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Articles 1  21 of 21
FullText Articles in Physics
Intersubband Dynamics Of Asymmetric Quantum Wells Studied By Thz `Optical Rectification', K Unterrainer, James Heyman, K Craig, B Galdrikian, M.S. Sherwin, K Campman, P.F. Hopkins, A.C. Gossard
Intersubband Dynamics Of Asymmetric Quantum Wells Studied By Thz `Optical Rectification', K Unterrainer, James Heyman, K Craig, B Galdrikian, M.S. Sherwin, K Campman, P.F. Hopkins, A.C. Gossard
James Heyman
No abstract provided.
Higgs Mass Bounds Separate Models Of Electroweak Symmetry Breaking, M Diaz, Tonnis Ter Veldhuis, T Weiler
Higgs Mass Bounds Separate Models Of Electroweak Symmetry Breaking, M Diaz, Tonnis Ter Veldhuis, T Weiler
Tonnis ter Veldhuis
No abstract provided.
The Spectral Function Of Random Resistor Networks, Anthony Day, M. Thorpe
The Spectral Function Of Random Resistor Networks, Anthony Day, M. Thorpe
Anthony Roy Day
The effective complex conductivity [...] of a twocomponent material can be conveniently expressed as an integral transformation of a spectral function. The spectral function depends only on the geometry of the material, and can be used to calculate [...] for any particular choice of component conductivities. This is a very useful feature if the component conductivities can be varied (by changing the temperature or frequency, for example) at a fixed geometry. We present a derivation of the spectral function that identifies it as a density of states. We have made direct numerical calculations of the spectral function of twodimensional random resistor networks ...
Η Production In Peripheral HeavyIon Collisions, Alec Schramm, Daniel Reeves
Η Production In Peripheral HeavyIon Collisions, Alec Schramm, Daniel Reeves
Alec J Schramm
We estimate the impact parameter dependence of the production cross section for ηc and ηb mesons in peripheral heavyion collisions. Total and elastic γγ cross sections are calculated in an equivalent photon approximation.
Undressing A Collective Intersubband Excitation In A Quantum Well, K Craig, B Galdrikian, James Heyman, Et Al
Undressing A Collective Intersubband Excitation In A Quantum Well, K Craig, B Galdrikian, James Heyman, Et Al
James Heyman
No abstract provided.
Scanning Local‐Acceleration Microscopy, Nancy Burnham, A. Kulik, G. Gremaud, P. Gallo, F. Oulevey
Scanning Local‐Acceleration Microscopy, Nancy Burnham, A. Kulik, G. Gremaud, P. Gallo, F. Oulevey
Nancy A. Burnham
By adapting a scanning force microscope to operate at frequencies above the highest tip–sample resonance, the sensitivity of the microscope to materials’ properties is greatly enhanced. The cantilever’s behavior in response to high‐frequency excitation from a transducer underneath the sample is fundamentally different than to its low‐frequency response. In this article, the motivations, instrumentation, theory, and first results for this technique are described.
NonTraditional Techniques In Teaching Science For General Students, Gary Lewis, Ben Golden, Gail Schiffer, Diane Willey
NonTraditional Techniques In Teaching Science For General Students, Gary Lewis, Ben Golden, Gail Schiffer, Diane Willey
Gary C. Lewis
No abstract provided.
Materials’ Properties Measurements: Choosing The Optimal Scanning Probe Microscope Configuration, Nancy Burnham, G Gremaud, A Kulik, P Gallo, F Oulevey
Materials’ Properties Measurements: Choosing The Optimal Scanning Probe Microscope Configuration, Nancy Burnham, G Gremaud, A Kulik, P Gallo, F Oulevey
Nancy A. Burnham
Rheological models are used to represent different scanning probe microscope configurations. The solutions for their static and dynamic behavior are found and used to analyze which scanning probe microscope configuration is best for a given application. We find that modulating the sample at high frequencies results in the best microscope behavior for measuring the stiffness of rigid materials, and that by modulating the tip at low frequencies and detecting the motion of the tip itself (not its position relative to the tip holder) should be best for studying compliant materials in liquids.
