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(Click for frequent words.) 66 Bose Einstein condensate 65 rubidium atoms 63 water vapor condenses 63 Bose Einstein condensates 62 ionized particles 62 polariton 62 Bose Einstein Condensate 61 atomic lattice 61 strontium atoms 61 cryostat 61 chemically reactive 61 ultracold gas 60 Mott insulator 60 antiquarks 60 lithium atoms 60 supercooled liquid 60 sodium atoms 60 microcavity 60 circumstellar 60 silicon monoxide 60 quasiparticle 60 bosonic 60 atoms 59 polaritons 59 colloidal crystals 59 supersolid 59 Rydberg atom 59 optical lattice 59 metastable 59 crystalline solids 59 relativistic protons 59 hexagonal lattice 59 quasicrystal 59 ultracold 59 cesium ions 59 circumstellar disk 59 liquid xenon 59 filamentary 59 spicule 58 convection currents 58 weakly interacting 58 manganite 58 spheroidal 58 quantum mechanically 58 nanodroplets 58 SiO 58 optical resonator 58 ultracold atoms 58 exciton 58 beryllium ions 58 jovian 58 toroid 58 kerogen 58 icosahedral 58 cesium atoms 58 helium nuclei 58 spherical nanoparticles 58 magnetic dipole 58 ionized gases 58 quantum superposition 58 elastic deformation 58 fermions 58 honeycomb structure 58 magnetic excitations 57 topological defects 57 conduction electrons 57 martensite 57 superfluid 57 infrared laser beam 57 chemical reactants 57 crystal lattices 57 quantum oscillations 57 strange quark 57 ionised 57 nanobubbles 57 energetic electrons 57 multipartite entanglement 57 ionized gas 57 hydroxyl molecules 57 helium atoms 57 amorphous silica 57 cadmium sulfide 57 antiferromagnets 57 delocalized 57 baryons 57 paramagnetic 57 dipole moment 57 supercooling 57 topological insulators 57 excitons 57 quantum coherence 57 supercooled 57 indium arsenide 57 nematic 57 radiative cooling 57 sonoluminescence 57 photochemically 56 potassium atoms 56 rubidium vapor 56 relativistic particles 56 ionise 56 Bose Einstein condensation 56 fermion 56 thermal equilibrium 56 post perovskite 56 frictional heating 56 superposition 56 Antarctic stratosphere 56 quantum particle 56 emits X rays 56 VY Canis Majoris 56 formamide 56 silicate dust 56 photomultiplier tubes 56 gamma rays emitted 56 baryonic 56 tholins 56 superpositions 56 ultracold temperatures 56 uncharged particles 56 quasicrystalline 56 UV photons 56 quasiparticles 56 microcavities 56 adiabatic 56 Neutron stars 56 graphite whiskers 56 filamentary structure 56 photons particles 56 diamagnetic 56 electron density 56 emit photon 56 superfluid helium 56 wavefunction 56 diffraction pattern 56 nanopillars 56 glasslike 56 yttrium barium copper 56 helium ions 56 carbonate globules 56 ions electrically charged 56 corona discharge 56 linearly polarized 56 helicity 56 manganese atoms 56 magnetized plasma 56 electron positron pairs 56 dense clumps 56 SNR #-#.# 56 -# degrees Celsius [001] 56 -# Fahrenheit [002] 56 superfluids 56 thermally activated 56 triangular lattice 56 tokamaks 56 electron orbitals 56 antimatter particles 56 condensation nuclei 56 oxidized mercury 56 electrically conducting 56 magma ocean 55 Hawking radiation 55 electron neutrinos 55 cryogenic temperatures 55 superposed 55 highly collimated 55 silicon atoms 55 calcite crystals 55 electrochemically 55 X ray pulses 55 Coma Cluster 55 hollow cylinders 55 thermal gradients 55 Liquid helium 55 interstellar clouds 55 -# Celsius [001] 55 ultradense 55 hydrogen isotopes 55 entangled quantum 55 optical lattices 55 copper oxide superconductors 55 absorbs ultraviolet 55 soliton 55 -# ° C [001] 55 accretion disks 55 longwave radiation 55 kaons 55 strange quarks 55 microscopic bubbles 55 micropores 55 absorbs sunlight 55 lithographically patterned 55 shear modulus 55 toroidal 55 zinc sulfide 55 CMB radiation 55 Saturn magnetosphere 55 electronic excitations 55 alkali metal 55 oppositely directed 55 silicate rocks 55 helium atom 55 valence electron 55 photochemical reactions 55 mesoporous 55 galactic disk 55 alpha particles 55 nitride layer 55 thermodynamically stable 55 coherent superposition 55 nanometer sized 55 GaN layer 55 Rayleigh scattering 55 micrometer scale 55 Coulomb blockade 55 microwave photon 55 X ray emitting 55 GJ #b [002] 55 B meson 55 yardangs 55 infall 55 -# degrees Fahrenheit [002] 55 thermodynamically 55 silicate grains 55 enthalpy 55 strontium titanate 55 InAs 55 crystal lattice 55 crystalline 55 thermal annealing 55 Aerogels 55 nonconducting 55 graphite oxide 55 fermionic atoms 55 thermal inertia 55 electrons orbiting 55 nanomesh 55 alkali atoms 55 liquid droplets 54 chondrules 54 micrometre sized 54 electromagnetic flux 54 semiconducting material 54 Rydberg atoms 54 hydrogen atoms 54 metamaterial structures 54 magnetic monopoles 54 isotherms 54 dipolar 54 cavitation bubbles 54 sundog 54 dielectric permittivity 54 magnons 54 electrons protons 