For about a century now, physicists have been working hard to extend the temperature range accessible to experimental investigations closer and closer to absolute zero. This endeavor has been amply rewarded by new and fundamentally important discoveries. Completely novel continuous vortices in He3‐A and spontaneously magnetized singular vortices in He3‐B are just two of the many interesting peculiarities of rotating superfluid He3.Peer reviewe
We present a theoretical calculation of the pressure-temperature-field phase diagram for the vortex ...
We report measurements on a new collective spin-wave mode trapped by the textural boundary layers of...
We predict the formation of giant vortices in quasi-two-dimensional quantum dots at high magnetic fi...
A satellite peak has been observed in the NMR spectrum of rotating 3He-A; the peak intensity depends...
Rotating superfluid 3He-B is found to possess a new contribution to the NMR frequency shift, which c...
Experiments on rotating superfluid 3He-A in an open cylindrical geometry show a change in the NMR li...
The shape of the free surface of rotating superfluid B3 has been investigated optically. The drastic...
New NMR measurements are reported on continuous 3He-A vortices in tilted magnetic fields. We introdu...
Vortex-free states have been observed in 3B at rotation speeds up to 0.9 rad/s in a cylinder of 5-mm...
The parabolic superfluid meniscus has been seen for states in which only (1) the normal or (2) the s...
We have investigated persistent flow of superfluid 3He with an ac gyroscope filled with 20-μm powder...
The phase diagram of quantized vortices in 3He-B has been obtained with two techniques. Our NMR meas...
We have observed two critical velocity levels for phase slips in superfluid 4He at temperatures betw...
Zero sound attenuation at 8.9 and 26.8 MHz in 3B shows an extremum at TAB in a field of ∼2 kG at low...
Rotation of superfluid 3B in an magnetic field enhances the coupling of the nonzero mJ substrates of...
We present a theoretical calculation of the pressure-temperature-field phase diagram for the vortex ...
We report measurements on a new collective spin-wave mode trapped by the textural boundary layers of...
We predict the formation of giant vortices in quasi-two-dimensional quantum dots at high magnetic fi...
A satellite peak has been observed in the NMR spectrum of rotating 3He-A; the peak intensity depends...
Rotating superfluid 3He-B is found to possess a new contribution to the NMR frequency shift, which c...
Experiments on rotating superfluid 3He-A in an open cylindrical geometry show a change in the NMR li...
The shape of the free surface of rotating superfluid B3 has been investigated optically. The drastic...
New NMR measurements are reported on continuous 3He-A vortices in tilted magnetic fields. We introdu...
Vortex-free states have been observed in 3B at rotation speeds up to 0.9 rad/s in a cylinder of 5-mm...
The parabolic superfluid meniscus has been seen for states in which only (1) the normal or (2) the s...
We have investigated persistent flow of superfluid 3He with an ac gyroscope filled with 20-μm powder...
The phase diagram of quantized vortices in 3He-B has been obtained with two techniques. Our NMR meas...
We have observed two critical velocity levels for phase slips in superfluid 4He at temperatures betw...
Zero sound attenuation at 8.9 and 26.8 MHz in 3B shows an extremum at TAB in a field of ∼2 kG at low...
Rotation of superfluid 3B in an magnetic field enhances the coupling of the nonzero mJ substrates of...
We present a theoretical calculation of the pressure-temperature-field phase diagram for the vortex ...
We report measurements on a new collective spin-wave mode trapped by the textural boundary layers of...
We predict the formation of giant vortices in quasi-two-dimensional quantum dots at high magnetic fi...