http://vitayard.in
Open Science and Research Project
OKFN, India
energy teleportation is possible at any
temperature, even at temperatures above the
threshold where the particles’ entanglement
vanishes. This shows for Gibbs spin states that
entanglement is not fundamentally necessary for
energy teleportation; correlation other than
entanglement can suffice. Dissonance—quantum
correlation in separable states—is in this regard
shown to be a quantum resource for energy
teleportation, more dissonance being consistently
associated with greater energy yield. We compare
energy teleportation from particle A to B in Gibbs
states with direct local energy extraction by a
general quantum operation on B and find a
temperature threshold below which energy
extraction by a local operation is impossible. This
threshold delineates essentially two regimes: a
high temperature regime where entanglement
vanishes and the teleportation generated by other
quantum correlations yields only vanishingly little
energy relative to local extraction and a second
low-temperature teleportation regime where
energy is available at B only by teleportation.
Cite as: arXiv:1305.5853 [quant-ph] (or
arXiv:1305.5853v2 [quant-ph] for this version)
Read full version at : Paper
A Study of the Indus Signs
Subhajit Ganguly
Description:
Considering the fact that the Harappan script may have been proto-Brahmi, the underlying language
to be expected should be Sanskrit, or proto-Sanskrit, or derivatives of Sanskrit. Many of the rules of
evolution that apply to scripts are equivalently true for languages too. Like scripts, languages too
render themselves to similar evolutionary inspections, as they too carry imprints of their journey
down the ages.
Cite as: A Study of the Indus Signs. Subhajit Ganguly. figshare
http://dx.doi.org/10.6084/m9.figshare.446907
Read full version at : Paper
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