The critical temperature for one of these substances to form is inversely proportional to the Riemann zeta function of three-halves to the two-thirds power.
In these systems, "dark" or "bright" solitons can form depending on whether the interaction is attractive or repulsive. For certain scattering processes in these substances, a bound state known as a Feshbach resonance can occur. The critical temperature for one of these substances to form is inversely proportional to the Riemann zeta function of three-halves to the two-thirds power. The superfluidity of helium-4 is related to the formation of one of these substances. The first step in creating these substances often involves placing atoms in a magneto-optical trap. The first example of these substances was observed by laser cooling a vapor of rubidium atoms. For 10 points, name this substance, a gas of integer-spin particles at a temperature near absolute zero.
In these systems, "dark" or "bright" solitons can form depending on whether the interaction is attractive or repulsive.
Bose–Einstein condensate [or BEC] &lt;Rombro&gt;