Effects of dynamical activity spillover in a noisy binary choice game (Ising game) on complete graph are studied. Binary games very important for both economics and statistical physics playing role the bridge between these two fields. In this paper we investigate effects self-excited induced by relaxation to equilibria transitions metastable at finite times. Using formalism master equations sho...

Abstract We study electromagnetic properties of particles with magnetic moment and no charge using their behavior when traversing coils solenoids. These via the Faraday-Lenz law create a current whose energy we calculate. analyze both case very long lived, almost stable, those finite lifetime. use this development to monopolium monopole-antimonopole bound state in its excited states.

A recent development in fluorescence microscopy is fluorescence lifetime imaging microscopy. In this type of microscopy the lifetime of the excited state of the fluorescent molecules is of interest rather than the amount of light emitted. By evaluating the response -emission lightof the system -fluorescent moleculesto a specific input signal -excitation light-, the fluorescent lifetime can be d...

Discrete γ-rays from the neutron capture state of 13C to its low-lying bound states have been measured using pulsed neutrons at En = 550 keV. The partial capture cross sections have been determined to be 1.7±0.5, 24.2±1.0, 2.0±0.4 and 1.0±0.4 μb for the ground (J = 1/2−), first (J = 1/2+), second (J = 3/2−) and third (J = 5/2+) excited states, respectively. From a comparison with theoretical pr...

A mixture of tiletamine and zolazepam (Zoletil) was used to immobilize 29 captive born Iberian wolves. Based on their excitability during handling procedures the animals were categorized as excited (n = 15) and unexcited (n = 14). We observed differences in the responses of these groups to the drugs. Although immobilized with higher doses (mean +/- SD of 6.94 +/- 2.13 versus 5.04 +/- 1.74 mg/kg...

Wigner crystals (WCs) are electronic phases peculiar to low-density systems, particularly in the uniform electron gas. Since its introduction in the early twentieth century, this model has remained essential to many aspects of electronic structure theory and condensed-matter physics. Although the (lowest-energy) ground-state WC (GSWC) has been thoroughly studied, the properties of excited-state...

In the last several years, the Casimir energy for a variety of 1+1-dimensional integrable models has been determined from the exact S-matrix. It is shown here how to modify the boundary conditions to project out the lowest-energy state, which enables one to find excited-state energies. This is done by calculating thermodynamic expectation values of operators which generate discrete symmetries. ...