positronium

He is best known for being the discoverer of positronium.

A positron also very rarely makes a structure called positronium.

His studies of radioactive decay led him to the discovery of positronium.

Measurements of α can also be extracted from the positronium decay rate.

Example: the positronium is a bound state electron-positron similar to an hydrogen atom.

For example, an electron may combine with a positron to form a positronium, an unstable atom.

The di-positronium is a molecule consisting of two atoms of positronium.

It was experimentally discovered by Martin Deutsch in 1951 and became known as positronium.

A positronium "atom" is an unstable bound state of an electron and a positron.

If you fire a positron at butane, maybe you make butyl positronium.

For positronium, the formula uses the reduced mass also, but in this case, it is exactly the electron mass divided by 2.

But it involvedall of our positronium.

Upon slowing down in the silica, the positrons captured ordinary electrons to form positronium atoms.

Less than one second after it is created Positronium is destroyed and it forms two gamma rays.

Thus, for positronium, its reduced mass only differs from the rest mass of the electron by a factor of 2.

Electrons and positrons drifting through space will encounter one another and occasionally form positronium atoms.

The technique operates on the principle that a positron or positronium will annihilate through interaction with electrons.

Martin Deutsch physics and discoverer of positronium.

For that, you needed an antimatter explosion, and therefore more-than-modest supplies of stabilized positronium in quantum confinement.

Website about positrons, positronium and antihydrogen.

Positronium decays through the annihilation of the electron and the positron into two or more gamma-ray photons.

Unstable in free space, positronium is generally stored in magnetic nanobottles between the fibers of bulk wellstone.

The theory specifies the positronium lifetime very precisely, but the Michigan study found the actual lifetime to be about one-fifth of 1 percent shorter.

The classic onium is positronium, which consists of an electron and a positron bound together as a long-lived metastable state.

For insulators such as polymers or zeolites, implanted positrons interact with electrons in the material to form positronium.