But it wasn't until the 1930s that the Soviet physicist Pavel Cherenkov finally explained why it happens which is why today we know this blue glow as Cherenkov radiation.

In 1934, Soviet physicist Pavel Cherenkov witnessed what happens when it does, after bombarding water with radiation. A blue ...

The effect is named after Soviet physicist Pavel Cherenkov, who won a Nobel Prize for his discovery. This blue glow is a well-known phenomenon in fission circles, as nuclear reactors are regularly ...

Named for its discoverer, Pavel Cherenkov, it’s one of those physics effects that was first noted experimentally, before it was ever predicted.

Cherenkov radiation is named after the 1958 Physics Nobel Prize laureate, Pavel Cherenkov, who shared the award with Ilya Frank and Igor Tamm, for being the first to experimentally demonstrate and ...

In 1934, Soviet physicist Pavel Cherenkov witnessed what happens when it does, after bombarding water with radiation. A blue light, now known as Cherenkov light or Cherenkov radiation, ...

Cherenkov radiation is a really bizarre phenomenon, Ackerman says. Named for Russian physicist Pavel Cherenkov, who studied it in the 1930s, it occurs when a charged particle zips through a particular ...

When a particle exceeds to the speed of light in a medium, such as water, it produces whats known as Cherenkov radiation. This radiation is used by nuclear inspectors and astronomers, but it’s ...

In 1934, Soviet physicist Pavel Cherenkov witnessed what happens when it does, after bombarding water with radiation. A blue light, now known as Cherenkov light or Cherenkov radiation, ...

When a particle exceeds to the speed of light in a medium, such as water, it produces whats known as Cherenkov radiation. This radiation is used by nuclear inspectors and astronomers, but it’s ...

When a particle exceeds to the speed of light in a medium, such as water, it produces whats known as Cherenkov radiation. This radiation is used by nuclear inspectors and astronomers, but it’s never ...