IBEX uses energetic neutral atom
imaging to examine how our heliosphere, the magnetic bubble in which our sun and planets reside, interacts with interstellar space.
IBEX can take images of these neutral particles, particles that have no electric charge and are created by collisions at the boundary of the solar system, through energetic neutral atom
imaging, reports NASA.
Scientists will look at different ways of designing the matter-light interaction used to produce entangled photons, including neutral atom
memories with electronically excited interactions, nitrogen-vacancy defects in diamonds and charged quantum dots.
In a neutral atom
, the number of protons and the number of electrons (negatively charged particles) are equal.
Whereas an ion gun radiates an argon ion beam, an FAB gun radiates a neutral atom
beam of argon.
During its science investigation, IBEX will use a pair of energetic neutral atom
"cameras" to image interactions between the million mile-per-hour solar wind continually blown out by the Sun and the low-density material between the stars, known as the interstellar medium -- interactions never before imaged.
Scientists at NIST have demonstrated a novel source of atom flux that can provide one, and only one, atom essentially whenever it is needed--the first time such control over neutral atom
delivery has been achieved.
IBEX is using energetic neutral atom
(ENA) imaging to create the first global maps of interactions between the million mile-per-hour solar wind blown out in all directions by the Sun and the low-density material between the stars, known as the interstellar medium.
This technique, called energetic neutral atom
imaging, relies on the fact that the paths of neutral particles are not affected by the solar magnetic field.
The researchers calculated that the roaming electron of the excited atom would hover around the neutral atom
and form an electron cloud that resembled, of all things, an ancient trilobite.
Discoveries: plasmaspheric shoulders and notches, proton auroras in unexpected places, surprisingly slow plasmasphere rotation, a hot oxygen geocorona and a secondary interstellar neutral atom
high incident energy T) for electron-impact ionization of a neutral atom