magnetization

Related by string. * * magnetization reversal *

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(Click for frequent words.) 72 magnetisation 72 anisotropy 72 conductance 70 electron spins 70 dipole moment 70 ferromagnetic 69 Fig. 1a 69 antiferromagnetic 68 antiparallel 68 electron density 67 magnetic dipole 67 magnetic flux 66 phonon 66 bilayer 66 dimer 66 dipolar 66 orbital angular momentum 66 magnetic 66 supercurrent 66 plasmon 65 phonons 65 evanescent waves 65 γ 65 amplitudes 65 resonance frequency 65 Fig. 2b 65 diffraction pattern 65 electron 65 electron spin 65 polariton 65 wavefunction 65 excitations 65 magnetoresistance 65 tetragonal 65 angular momentum 65 coercivity 65 photon energies 64 meV 64 paramagnetic 64 depolarization 64 anisotropic 64 bilayer graphene 64 ε 64 microcavities 64 electrons 64 orbitals 64 ferromagnet 64 intramolecular 64 photoemission 64 dopant 64 Fig. 4a 64 photonic crystal 64 exciton 64 Mott insulator 64 ferroelectric 64 micrometer scale 64 photons 64 magnetization reversal 64 ferromagnetism 63 polaritons 63 Fig. 1A 63 Fig. 4b 63 velocity dispersion 63 bosonic 63 dispersive 63 isotropic 63 electron pairs 63 superfluid 63 atoms 63 crystallinity 63 Fig. 1c 63 dimers 63 electron scattering 63 dielectric constant 63 conformational 63 quasiparticle 63 dipoles 63 toroid 63 refractive index 63 enthalpy 63 decoherence 63 colloidal crystals 63 GPa 62 cm -1 62 chromophore 62 Raman scattering 62 metastable 62 inhomogeneity 62 quasiparticles 62 Si substrate 62 conduction electrons 62 fluorescence intensity 62 fermion 62 hyperfine 62 crystallographic 62 sodium atoms 62 kcal mol 62 excitons 62 nanomesh 62 inhomogeneous 62 cuprate 62 oscillations 62 conductivity 62 QDs 62 vibrational modes 62 rubidium vapor 62 nonlinear optical 62 Fig. 3b 62 quasicrystal 62 excitation 62 electric dipole 62 strontium titanate 62 post perovskite 62 oscillation frequency 62 absorption spectra 62 surface plasmons 62 circular dichroism 61 martensite 61 resonant frequency 61 magnetic susceptibility 61 magnetic fields 61 lattice vibrations 61 antiferromagnets 61 electron tunneling 61 polarity 61 gate electrode 61 hexamers 61 isotherms 61 linewidth 61 photoluminescence 61 nonequilibrium 61 fig. S1 61 Coulomb blockade 61 adsorbed 61 helium atoms 61 radiative 61 magnon 61 photocurrent 61 magnetic polarity 61 nanomagnets 61 θ 61 excitation energies 61 SiO 2 61 nucleons 61 magnetic permeability 61 ferroelectricity 61 adsorption 61 delocalized 61 electron doped 61 surface plasmon 61 cantilever deflection 61 magnetic anisotropy 61 dI dV 61 diffraction grating 61 φ 61 Fig. 4B 61 cobalt atoms 60 τ 60 adsorbate 60 dopants 60 cementite 60 nuclei 60 electronic excitations 60 oscillatory 60 Brillouin zone 60 helicity 60 η 60 photobleaching 60 magnons 60 dielectric 60 vesicle fusion 60 Schottky barrier 60 Fig. 2a 60 bandgap 60 6S RNA 60 electrical resistivity 60 bistable 60 neutrons 60 quantum oscillations 60 photon 60 isomeric 60 biomolecule 60 keV 60 crystal lattice 60 Ca2 + 60 permittivity 60 Fig. 2c 60 nematic 60 ferromagnetic materials 60 Fig. 1d 60 σ 60 pn junction 60 hydrogen ions 60 topological insulator 60 hydrophobicity 60 vibrational 60 diffraction patterns 60 shear modulus 60 F actin 60 Fig. 3B 60 undoped 60 oligomer 60 Casimir cavity 60 perovskite 60 X ray pulses 60 fluorescence