The Mass Spectrum In A Model With Calculable Dynamical Supersymmetry Breaking, Tonnis Ter Veldhuis
The Mass Spectrum In A Model With Calculable Dynamical Supersymmetry Breaking, Tonnis Ter Veldhuis
Tonnis ter Veldhuis
No abstract provided.
Error In The Calculation Of Synchronized Spontaneous Otoacoustic Emission Frequencies Measured With The Ilo88 System, Jacek Smurzynski, Rudolf Probst
Error In The Calculation Of Synchronized Spontaneous Otoacoustic Emission Frequencies Measured With The Ilo88 System, Jacek Smurzynski, Rudolf Probst
Jacek Smurzynski
No abstract provided.
Gravitational Field, Sung Kyu Kim
Radical And Film Growth Kinetics In Methane Radio‐Frequency Glow Discharges, D. Dagel, C. Mallouris, James Doyle
Radical And Film Growth Kinetics In Methane Radio‐Frequency Glow Discharges, D. Dagel, C. Mallouris, James Doyle
James R. Doyle
No abstract provided.
Answer To Question #26. Electromagnetic Field Momentum, Br Holstein
Answer To Question #26. Electromagnetic Field Momentum, Br Holstein
Barry R Holstein
No abstract provided.
Teaching Introductory Physics To College Students, Dewey Dykstra
Teaching Introductory Physics To College Students, Dewey Dykstra
Dewey I. Dykstra
No abstract provided.
Understanding Alpha Decay, Br Holstein
Understanding Alpha Decay, Br Holstein
Barry R Holstein
The subject of alpha decay is an important part of a course in modern physics, as it provides a clear experimental manifestation of the phenomenon of barrier penetration. The traditional approach, based on Gamow's complex eigenvalue method, raises a number of questions which can be answered by employing the older but less wellknown procedure of summing over scattering states. Additional insights are gained by examination of the alpha decay system via more contemporary path integral based techniques.
FarInfrared Pump Probe Measurements Of The Intersubband Lifetime In An Algaas/Gaas Coupled Quantum Well, James Heyman, Et Al
FarInfrared Pump Probe Measurements Of The Intersubband Lifetime In An Algaas/Gaas Coupled Quantum Well, James Heyman, Et Al
James Heyman
No abstract provided.
Systematics Of Soft Final State Interactions In B Decay, John Donoghue, E. Golowich, Alexey Petrov, J. Soares
Systematics Of Soft Final State Interactions In B Decay, John Donoghue, E. Golowich, Alexey Petrov, J. Soares
John Donoghue
Su(1,1) Algebraic Description Of OneDimensional Potentials Within The RMatrix Theory, Andrei Ludu
Su(1,1) Algebraic Description Of OneDimensional Potentials Within The RMatrix Theory, Andrei Ludu
Andrei Ludu
No abstract provided.
Interface Roughening In A Hydrodynamic LatticeGas Model With Surfactant, Francis W. Starr, S. T. Harrington, B. M. Boghosian, H. E. Stanley
Interface Roughening In A Hydrodynamic LatticeGas Model With Surfactant, Francis W. Starr, S. T. Harrington, B. M. Boghosian, H. E. Stanley
Francis Starr
No abstract provided.
Generalization Kdv Equation For Fluid Dynamics And Quantum Algebras, Andrei Ludu
Generalization Kdv Equation For Fluid Dynamics And Quantum Algebras, Andrei Ludu
Andrei Ludu
No abstract provided.
On The Power Counting Of Loop Diagrams In General Relativity, John Donoghue, Tibor Torma
On The Power Counting Of Loop Diagrams In General Relativity, John Donoghue, Tibor Torma
John Donoghue