 IDEALS Home
 →
 College of Engineering
 →
 Dept. of Physics
 →
 Browse Dept. of Physics by Title
Browse Dept. of Physics by Title
Now showing items 2140 of 2782

(20130822)Analysis of observations of the Xray emission produced by accreting neutron stars with millisecond spin periods can provide important information about the masses M and radii R of neutron stars, thereby yielding uniquely ...
application/pdf
PDF (2MB) 
(1999)Quantum Monte Carlo (QMC) is one of the most powerful methods for solving many body problems in Physics and Chemistry. MC sampling allows one to measure physical properties systems with very complicated wave functions that ...
application/pdf
PDF (2MB) 
(2001)The second system we have studied is a set of idealized (harmonic) and realistic quantum dots. Two idealized dots, spherical and squashed, quasi2D structures, are analyzed. In the first QMC is contrasted with a large set ...
application/pdf
PDF (5MB) 
(1995)Acoustic wave propagation is studied via imaging techniques in two regimes not previously amenable to such experiments. (I) The lowtemperature phononimaging technique is extended to ultrasonic frequencies at room ...
application/pdf
PDF (6MB) 
(200610)
application/pdf
PDF (2MB) 
(2002)We present a mechanism for adaptation in dynamical systems. Systems which have this mechanism are called called selfadjusting systems. The control parameters in a selfadjusting system are slowly varying, rather ...
application/pdf
PDF (2MB) 
application/pdf
PDF (5MB) 
(2007)In addition to implementing these protocols, we have improved several resources for quantum communication and quantum computing. Specifically, we have developed improved sources of polarizationentangled photons, a lowloss ...
application/pdf
PDF (3MB) 
(2006)After describing these advancements in methodology, we apply our new technology to fluid sodium near its liquidvapor critical point. In particular, we explore the microscopic mechanisms which drive the continuous change ...
application/pdf
PDF (5MB) 
(200610)Path integral Monte Carlo (PIMC) is a quantumlevel simulation method based on a stochastic sampling of the manybody thermal density matrix. Utilizing the imaginarytime formulation of Feynman's sumoverhistories, it ...
application/pdf
PDF (5MB) 
(200610)Relaxor ferroelectrics are disordered crystalline materials whose polar order is limited to mesoscopicscaled nanodomains. There is no ferroelectric phase transition, but a faster than Arrhenius cooperative freezing into ...
application/pdf
PDF (2MB) 
(2005)Using Hamiltonian methodology, we clarified a common misunderstanding of the origin of kinematic drifts. We studied the weakly nonlinear interactions between linear AlfvenRossby waves. We used a spherical harmonic ...
application/pdf
PDF (3MB) 
application/pdf
PDF (5MB) 
application/pdf
PDF (4MB) 
application/pdf
PDF (3MB) 
(1983)The formulation of a theory of star formation faces two fundamental problems: (i) the angular momentum problem, and (ii) the magnetic flux problem. We have previously emonstrated by detailed calculations that magnetic ...
application/pdf
PDF (3MB) 
(2000)Amplitude analysis of the D+,D+s→ KK+p+ and D0→KosK+K  final states are presented using the data collected by the Fermilab high energy photoproduction experiment E831(FOCUS), during 9697. Our data are ...
application/pdf
PDF (7MB) 
Amplitude analyses of the D+, D+s̳[right arrow] KK+[pi]+ and D0[right arrow] K0s̳K+K final states (200010)
application/pdf
PDF (6MB) 
application/pdf
PDF (5MB) 
application/pdf
PDF (5MB)
Now showing items 2140 of 2782