-
Antihydrogen ( H ) is the
antimatter counterpart of hydrogen.
Whereas the
common hydrogen atom is
composed of an
electron and proton, the antihydrogen...
- electron) and an
antiproton (the
antiparticle of the proton) can form an
antihydrogen atom. The
nuclei of
antihelium have been
artificially produced, albeit...
-
antimatter systems. Most
methods for the
creation of
antimatter (specifically
antihydrogen)
result in
particles and
atoms of high
kinetic energy,
which are unsuitable...
-
August 2002, it was the
first experiment to
produce 50,000 low-energy
antihydrogen atoms, as
reported in Nature. In 2005,
ATHENA was
disbanded and many...
- The
Antihydrogen Laser Physics Apparatus (ALPHA), also
known as AD-5, is an
experiment at CERN's
Antiproton Decelerator,
designed to trap
antihydrogen in...
- The
Antihydrogen Trap (ATRAP)
collaboration at the
Antiproton Decelerator facility at CERN, Geneva, was
responsible for the AD-2 experiment. It was a continuation...
-
major goals of
experiments at AD are to
spectroscopically observe the
antihydrogen and to
study the
effects of
gravity on antimatter.
Though each experiment...
-
experiment combines positrons with
antiprotons to
study properties of
antihydrogen.
Gamma rays,
emitted indirectly by a positron-emitting
radionuclide (tracer)...
-
which the
above symbol represents as a
mathematical symbol, ħ = h/2π
Antihydrogen, an
antimatter element represented by the
symbol H
Steyr AUG HBAR, a...
- S.; Nolan, P.; Olchanski, K.; et al. (5 June 2011). "Confinement of
antihydrogen for 1,000 seconds".
Nature Physics. 7 (7): 558–564. arXiv:1104.4982....
