Analyst calls US bluff on imminent test of ‘DEATH RAY’ with ‘tiny’ budget

The Pentagon wants $300 million to experiment with a space-based direct energy weapon for intercepting ballistic missiles – but the request may be deliberate misinformation, in the spirit of the Reagan-era ‘Star Wars’ program.

The US military has vowed to boost its space infrastructure, keeping ahead of Russia and China as they develop anti-satellite capabilities. Most of Washington’s effort is to provide more redundancy and to ensure that, if either of the two adversary nations were to start shooting down American satellites, enough would remain in orbit so that American troops on the ground are not left without communications and intelligence. But the Pentagon also wants cool new toys that –hypothetically– would kill ballistic missiles during boost phase.

The 2020 budget proposal asks for $304 million for space-based anti-missile weaponry, including powerful lasers and neutral particle beams, Defense One reported. Most of the money is to be poured into the latter project, which is supposed to result in an experiment sometime before 2023. 

The neutral particle beam, also dubbed orbital ion cannon, is a device, which charges atoms, accelerates them in a magnetic field to near-light speed, then neutralizes the particles and shoots them at a target. Once it reaches its target, it generates intensive heat – and unlike a laser beam, it cannot be neutralized by a mirror. Basically, it would resemble the death rays of the early science fiction days.

But there is a catch: the equipment required to generate it is far too massive to be easily deployed in space. At least that was the case the last time the Pentagon played with the idea. In 1989, US military researchers launched a sounding rocket with a beam device on board as part of the Beam Experiments Aboard Rocket (BEAR) project.

Defense officials, who held a conference on the subject last week, seem cautiously optimistic about the advances that the technology has made in the three decades. “Power generation, beam formation, the accelerometer that’s required to get there and what it takes to neutralize that beam, that capability has been matured and there are technologies that we can use today to miniaturize,” one senior official said.

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