Quantum Physics

Intense self-compressed, self-phase-stabilized few-cycle pulses at 2 μm from an optical filament

Optics / Quantum Physics / Phase Stability / Pulse Compression / Optical physics / Electrical And Electronic Engineering

Optical Properties of Vacuum Modelled as e-p Plasma

Stochastic Process / Physics / Theoretical Physics / Quantum Physics / General Relativity / Electrodynamics / Refractive Indices / Electrodynamics / Refractive Indices

Optical properties of nanostructured metamaterials

Condensed Matter Physics / Quantum Physics / Nanotechnology / Optical Properties

Stress effects in meso-porous silicon nanostructures

Materials Engineering / Condensed Matter Physics / Quantum Physics / Raman Spectroscopy / X Rays / Porous Silicon / Thermal Properties / Porous Silicon / Thermal Properties

Structural properties of porous 6H silicon carbide

Materials Engineering / Condensed Matter Physics / Quantum Physics / Silicon Carbide / Structural Properties

Time as a quantum observable

Quantum Physics / Quantum Electrodynamics / Quantum Theory / Quantum Mechanics

Pd1/MgO(): a model system in nanocatalysis

Condensed Matter Physics / Quantum Physics / Surface Science / Ab initio calculations / Carbon Monoxide / Infrared spectroscopy / Palladium / CO oxidation / Thermal Stability / Model System / Thermal desorption spectroscopy / Ab Initio Calculation / Surface Defects / Magnesium Oxide / Thermal desorption / Infrared spectroscopy / Palladium / CO oxidation / Thermal Stability / Model System / Thermal desorption spectroscopy / Ab Initio Calculation / Surface Defects / Magnesium Oxide / Thermal desorption

Comment on “Glueball spectrum from a potential model”

Quantum Physics / Spectrum

Straw tube detector of FINUDA experiment

Mathematical Physics / Quantum Physics

Miniature near-infrared dual-axes confocal microscope utilizing a two-dimensional microelectromechanical systems scanner

Mechanics / Optics / Quantum Physics / Microscopy / Electronics / Fluorescence Microscopy / Confocal Microscopy / Near Infrared / Biomedical Imaging / Transducers / Computer Systems / Fluorescence Imaging / Real Time / Optical physics / Image Enhancement / Miniaturization / Reproducibility of Results / Micromanipulation / Sensitivity and Specificity / Fiber Optic Technology / Field of View / Equipment Design / Equipment Failure Analysis / Electrical And Electronic Engineering / Fluorescence Microscopy / Confocal Microscopy / Near Infrared / Biomedical Imaging / Transducers / Computer Systems / Fluorescence Imaging / Real Time / Optical physics / Image Enhancement / Miniaturization / Reproducibility of Results / Micromanipulation / Sensitivity and Specificity / Fiber Optic Technology / Field of View / Equipment Design / Equipment Failure Analysis / Electrical And Electronic Engineering

Exact quasinormal modes for a special class of black holes

Field Theory / Quantum Physics / Black Hole / Lower Bound / Quasinormal Modes

A microscopic model of triangular arbitrage

Mathematical Physics / Quantum Physics / Foreign Exchange Market / Foreign Exchange / Agent Modeling / Financial Market

Clathrate nanostructures for mass spectrometry

Pharmacology / Biochemistry / Bioinformatics / Evolutionary Biology / Genetics / Marine Biology / Neuroscience / Environmental Science / Geophysics / Physics / Materials Science / Quantum Physics / Developmental Biology / Immunology / Climate Change / Molecular Biology / Structural Biology / Genomics / RNA / Computational Biology / Transcriptomics / Biotechnology / Systems Biology / Mass Spectrometry / Cancer / Biology / Metabolomics / Secondary Ion Mass Spectrometry / Cell Cycle / Proteomics / Ecology / Drug Discovery / Scanning Electron Microscopy / Evolution / Nanotechnology / Astrophysics / Neurobiology / Medicine / Multidisciplinary / Palaeobiology / Functional Genomics / Nature / Signal Transduction / Adsorption / Astronomy / DNA / Lasers / Mice / Animals / Cell Signalling / Nanostructures / Medical Research / Nanostructure / Urine / Natural Sciences / Single Cell / Microarray Analysis / Clathrate / Spatial resolution / Mass Spectroscopy / Sensitivity and Specificity / Earth Science / Ions / Marine Biology / Neuroscience / Environmental Science / Geophysics / Physics / Materials Science / Quantum Physics / Developmental Biology / Immunology / Climate Change / Molecular Biology / Structural Biology / Genomics / RNA / Computational Biology / Transcriptomics / Biotechnology / Systems Biology / Mass Spectrometry / Cancer / Biology / Metabolomics / Secondary Ion Mass Spectrometry / Cell Cycle / Proteomics / Ecology / Drug Discovery / Scanning Electron Microscopy / Evolution / Nanotechnology / Astrophysics / Neurobiology / Medicine / Multidisciplinary / Palaeobiology / Functional Genomics / Nature / Signal Transduction / Adsorption / Astronomy / DNA / Lasers / Mice / Animals / Cell Signalling / Nanostructures / Medical Research / Nanostructure / Urine / Natural Sciences / Single Cell / Microarray Analysis / Clathrate / Spatial resolution / Mass Spectroscopy / Sensitivity and Specificity / Earth Science / Ions

Innovative holographic particle velocimeter: a multibeam technique

Quantum Physics / Particle Image Velocimetry / Instrumentation / Holography / Optical physics / Velocity Distribution in Open Channel / Three Dimensional / Speckle noise / Flow Velocity / Particle Motion / Electrical And Electronic Engineering / Depth of Field / Velocity Distribution in Open Channel / Three Dimensional / Speckle noise / Flow Velocity / Particle Motion / Electrical And Electronic Engineering / Depth of Field

Neutrino spectral density at electroweak scale temperature

Quantum Physics

Do numerical trajectories represent true trajectories?

Mathematical Physics / Quantum Physics

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