This review provides an overview of the progress in using the low-gravity environment of
space to explore critical phenomena and test modern theoretical predictions. Gravity …

Matter and Methods at Low Temperatures Page 1 Matter and Methods at Low Temperatures
Page 2 Frank Pobell Matter and Methods at Low Temperatures 123 With 234 Figures, 28 …

We present an overview of recent developments related to superfluid helium quantum
interference devices (SHeQUIDs). We discuss the physics of two reservoirs of superfluid …

The rich dynamics of flow between two weakly coupled macroscopic quantum reservoirs has
led to a range of important technologies. Practical development has so far been limited to …

We report the observation of quantum interference in superfluid He 4. The interferometer, an
analog of a dc-superconducting quantum interference device (SQUID), employs a recently …

Superfluid helium is a macroscopic quantum system, as are superconductors, gaseous Bose–
Einstein condensates, and the interiors of neutron stars. The common feature of those …

Rocks have a magneticmemory that may endure for millions or even billions of years. The
secret behind that longevity lies in the high temperatures to which the minerals were …

This dissertation summarizes some of our experiments performed in superfluid 4He using
superfluid Josephson junctions. In this introductory chapter, we discuss the so-called …

The work that led to the discoveries presented in this dissertation began with one less
neutron per atom: superfluid 3He. Not long after joining the group, I worked with Ray …

The shape of the liquid–gas coexistence curve of 3 He very near the critical point
temperature T c was measured in the range− 5× 10− 3< T/T c− 1<− 1.5× 10− 6 using the …