c 2012 by Sarang Gopalakrishnan. All rights reserved.
... First things first: I was exceedingly lucky to have had Paul Goldbart for an advisor. The extent of this good fortune is only clear in retrospect. Working with Paul was always enjoyable—he had something unexpected and interesting to say about almost anything, and was always encouraging—but I did not ...
... First things first: I was exceedingly lucky to have had Paul Goldbart for an advisor. The extent of this good fortune is only clear in retrospect. Working with Paul was always enjoyable—he had something unexpected and interesting to say about almost anything, and was always encouraging—but I did not ...
Colloquium: Multiparticle quantum superpositions and the quantum
... an entangled photon pair is created by a nonlinear optical process; then one photon of the pair is injected into an optical parametric amplifier operating for any input polarization state (De Martini, Sciarrino, and Vitelli, 2008, 2009a). Such a transformation establishes a connection between the si ...
... an entangled photon pair is created by a nonlinear optical process; then one photon of the pair is injected into an optical parametric amplifier operating for any input polarization state (De Martini, Sciarrino, and Vitelli, 2008, 2009a). Such a transformation establishes a connection between the si ...
Bulk Entanglement Spectrum Reveals Quantum Criticality within a
... A Type of Topological Phase Transition Since a topological state is distinct from a direct product state, there is a canonical way to realize a topological phase transition: Cutting the system into disconnected blocks ...
... A Type of Topological Phase Transition Since a topological state is distinct from a direct product state, there is a canonical way to realize a topological phase transition: Cutting the system into disconnected blocks ...
Kondo physics in the single-electron transistor with ac driving Peter Nordlander
... where f ( ⑀ ) is the Fermi function. The formula 共3兲 will still be valid in the case where the gate voltage is time dependent if G is the time-averaged conductance and dot( ⑀ ) is replaced by the time-averaged spectral density 具 dot( ⑀ ,t) 典 .13,14 For a given system, this average will depend on ...
... where f ( ⑀ ) is the Fermi function. The formula 共3兲 will still be valid in the case where the gate voltage is time dependent if G is the time-averaged conductance and dot( ⑀ ) is replaced by the time-averaged spectral density 具 dot( ⑀ ,t) 典 .13,14 For a given system, this average will depend on ...
GR8677 - GREPhysics.NET
... http : //grephysics.net/disp.php?yload = prob&serial = 1&prob =2 Problem 2 For typo-alerts, alternate solutions, and questions pertaining to this problem—check out this link! ↑ Subject Type Mechanics → Vector While there may be a more quantitative solution, the simplest solution is qualitative, base ...
... http : //grephysics.net/disp.php?yload = prob&serial = 1&prob =2 Problem 2 For typo-alerts, alternate solutions, and questions pertaining to this problem—check out this link! ↑ Subject Type Mechanics → Vector While there may be a more quantitative solution, the simplest solution is qualitative, base ...
Continuous Variable Quantum Information: Gaussian States and
... variable (CV) quantum information, and to get an interested reader started on the mathematical formalism suitable for the characterisation of the subject. There are already quite a good number of, more or less up-to-date, bibliographic resources on quantum information with CVs; see e.g. [8 – 16]. Th ...
... variable (CV) quantum information, and to get an interested reader started on the mathematical formalism suitable for the characterisation of the subject. There are already quite a good number of, more or less up-to-date, bibliographic resources on quantum information with CVs; see e.g. [8 – 16]. Th ...
Chapter 6
... The sign of ∆G indicates the direction in which a reaction moves to reach its equilibrium position. A reaction is thermodynamically favorable when its enthalpy, ∆H, decreases and its entropy, ∆S, increases. Substitut‑ ing the inequalities ∆H < 0 and ∆S > 0 into equation 6.2 shows that a reaction is ...
... The sign of ∆G indicates the direction in which a reaction moves to reach its equilibrium position. A reaction is thermodynamically favorable when its enthalpy, ∆H, decreases and its entropy, ∆S, increases. Substitut‑ ing the inequalities ∆H < 0 and ∆S > 0 into equation 6.2 shows that a reaction is ...
Recent developments in transport phenomena in Weyl semimetals
... space. Since all three Pauli matrices have been used up in H Weyl , there is no matrix that anticommutes with H Weyl and gaps out the spectrum. There are then only two ways a Weyl point can be destroyed perturbatively.1 The first is by annihilating it with another Weyl point of opposite chirality, ei ...
... space. Since all three Pauli matrices have been used up in H Weyl , there is no matrix that anticommutes with H Weyl and gaps out the spectrum. There are then only two ways a Weyl point can be destroyed perturbatively.1 The first is by annihilating it with another Weyl point of opposite chirality, ei ...
The Dynamics of Near-Surface Dust on Airless Bodies
... We see that the pile of 15 micron dust spreads more than piles of 5, 10, 20, and 25 micron dust grains. This observation confirms our theory-based prediction of the importance of cohesion for small grain sizes. The experimental proof presented also has implications for interpretations of horizon glo ...
... We see that the pile of 15 micron dust spreads more than piles of 5, 10, 20, and 25 micron dust grains. This observation confirms our theory-based prediction of the importance of cohesion for small grain sizes. The experimental proof presented also has implications for interpretations of horizon glo ...