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Modeling Stellar Surface Features with High-Precision Photometry
(2023)
Starspots are a major source of stellar contamination in transmission spectroscopy of exoplanet atmospheres, and the correction for exoplanet analyses depends on the temperature of the starspots and the covering fraction. ...
Effects of non-adiabatic coupling in photofragmentation of CO(2) using resonance enhanced multiphoton ionization techniques.
(1997)
We observed Resonance Enhanced Multiphoton Ionization (REMPI) spectra of $nf\sp2\Pi\sb{\Omega}$ Rydberg states of $CO\sb2$ for $n=4$ to 8. In addition, we also did a laser power dependence study of these states for $n=5$ ...
Understanding Type Ia Supernova Diversity with PHOENIX
(2022)
Type Ia Supernovae (SNe Ia) are important astrophysical objects. They produce
roughly half of the iron group elements found in the universe, the energy they
release drives the evolution of galaxies, and their high ...
Galaxy Clusters Across the Electromagnetic Spectrum
(2016-12)
Galaxy clusters are the largest gravitationally bound objects in the Universe.
From radio to X-ray, we have observed these objects across the electromagnetic
spectrum. Formation theories suggest that clusters even emit ...
Dimensional perturbation theory of the two-electron atom for states with arbitrary angular momentum.
(2000)
Dimensional Perturbation Theory (DPT) has been applied to many systems including the hydrogen atom, hydrogen atom in a magnetic field, H+2 molecule and the helium atom. Only S-wave states, and interdimensionally degenerate ...
MEASUREMENT OF THE TOP QUARK MASS IN THE ALL HADRONIC FINAL STATE AT THE DØ EXPERIMENT
(2013)
The top quark is the heaviest fermion observed to date. A precise measurement of its mass and W boson mass is important to indirect measurements of Higgs boson mass. Furthermore, the top quark mass, W boson mass and Higgs ...
GEOMETRICAL INVESTIGATIONS OF THE CASIMIR EFFECT: THICKNESS AND CORRUGATION DEPENDENCIES
(2011)
In the quantum theory the vacuum is not empty space. It is considered as a state
Quantum Plasmonic Sensing Using Squeezed Light
(2021-08-05)
Quantum sensing is an emerging field of quantum optics that seeks to take advantage of quantum correlations available in quantum states of light to enable sensitivities beyond the fundamental classical limits.
The sensitivity ...
Exotic Diatomic Molecules of Cesium
(2012)
The observation of a new, polar class of homonuclear diatomic molecules, called trilobite molecules, is presented. The molecules have permanent electric dipole moments of &sim20-100 Debye. The observations are in agreement ...