid particles, which I described earlier this year here – Nanoscale swimmers. Also mentioned is the work from Tom Mallouk and Ayusman Sen at Penn State; very recently this team demonstrated an artificial system that shows chemotaxis; that is, it swims in the direction of increasing fuel concentration, just as some bacteria can swim towards food.

The web version of the story has a title that, inevitably, refers back to the classic film Fantastic Voyage, with its archetypal nanobot and magnificent period special effects, in which the nanoscale environment inside a blood vessel looks uncannily like the inside of a lava lamp. The title of the print version, though, Das (nano) Boot, references instead Wolfgang Peterson’s magnificently gloomy and claustrophobic film about a German submarine crew in the second world war – as Knott concludes, riding in nanoscale submarines is going to be a bumpy business.

Source: Soft Machines.


Could Robots Become Your Toddler’s New Best Friend?

November 15, 2007

According to the robotics community, it’s unlikely that any robot now on the market could hold your attention for more than 10 hours. (Actually, if you have a robot dog gathering dust on a closet shelf , you probably already know that.)A new study, however, indicates that this threshold is poised to be broken—at least if the humans interacting with the machines are youngsters. Researchers found that a two-foot- (61-centimeter-) tall metal man easily won over a classroom of tykes, aged 18 to 24 months, who intermittently spent time with it over a five-month period.

Source: Scientific American.


Space war and Futurehype

November 15, 2007


by Nader Elhefnawy
The Space Review, Monday, October 22, 2007

We are all only too familiar with futurists’ endless promises about how radically different tomorrow will be, and how often they prove to be far from the truth, a subject Max Dublin took on in his book Futurehype. This reality causes some to throw up their hands and instead wallow in a sea of non-threatening incomprehension, but the simple truth is that without some model of that tomorrow in our heads, planning of any kind becomes impossible. Accordingly, the art and science of predicting the future, for all of the flaws of its practitioners, is an indispensable one, and the question is not whether to cast it aside entirely (we can not), but how we might go about it better.

This is particularly the case in space policy, with its long time horizons and reliance on unproven technologies. That there have been erroneous predictions regarding that field is widely acknowledged, as in the discussions of how the pace of space development has fallen well short of the visions of the last three decades—often chalked up to an excess of enthusiasm (contributing to an underestimation of the technical challenges, and an overestimation of the prospects for near-term profit). However, the errors have not only lain with bright, shining futures that never came about, but also dark and forbidding ones, including the speed and extent with which space would be militarized, with all its implications for threat perceptions.

One of the most notorious examples is intelligence analyst Peter N. James’s none-too-subtly titled 1974 book Soviet Conquest From Space. As William C. Burrows noted in his sweeping history of the space race, This New Ocean, the book “would not find a place among the most penetrating works about the Cold War. Yet its author played a small but real part in promoting the very conflict that worried him.”

James’s book offered a sweeping portrait of a “total” Soviet space effort centered on the construction of a space shuttle fleet (specifically a vehicle which would start flying earlier, and with a higher performance, than America’s own shuttle, hauling twenty-five to fifty tons per mission from 1976 on); not one, but a network of orbiting space stations, some capable of hosting twenty crewmembers at a time; and a second fleet of orbit-to-orbit spacecraft for servicing them, “space tugs.” This massive, robust infrastructure would enable the Soviet Union to conduct space operations “on a routine basis, just as military aircraft are currently used in surveillance, reconnaissance, tactical or strategic missions.” Accordingly, James predicted that by the early 1980s

orbital space will be saturated by practically every conceivable Soviet satellite, from passive to aggressive space systems, from maneuverable spaceships which can seek and destroy orbiting U.S. satellites, to orbital weapons systems which can destroy terrestrial targets as well.

When joined with what he believed to be a Soviet lead in laser technology on the verge of producing viable weapons (and perhaps also revolutionary new weapons concepts derived from the scientific research these facilities would allow), they would translate into the ability to neutralize much of the US’s strategic forces. Given that at the time a Soviet strategic lead was emerging on Earth, he warned darkly that

if the current trends continue, by the early 1980s, the Soviet Union will not only be the most powerful nation in the world… but they could initiate a nuclear war and win it.

Reality played out quite differently. Not only did the Soviet Union not emerge as the most powerful nation on Earth by the 1980s, but it did not survive them. Not only did the critical technologies James described not exist anywhere by the 1980s (and there is a long way between inventing a technology and effectively militarizing it), but they remain part of the “future” today, two decades later.