quenching 60 microcavity 60 Supplementary Fig 59 diffusive 59 supersolid 59 weakly interacting 59 hysteresis 59 β 59 circularly polarized light 59 qubit 59 valence electron 59 linearly polarized 59 FRET 59 multiferroic 59 Bose Einstein condensates 59 helices 59 optical lattice 59 compressive stress 59 solitons 59 birefringence 59 photoelectron 59 fluorescence emission 59 Nernst 59 unpolarized 59 nanocrystal 59 oscillation frequencies 59 Fig. 1B 59 diffracted 59 electrons orbiting 59 Josephson junction 59 Fig. 2B 59 fluorescence 59 metallicity 59 plasmons 59 nucleation 59 Fig. 1b 59 elastic modulus 59 recrystallization 59 cuprate superconductors 59 steric 59 oscillation 59 GAPDH 59 electrical conductance 59 quantum coherence 59 chirality 59 dipole 59 GaN layer 59 superposition 59 linearly polarized light 59 κ 59 magnetic vortices 59 unpaired electrons 59 spin precession 59 z axis 59 thermal conductance 59 ATP hydrolysis 59 rotational axis 59 α 59 nanocrystals 59 wavefronts 59 Fig. 4c 59 galactic disk 59 soliton 59 dielectric layer 59 quantum mechanically 59 diffraction 59 Fig. 2A 59 ARPES 59 remanent 59 spherical particle 58 -# mV [001] 58 backscattered 58 YBCO 58 dye molecules 58 magnetic particles 58 colocalization 58 Fig. 3C 58 NMR spectra 58 hysteresis loop 58 strontium atoms 58 quantum tunneling 58 inhomogeneities 58 monolayers 58 magnesium ion 58 graphene layers 58 ions 58 controllably 58 perturbation 58 colloidal particles 58 bosons 58 tensile stress 58 surface roughness 58 nanowire 58 UV photons 58 antiproton 58 superlattices 58 boron atoms 58 superposed 58 photodiode 58 Fig. 1C 58 vibrational frequency 58 Fig. 3c 58 silicon atoms 58 transmembrane 58 chalcogenide 58 nanodots 58 self assembled monolayer 58 magnetosomes 58 muon 58 mK 58 helium ions 58 magnetic excitations 58 tensor 58 presynaptic 58 spectra 58 cytosolic 58 Brownian motion 58 thermally activated 58 photolysis 58 Rydberg atom 58 cobalt atom 58 diffusivity 58 collinear 58 superlattice 58 W bosons 58 heterojunctions 58 icosahedral 58 conformational changes 58 hydrogens 58 rotaxane 58 disulfide bond 58 Dirac fermions 58 nucleon 58 cuprates 58 solvation 58 photoionization 58 ultrasonic vibrations 58 radiative recombination 58 elastic moduli 58 Vps# 58 resonant frequencies 58 absorbance 58 crystal lattices 58 leakage currents 57 meson 57 interferometry 57 parasitic capacitance 57 Raman spectra 57 perturbation theory 57 nanostructure 57 electrons emitted 57 intermolecular 57 anion 57 dephasing 57 magnetosphere 57 atomic nuclei 57 magnetotail 57 waveguide 57 waveguides 57 MgO 57 diamagnetic 57 X ray emission 57 strange quark 57 quantum particle 57 z = 57 quantum mechanical 57 electromotive force 57 spectroscopic techniques 57 Fig. 3A 57 ssDNA 57 Feshbach resonance 57 topological defects 57 Figure 2a 57 refractive indices 57 picosecond 57 quantum superposition 57 compressive stresses 57 resistivity 57 site directed mutagenesis 57 tropospheric 57 triangular lattice 57 nonlinearity 57 fig. S2 57 catalytically active 57 dimerization 57 electrostatic interactions 57 stoichiometry 57 thermodynamic equilibrium 57 ferroelectrics 57 absorption spectroscopy 57 Fig. 2C 57 fluorescence resonance energy 57 spectroscopic analysis 57 diffracting 57 azimuthal 57 fermions 57 5' triphosphate 57 interferometers 57 SDS PAGE 57 spacetime 57 macrocycle 