Temperature-driven dynamics of quantum liquids: Logarithmic nonlinearity, phase structure and rising force

Finite Temperature Dynamics near Quantum Phase Transitions

We review the non-zero temperature relaxational dynamics of quantum systems near a zero temperature, second-order phase transition. We begin with the quantum Ising chain, for which universal and exact results for the relaxation rates can be obtained in all the distinct limiting regimes of the phase diagram. Next, we describe the crossovers in the electron spectral function near a transition inv...

Biomechanical Evaluation of Temperature Rising and Applied Force in Controlled Cortical Bone Drilling: An Animal in Vitro Study

Background: The present study was conducted to quantify the relationships between bone drilling process parameters(i.e., feed rate, resting time, exit rate, and drill bit diameter) and drilling outcome parameters (i.e., thrust force andmaximum temperature).Methods: This study utilized 10-cm cortical bovine samples to evaluate the effects of four independent parameters,in...

Quantum Phase Transitions in 2d Quantum Liquids∗

“Topology driven quantum phase transitions in time-reversal invariant anyonic quantum liquids”

The degrees of freedom in our microscopic models are so-called Fibonacci anyons, one of the simplest types of non-abelian anyons [1, 2]. The Fibonacci theory has two distinct particles, the trivial state 1 and the Fibonacci anyon τ , which can be thought of as a generalization (or more precisely a ‘truncated version’) of an ‘angular momentum’ when viewing the Fibonacci theory as a certain defor...

Structure and dynamics of coupled viscous liquids