In retrospect this does not seem all that surprising, and even the most hawkish might today be tempted to laugh—though they would probably do so for the wrong reasons, smug contempt having replaced panic as the excess common to examinations of the Soviet Union. When James wrote his prediction, the Soviet economy had grown more rapidly than the America’s for half a century (an assessment which the evidence still seems to support), and even if it was far from certain, parity between US and Soviet GDP by 2000 did not seem outside the realm of the possible. Besides, the 1960s had seen the Soviets turn, with breathtaking speed, an extreme strategic inferiority in the nuclear arms race into parity with the US in just a few short years—and shortly after that, the beginnings of an edge. What was to stop them from doing so in space, especially given that space technology was one of the few areas where even those most dismissive of Soviet capabilities recognized the Soviets as competitive? (The Soviet economy’s weaknesses were already becoming evident, but that it would all unravel as it did, and when it did, may not have been a foregone conclusion. Indeed, it was arguably contingent on the implausibly bad decision-making of the Soviet leadership from Brezhnev’s time on.)

James’s real error was a far simpler one: not the things he missed, but the things he wrote into the scenario. He started with thinly-sketched claims about Soviet capabilities and programs for which the evidence was slim, and then extrapolated from them in a frictionless universe where unproven technologies never disappoint and bureaucratic irrationality never gets in the way.

Such an approach may be acceptable in laying out the absolute worst case, as a way of establishing the extreme end of a range of possibility being discussed. Presented as the only scenario it is massively irresponsible, and the result a gross exaggeration that played into the willingness to believe and say the worst about Soviet capabilities and plans. James alleged that in the Middle East crisis of 1973 the Soviet Union armed the Arab states with nuclear weapons (a highly arguable assessment in the midst of the war, and disproven by the time the book appeared) and organized the oil embargo against the United States (an allegation I have encountered nowhere else, but only too consistent with the belief that the Soviet Union was the puppet master behind every untoward development). Indeed, he went so far as to compare the results of the Soviet intervention in the 1973 Arab-Israeli War to a Soviet victory in the Cuban Missile Crisis. (In fact, according to Robert Dallek’s new book Nixon and Kissinger, Henry Kissinger said to Alexander Haig that Nixon “made Brezhnev a Khrushchev,” the situation appearing to be exactly the other way around to the White House at the time.) From there, of course, matters only worsened.

Nonetheless, what was true of the Soviet Union in the Cold War potentially carries over to other entities, and where space is now concerned, seems most likely to do so in China’s case. Of course, even the most alarmist assessment of China’s military space program is a far cry from what James wrote about the Soviet Union: the consensus seems to be that China cannot conquer Taiwan, let alone the West. However, there is already a susceptibility to make this kind of mistake about Chinese capabilities generally. (Consider, for instance, how predictions about how large and sophisticated China’s nuclear arsenal will be at a given date consistently overshoot the mark.) Nuclear weapons and space weapons are not to be taken lightly, but futurists would do well to remember that overestimating a peril is all too easy to do, and carries its own consequences. The dangers of overreaction may not be talked about as much as those of insufficient vigilance, but they are no less severe.

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In addition to having written extensively about space, security and international issues, Nader Elhefnawy has written on science fiction and culture for numerous publications including The New York Review of Science Fiction, Foundation: The International Review of Science Fiction, Strange Horizons, The Humanist, and Changing The Times, and is also a reviewer with Tangent Online.

Also read “Weaponization of space: who’s to blame?”.


Pentagon wants to create space vehicle to fire missiles anywhere on Earth

November 13, 2007

“The new program, dubbed Falcon, for ‘Force Application and Launch from CONUS,’ centers on a small-launch-vehicle concept of the Defense Advanced Research Projects Agency,” veteran intelligence reporter Walter Pincus reveals in today’s paper. “The agency describes Falcon as a ‘a reusable Hypersonic Cruise Vehicle (HCV) capable of delivering 12,000 pounds of payload at a distance of 9,000 nautical miles from [the continental United States] in less than two hours.’”

Source: Washington Post via Raw Story.

Countermeasures: space based radar systems.


A new space order

November 11, 2007

The launch by Japan and China of their first lunar orbiter rekindles a scramble for space not seen since the launch of Sputnik 50 years ago.

Source: ISN Security Watch.


The End of Oil is Upon Us

November 8, 2007

If there are any lingering doubts as to whether the age of oil is nearing its end, the International Energy Agency has put them to rest and made it clear that only a massive and immediate investment in sustainable energy will prevent a global crisis.

The agency states in no uncertain terms in its annual World Energy Outlook that “alarming” growth in worldwide energy needs will within a generation threaten energy security, accelerate global climate change and possibly  bring worldwide shortages and conflicts.

Source: Wired.

Read the entire report from IEA and check out History Channel: “Megadisasters: Oil Apocalypse“.

Also check out the China special: “Growing Pains of a Superpower” from the New Scientist.