57 subwavelength 57 electrophoretic 57 donor acceptor 57 electron diffraction 57 polypeptide chain 57 resonance frequencies 57 photodetector 57 ferrite 57 pMOS 57 X ray scattering 57 ν 57 antineutrino 57 immunoreactivity 57 uniaxial 57 tetrahedra 57 microlens 57 calorimetric 57 nitride layer 57 heterogeneities 57 compressional 57 nanotube 57 thermally induced 57 adatoms 57 microfluidic channels 57 beam splitter 57 quantum dot 57 hydrophobic interactions 57 ab initio calculations 57 valence electrons 57 scanning tunneling microscopy 57 quantized 57 CdSe 57 microwave photon 57 micrometre sized 57 focal adhesions 57 resonator 57 photons emitted 57 δ 57 cm -2 57 dynamical 57 molecules adsorbed 57 lowpass filter 57 #.#nm [002] 57 photoconductive 57 dielectric layers 57 redox 57 surface plasmon resonance 57 -# mV [002] 57 1μm 57 lattice parameter 57 rotaxanes 57 unconventional superconductivity 57 interatomic 57 λ 57 ZnSe 57 fluorescent molecules 57 nanopillars 57 laser pulse 57 monolayer 57 nanometric 57 nanorod 57 crystallites 57 silicon oxide 56 electron neutrinos 56 plasmonic 56 superconductivity 56 resonators 56 hydrogen atoms 56 bismuth ferrite 56 Fig. 56 #.#nm [001] 56 postsynaptic 56 nucleolar 56 inelastic scattering 56 iron pnictides 56 fermionic 56 ω 56 microstructures 56 superparamagnetic 56 isomers 56 Bose Einstein Condensate 56 indium arsenide 56 orthogonally 56 oxygen ions 56 sinusoidal 56 eddy currents 56 spatially resolved 56 circumstellar disk 56 zinc ions 56 epitaxial layer 56 adiabatic 56 scanning tunneling microscope 56 linearized 56 capacitive coupling 56 interparticle 56 vibrationally excited 56 valence band 56 microstructural 56 molecular orbitals 56 cesium atoms 56 cavity QED 56 W boson 56 high redshift galaxies 56 ultracold atoms 56 ionic conductivity 56 collimated 56 heavy fermion 56 silicon waveguide 56 manganite 56 ρ 56 EGFP 56 magnesium ions 56 m z 56 longitudinal axis 56 emitted photons 56 Alfvén waves 56 electron beams 56 nonlinearities 56 quantization 56 cesium atom 56 deconvolution 56 crystalline structure 56 coiled coil 56 quantum capacitance 56 μm diameter 56 graphene sheets 56 beryllium ion 56 NWs 56 analyte 56 thermodynamic properties 56 diffusion coefficient 56 ablated 56 nanocrystalline 56 vortices 56 terahertz radiation 56 porphyrin 56 Gaussian 56 dielectric permittivity 56 antiparticle 56 photon fluorescence 56 uracil 56 Rab5 56 chemical reactivity 56 vorticity 56 semiconductor nanocrystals 56 oscillation amplitude 56 fig. S3 56 multiphoton 56 magnetic reconnection 56 electrical conductivity 56 ultracold molecules 56 nonmagnetic 56 heterostructures 56 temperature gradient 56 planar 56 emission spectra 56 p# NTR 56 bistability 56 alkene 56 fluorophore 56 semiconducting 56 nanomechanical 56 mesoscopic 56 substituents 56 Fig. 4A 56 gold nanoclusters 56 interfacial 56 CdS 56 spectroscopic technique 56 FWHM 56 cm -3 56 electrostatic repulsion 56 nanoscopic 56 electrochemically 56 palladium Pd 56 electron transistor 56 gravitational radiation 56 confocal microscopy 56 DFT calculations 56 chemisorption 56 spectroscopic 56 elemental composition 56 conductivities 56 optical excitation 56 CMOS transistors 56 Young modulus 56 phytochrome 56 optical wavelengths 56 block copolymer 56 ZnO 56 friction coefficients 56 amide 56 Josephson junctions 56 electron positron pairs 