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Interaction Effects in Quantum Wires and One-Dimensional Incoherent Semimetals
(2022-08-04)
In this thesis, we address the effect of interactions in low dimensional
systems. In the first part, using bosonization, we study a microscopic
model of parallel quantum wires constructed from two dimensional Dirac
fermions ...
Generation and Control of Atomic Resonant Squeezed Light
(2022-05)
Quantum metrology is a new emerging technology studying of extreme sensitive and high resolution measurement based on quantum mechanical principles such as quantum entanglement and squeezing, which can potentially revolutionize ...
The Early Instability Scenario for Planet Formation in the Solar System
(2019-05-10)
The leading evolutionary model for the outer solar system, an orbital instability between the solar system’s giant planets, has been shown to greatly disturb the orbits of the young terrestrial planets. Undesirable outcomes ...
Determination of lifetimes, optical excitation functions transmitted election spectra, optical spectra and quenching cross sections /
(1983)
An apparatus has been set up which allows the measurement of transmitted electron spectrum, radiative decay lifetimes and optical excitation functions of any gas molecules (atoms) in the region of visible and vacuum ...
Interaction effects in generalized Dirac systems
(2018-07)
Interaction effects in condensed matter systems with chiral quasiparticles at low energy are studied. A prominent example in the category of such systems is monolayer graphene, which has low energy massless Dirac excitations ...
Observations of x-rays produced by strong electric fields in thunderstorms.
(1997)
A balloon-borne x-ray spectrometer was developed to fly on free balloons into thunderstorms in order to test hypotheses that strong electric-fields could accelerate cosmic-ray secondary electrons and produce bremsstrahlung ...