The algorithm rediscovered the known property that gold nanoclusters with
even number of atoms are semiconducting, whereas those with an odd number of atoms are metallic.
Not exact matches
In all, the team managed to trap and detect just 194
atoms over a
number of trials, which gives you some idea
of the difficulties involved in studying
even the simplest forms
of antimatter.
We're talking about statistical possibilities that are astronomically small, exceeding the
number of atoms we
even have in the known universe.
it becomes impossible to estimate the
number of atoms, which would be so vast as to be almost meaningless
even if it could be calculated.
But in rare cases molecules with an
even number of electrons can behave like radicals, because the arrangement
of their
atoms prevents all the electrons from finding partners with which to pair up.
Even for just a handful
of players, this
number is greater than the
number of atoms in the universe.
Creating
even small
numbers of fusing
atoms would be a big deal.
Fullerenes are molecules consisting
of an
even number of carbon
atoms arranged over the surface
of a closed hollow cage.
Bottom line, you need to know the
number of carbon
atoms in every style
of hydrocarbon to determine ultimate stociometric burn, but
even this is hotly debated as «stochio» burn does NOT mean the highest power or fuel efficeiency.
The first paper describes a device for writing binary
numbers onto a handful
of atoms, or
even individual
atoms.