56 Cdc# 56 micrometer sized 56 SWNTs 56 collisional 56 bandgaps 56 frictional heating 56 fig. S6 56 elastic deformation 56 silicide 55 isotope fractionation 55 rostral 55 gold nanorods 55 interfacial layer 55 trimers 55 rubidium atoms 55 graphane 55 MWNT 55 diffract 55 Eq. 55 absorption coefficient 55 electron electron 55 heterochromatic 55 spectroscopically 55 ellipsoids 55 temperature gradients 55 x ray scattering 55 GeV 55 pnictides 55 crustal 55 threshold voltages 55 powder diffraction 55 superconducting 55 thermal gradients 55 pyroelectric 55 interferometric 55 relativistic particles 55 attosecond pulses 55 electromagnetic flux 55 chondrules 55 gravitational 55 orientational 55 superconducting qubits 55 cysteine residues 55 ribozyme 55 graphitic 55 vanadium dioxide 55 electron pairing 55 deuterium atoms 55 ferromagnets 55 birefringent 55 rubidium atom 55 QCLs 55 periodic oscillations 55 diffusible 55 #μm [002] 55 ACh 55 titania nanotubes 55 weak gravitational lensing 55 fluorogenic 55 equilibration 55 graphene membrane 55 circumstellar 55 ligand receptor 55 graphene nanoribbons 55 MOS transistors 55 micelle 55 SAXS 55 Brillouin 55 intermetallic 55 giant magnetoresistive 55 figs. 55 actin binding 55 hafnium oxide 55 wavefront distortion 55 nanoribbons 55 phospholipid 55 metallic nanostructures 55 Fig. 1e 55 photon flux 55 ankyrin repeats 55 deformation 55 Doppler shift 55 phototransistor 55 Alfven waves 55 antigen binding 55 demagnetization 55 horizontally polarized 55 mitotic spindle 55 fluence 55 silicon nitride 55 Doppler shifts 55 beta gamma 55 SWCNT 55 Bose Einstein condensation 55 fig. S5 55 antiprotons 55 basaltic rocks 55 pentacene molecule 55 X ray absorption spectroscopy 55 conformations 55 baryon 55 relativistic electrons 55 attosecond 55 antibody antigen 55 spherical particles 55 Anisotropy 55 optical resonator 55 superluminal 55 X ray binaries 55 PEDOT 55 gravitational acceleration 55 thermal decomposition 55 diffusion coefficients 55 manganese atoms 55 Yb 55 actin filaments 55 autocorrelation 55 membrane protein 55 picoseconds 55 capacitance 55 adenine 55 electromagnetically 55 reactant 55 relaxivity 55 heterostructure 55 tetrahedral 55 infall 55 THz 55 proton 55 conventional superconductors 55 temperature coefficient 55 cyclization 55 ATPase 55 fractal pattern 55 tensile strain 55 autoregulation 55 coherent superposition 55 helium nuclei 55 modulus 55 PWM signal 55 intermetallic compounds 55 supramolecular 55 electrically insulating 55 interfacial tension 55 interconversion 55 transfer FRET 55 baryonic 55 MWCNT 55 Bragg grating 55 transduction 55 Fig. 1D 55 PZT 55 poly L lysine 55 electromagnetic 55 nonconducting 55 amplitude 55 eclogitic 55 meridional flow 55 microcantilever 55 Schottky 55 hyperpolarization 55 chemiluminescence 55 nanodot 55 gate dielectric 55 quantum correlations 55 dopant atoms 55 Schematic diagram 55 anomalous dispersion 55 ionized particles 55 microcrystals 55 anneal 55 dielectrics 55 radially 55 hydrogen nuclei 55 PIN diode 55 phosphatidylinositol 55 TappingMode 54 phosphorus atoms 54 viscoelasticity 54 monodisperse 54 eclipsing binary 54 ATPase activity 54 hydrides 54 superconducting qubit 54 austenite 54 convective heat 54 desorption 54 ultracold 54 THz radiation 54 electron ion 54 lipid bilayer 54 μm thick 54 carbene 54 platinum Pt 54 crustal rocks 