nanokelvin

A stellar black hole of 10 solar masses, for example, would have a Hawking temperature of several nanokelvin, much less than the 2. 7K produced by the Cosmic Microwave Background.

the atomic uni-verse 2008

This corresponds to temperatures of the order of 100 nK (nanokelvin), i.e. a tenth of a millionth of a degree above absolute zero.

The 2001 Nobel Prize in Physics - Information for the Public 2001

Cornell and Wieman then produced a pure condensate of about 2 000 rubidium atoms at 20 nK (nanokelvin), i.e. 0.000 000 02 degrees above absolute zero.

Press Release: The 2001 Nobel Prize in Physics 2001

For although we can estimate the (very short) lifetimes of molecules at temperatures of the sun, and what chemistry might transpire at a nanokelvin or in a vacuum "higher" than that of outer space, the realm of high pressure, such as that at the center of a planet, gives us pause.

American Scientist Online 2009

For although we can estimate the (very short) lifetimes of molecules at temperatures of the sun, and what chemistry might transpire at a nanokelvin or in a vacuum

American Scientist Online 2009

The first BEC ever produced was 170 nanokelvin, or 170 billionths of a Kelvin.

Research & Development Today's News 2009

For although we can estimate the (very short) lifetimes of molecules at temperatures of the sun, and what chemistry might transpire at a nanokelvin or in a vacuum

American Scientist Online 2009

The first BEC ever produced was 170 nanokelvin, or 170 billionths of a Kelvin.

unknown title 2009

For although we can estimate the (very short) lifetimes of molecules at temperatures of the sun, and what chemistry might transpire at a nanokelvin or in a vacuum

American Scientist Online 2009

The first BEC ever produced was 170 nanokelvin, or 170 billionths of a Kelvin.

unknown title 2009