Particle Beam facts

While investigating facts about Particle Beam Weapon and Particle Beam Accelerator, I found out little known, but curios details like:

In 2010 the RIKEN institute in Japan created mutant cherry blossom trees by firing ion beams at them in a particle accelerator. The mutated trees now bloom 4 times a year and produce more flowers.

how particle beams work?

In 1978, a Russian physicist, Anatoli Bugorski, was struck accidentally by the proton beam of a particle accelerator. 1/2 of his face swelled beyond recognition and became paralysed. Amazingly, he survived and completed his PhD. He is still alive today.

What is a particle beam weapon?

In my opinion, it is useful to put together a list of the most interesting details from trusted sources that I've come across answering what is a particle beam accelerator. Here are 29 of the best facts about Particle Beam Vs Laser and Particle Beam Weapon Test I managed to collect.

what is a particle beam?

1. The russian scientist Anatoli Bugorski got struck in the face by a proton beam in a particle accelerator, and survived. He described the sensation as seeing a light "brighter than a thousand suns"

2. Anatoli Bugorski, a Russian scientist, survived being hit directly in the face by a particle accelerator beam.

3. Russian scientist Anatoli Bugorski was working on the Synchrotron U-70, the largest Soviet particle accelerator in 1978. A proton beam measuring about 200,000 rads entered his skull, and 300,000 rads when it exited. Due to nerve destruction, the left half of his face was frozen and doesn’t age.

4. In 1978, a man was shot clean through the face by a particle beam and is still alive today.

5. In 1937 he revealed his plans for a charged particle beam weapon but he could not interest the military in its use.

6. Antaoli Bugorski a scientist who was struck in the head by a proton beam from a particle accelerator in 1978. The left half of his face started peeling off days after revealing the path the proton beam had burned through parts of his face, bone and brain tissue. He still alive today. (74)

Why particle accelerators are used?

You can easily fact check why do we need particle accelerators by examining the linked well-known sources.

He pioneered the study of charged-particle beams and in 1916 he was the first to predict that solar wind behaves like charged particles in an electric field.

In 1978, a Russian physicist, Anatoli Bugorski, was struck accidentally by the proton beam of a particle accelerator. 1/2 of his face swelled beyond recognition and became paralysed. Amazingly, he survived and completed his PhD. He is still alive today. - source

A laser Doppler anemometer uses a laser that is divided into two beams and calculates the speed of introduced particles in the air which allows for determining the speed of air around the anemometer.

While attending Cubberley High School in Palo Alto, Kaku assembled a particle accelerator in his parents' garage for a science fair project. His admitted goal was to generate "a beam of gamma rays powerful enough to create antimatter."

Scientist Anatoli Petrovich Bugorski survived being shot in the face by a particle accelerator beam - source

When were particle beams invented?

Scientists have developed a technique for manipulating microscopic particles called. “Optical Tweezers” use lasers and the conservation of momentum to keep these particles in the center of the beam.

How to make a particle beam weapon?

LEP, the Large Electron-Positron collider and predecessor to the LHC at CERN, was the subject of a police investigation after someone tried to sabotage the experiment by wedging a pair of Heineken bottles into the accelerator pipe to block the particle beam.

A Roman philosopher Lucretius in his scientific poem "On the Nature of Things" (c. 60 BC) used the motion of dust particles as seen in a beam of sunlight in a dark room to prove the existence of atoms

Anatoli Bugorski, a man preforming maintenance on the Soviet's largest particle accelerator, was shot in the head with a proton beam. He survived the lethal dose of radiation, lost hearing in his left ear, and then went on to complete his PHD.