Sort by: Per Page:
1.
Viewpoint
|
Physics 2, 81 (2009) – Published September 28, 2009 The existence, through statistical fluctuation, of arbitrarily large regions with a certain order in an otherwise disordered system, allow one to set bounds on various important thermodynamic properties. |
2.
Viewpoint
|
Physics 2, 14 (2009) – Published February 17, 2009 Imaging and tracking of bubbles in liquid helium formed by individual electrons allows study of superfluid vortices, and may permit analysis of unusual ionic species in fluids. |
3.
Viewpoint
|
Physics 2, 9 (2009) – Published February 2, 2009 Atomic & Molecular Physics Superfluidity Recent calculations of the properties of ultracold atoms have revealed how two-body interactions at very short distances determine essential properties of many-body systems. |
4.
Viewpoint
|
Physics 1, 40 (2008) – Published December 8, 2008 Superfluidity Quantum Mechanics A new phase of matter called a superglass may be possible, as shown by an investigation of the quantum mechanical analog of a classical hard sphere glass. |
5.
Viewpoint
|
Physics 1, 26 (2008) – Published October 6, 2008 Superfluidity Quantum Mechanics Fluid Dynamics Images of vortex motion in superfluid helium reveal connections between quantum and classical turbulence and may lead to an understanding of complex flows in both superfluids and ordinary fluids. |
6.
Viewpoint
|
Physics 1, 16 (2008) – Published August 25, 2008 Experiments indicate that, as in a superfluid, mass can flow through solid helium-4 without viscous resistance. Recent calculations shed light on how this may happen thanks to defects in the crystal lattice. |
RSS Feed