54 electron orbits 54 intercalation 54 cm ² 54 obliquity 54 endocytic 54 piezoresistive 54 magnetopause 54 molecule 54 reactance 54 martensitic 54 SWNT 54 cytidine 54 calmodulin 54 ^ sup 54 compressive strain 54 resonant cavity 54 nanoribbon 54 semiconducting material 54 magnetospheric 54 emit photon 54 lattice spacing 54 morphogen 54 actin filament 54 DGGE 54 MoS2 54 Z axis 54 magnetised 54 rheological 54 GLUT4 54 Fig. 3d 54 filament 54 molecules 54 VLTI 54 tetramer 54 histidine 54 impedances 54 dynamical evolution 54 chemically reactive 54 liquid crystal molecules 54 ytterbium 54 amino acid residues 54 aqueous solution 54 ionized gas 54 interferometer 54 qubit quantum 54 Mg Fe 54 vertical cavity 54 self assembled monolayers 54 pulse durations 54 hydrogen atom 54 ionisation 54 rotational inertia 54 semiconducting materials 54 magnetic bead 54 Zr 54 collagen fibrils 54 caveolae 54 thermal gradient 54 nanometer scale 54 superfluids 54 vibrational excitation 54 Schematic representation 54 deformability 54 electromagnetic coupling 54 photometry 54 mT 54 axially 54 denaturation 54 Force Microscopy 54 nitride 54 sorption 54 angstroms 54 titania 54 AMPA receptors 54 terahertz waves 54 characteristic impedance 54 electron mobility 54 supernatant 54 photothermal 54 semiconducting nanowires 54 PMOS transistors 54 CCD detector 54 μm 54 lowermost mantle 54 oxygen atoms 54 nucleosome 54 chromophores 54 microtubule 54 centrosome 54 SiO 54 photosphere 54 basal layer 54 mu m 54 functionalization 54 conjugated polymers 54 optical spectra 54 plagioclase 54 polarized electrons 54 spin excitations 54 fluxes 54 coronal 54 ferrofluid 54 heterojunction 54 quantum criticality 54 electrodynamics 54 titanium atoms 54 chiral molecules 54 ionise 54 structural rearrangements 54 metallic ions 54 graphene sheet 54 pseudogap 54 5μm 54 ^ sub 54 exocytosis 54 femtosecond 54 reflectance 54 substorm 54 microvolts 54 GaP 54 CaM 54 Figure 4a 54 fluorophores 54 dielectric materials 54 Mössbauer 54 moduli 54 cosmic ray particles 54 Fig. 3a 54 Fourier transforms 54 porphyrins 54 precession 54 sulfur atoms 54 neurofilament 54 boron nitride 54 ectodomain 54 KaiC 54 van der Waals interactions 54 superpositions 54 AlN layer 54 protonated 54 methylated DNA 54 thermodynamically 54 superlens 54 disulfide bonds 54 InAs 54 synthetic aperture 54 lipid membranes 54 x ray diffraction 54 resonant tunneling 54 ejecta 54 granitoids 54 erbium 54 microlenses 54 SNe Ia 54 hexamer 54 nucleate 54 hydrolysis 54 kinesin 54 circadian pacemaker 54 focal adhesion 54 entangled photons 54 annealing temperature 54 capacitances 54 spheroidal 54 electromagnetic EM 54 antiparticles 54 translationally 54 parasitic capacitances 54 cytoplasmic 54 vimentin 54 nanotube arrays 54 oxyhemoglobin 54 dynamin 54 magnetically coupled 54 absorbs photons 54 refracts light 54 Transmission electron microscopy 54 k dielectric 54 anionic 54 processive 54 myofibroblasts 54 sulfur isotope 54 lamellae 54 substrate 54 modulatory 54 JAK STAT 54 spherically symmetric 54 muons 54 capacitively coupled 54 infrared radiation 54 etalon 54 hippocampal neurons 54 viscosity 53 ferroelectric materials 53 neutron beam 53 nMOS 53 multilayers 53 helical 53 fluorescently tagged 53 1nm 53 electroluminescence EL 53 CMB photons 53 coplanar 53 cAMP

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