It has been recently reported that there might be supersolidity of 4He around the temperature range: 1.3 K to 1.9 K [A. Eyal, O. Pelleg, L. Embon, E. Polturak, Phys. Rev. Lett. 105, 025301 (2010)]. By treating the solid 4He at very low temperature locally as an amorphous matter and using the transition-rate dependent model together with the specific activation energy and volume, we can observe a series of sudden change of the shearing stresses (which relate to the resistance) at corresponding onset temperatures of supersolid 4He considering the role of holes or defects. We found that the possible supersolidity of 4He might occur at the temperature 1.8 K after intensive calculations,
We calculate the dislocation glide mobility in solid He within a model that assumes the existence of...
We calculate the dislocation glide mobility in solid He within a model that assumes the existence of...
The supersolid state of matter, exhibiting nondissipative flow in solids, has been elusive for 35 ye...
It has been recently reported that there might be amorphous solid 4He formed in around 4.7 ± 0.15 nm...
The possibility of a supersolid state of matter, i.e., a crystalline solid exhibiting superfluid pro...
We provide a semiquantitative tool, derived from first-principles simulations, for answering the que...
We provide a semiquantitative tool, derived from first-principles simulations, for answering the que...
We provide a semiquantitative tool, derived from first-principles simulations, for answering the que...
The classical motion of gliding dislocation lines in slip planes of crystalline solid helium leads t...
A supersolid is an elastic solid which is partly superfluid. Supersolidity which has been experi- me...
For nearly half a century the supersolid phase of matter has remained mysterious, not only eluding e...
Abstract Supersolidity is a rather controversial issue which has been revived re-cently by a number ...
Abstract The excitement following the initial report of supersolid behavior for 4He embedded in poro...
We present a numerical study of a continuum plasticity field coupled to a Ginzburg-Landau model for ...
By large-scale quantum Monte Carlo simulations we show that grain boundaries in 4He crystals are gen...
We calculate the dislocation glide mobility in solid He within a model that assumes the existence of...
We calculate the dislocation glide mobility in solid He within a model that assumes the existence of...
The supersolid state of matter, exhibiting nondissipative flow in solids, has been elusive for 35 ye...
It has been recently reported that there might be amorphous solid 4He formed in around 4.7 ± 0.15 nm...
The possibility of a supersolid state of matter, i.e., a crystalline solid exhibiting superfluid pro...
We provide a semiquantitative tool, derived from first-principles simulations, for answering the que...
We provide a semiquantitative tool, derived from first-principles simulations, for answering the que...
We provide a semiquantitative tool, derived from first-principles simulations, for answering the que...
The classical motion of gliding dislocation lines in slip planes of crystalline solid helium leads t...
A supersolid is an elastic solid which is partly superfluid. Supersolidity which has been experi- me...
For nearly half a century the supersolid phase of matter has remained mysterious, not only eluding e...
Abstract Supersolidity is a rather controversial issue which has been revived re-cently by a number ...
Abstract The excitement following the initial report of supersolid behavior for 4He embedded in poro...
We present a numerical study of a continuum plasticity field coupled to a Ginzburg-Landau model for ...
By large-scale quantum Monte Carlo simulations we show that grain boundaries in 4He crystals are gen...
We calculate the dislocation glide mobility in solid He within a model that assumes the existence of...
We calculate the dislocation glide mobility in solid He within a model that assumes the existence of...
The supersolid state of matter, exhibiting nondissipative flow in solids, has been elusive for 35 ye...