54 quark gluon plasma 54 nebular 54 clathrate 54 boron nitride 54 trimers 54 GPa 54 spherical particles 54 semiconducting properties 54 tetrahedra 54 immiscible 54 exosphere 54 austenite 54 superlattice 54 absorb neutrons 54 oxygen ions 54 blackbody 54 periodic oscillations 54 silica nanoparticles 54 plasmon 54 ionised gas 54 sulfur atom 54 nanoholes 54 diffusive 54 submicrometer 54 electrically insulating 54 cesium atom 54 polymer beads 54 dimensional electron 54 vibrational modes 54 upper troposphere 54 silicate minerals 54 ferroelectricity 54 cavity QED 54 nanosized 54 molten droplets 54 hydrated electron 54 axions 54 electrochemical reactions 54 radiative 54 ionized molecules 54 thermodynamic equilibrium 54 nanorings 54 electron transistor 54 colloidal crystal 54 oppositely charged 54 Raman spectra 54 polypeptide chain 54 neutralinos 54 photosynthetically 54 valence band 54 hydroxyl radicals 54 femtosecond timescale 54 downwelling 54 scanning tunneling microscopy 54 dihydrogen 54 nanoscopic 54 noble gases 54 basaltic lava 54 lunar magma 54 diffraction grating 54 micrometer sized 54 spontaneous fission 54 solar nebula 54 clathrates 54 heavy fermion 54 crystallinity 54 ionizes 54 superconducting electrons 54 Globular clusters 54 solar prominences 54 ferromagnetism 54 photosphere 54 Si substrate 53 Fermions 53 dissipative 53 exothermic reaction 53 meta atoms 53 argon gas 53 thermoelectric cooling 53 Methane hydrate 53 antiprotons 53 microscopic pores 53 moisture condenses 53 cuprate 53 microdroplets 53 Venusian atmosphere 53 bismuth telluride 53 optically transparent 53 photoemission 53 SWNT 53 single celled algae 53 Optical tweezers 53 orbitals 53 ionize 53 galactic cores 53 interstellar dust grains 53 superlattices 53 torus 53 lipid bilayer 53 crystals 53 vaporisation 53 spin precession 53 quanta 53 silicon waveguide 53 crystalline silicates 53 sulfuric acid mist 53 crystalline structure 53 thermal decomposition 53 basaltic rocks 53 overlying layers 53 sterile neutrinos 53 Magnetic reconnection 53 helical structures 53 atoms ions 53 yttria stabilized zirconia 53 microstructures 53 carbonaceous chondrites 53 solitons 53 bistable 53 filamentary structures 53 semiconducting 53 ferromagnetic 53 electron diffraction 53 zinc oxide ZnO 53 resonant cavity 53 phonon 53 gravitons 53 rotaxane 53 Josephson junctions 53 polymer membrane 53 graphane 53 isotropic 53 electron pairs 53 excitations 53 spatially resolved 53 photoconductive 53 ionized plasma 53 annealing temperature 53 airglow 53 crustal rocks 53 nanosheets 53 nonmagnetic 53 Dirac fermions 53 ultracold molecules 53 superheavy elements 53 backscattering 53 sulfate aerosol 53 wax melts 53 boron atoms 53 circumstellar disks 53 unconventional superconductivity 53 photons 53 liquid coolant 53 CCD detector 53 retroreflector 53 bilayer graphene 53 -# º C [002] 53 optical excitation 53 electrospray 53 calcium fluoride 53 permanently shadowed regions 53 photonic crystal 53 Formic acid 53 tokamak 53 photorefractive polymer 53 X ray binaries 53 ion beams 53 superconductive 53 baryon 53 emittance 53 barium titanate 53 antihydrogen 53 ZnSe 53 liquid helium 53 adsorbate 53 plasmasphere 53 bosons 53 nanoporous materials 53 Elemental mercury 53 magnetic vortices 53 controllably 53 phyllosilicates 53 nanodot 53 advection 53 chromosphere 53 mineral olivine 53 aragonite 53 circularly polarized light 53 radioactive decay 53 mesons 53 scintillator 53 nucleons 53 absorber layer 53 nano crystals 53 icy comets 53 spherical 53 parabolic reflectors 53 Seebeck effect 53 solidified lava 53 Higgs bosons 52 stony meteorites 52 CdSe 52 aligned carbon nanotubes 52 IR spectra 52 CMB photons 52 bicarbonate ions 52 bandgaps 52 atomic nuclei 52 dynamical evolution 52 Bosons 52 ultrahigh vacuum 52 chlorophyll molecules 52 infalling 52 polycrystalline 52 molten salts 52 surface plasmons 52 pyroelectric 52 ionized atoms 52 photochemical reaction 52 gaseous 52 micrometre scale 52 chemisorption 52 photocurrent 52 Gravitational waves 52 superconduct 52 ammonia NH3 52 crystallites 52 graphene sheet 52 -# ° Celsius [001] 52 hydrophobic molecules 52 nanotubes nanowires 52 macroscopic objects 52 absorbs photons 52 outgas 52 Fig. 4A 52 uniaxial 52 supercurrent 52 lunar soil 52 graphene layers 52 vacuoles 52 electron ion 52 graphene membranes 52 multi walled nanotubes 52 aerosol particles 52 quantized 52 intermolecular forces 52 superconducting qubit 52 THz radiation 52 microchannels 52 meson 52 giant elliptical galaxies 52 sulfate aerosols 52 organometallic compounds 52 compressive stress 52 Earth biosphere 52 polygon mesh 52 NdFeB 52 nanochannels 52 cementite 52 gaseous methane 52 carbonate minerals 52 magnon 52 diffraction patterns 52 titanium aluminide 52 Mercury magnetosphere 52 blue supergiant 52 diffracted 52 evanescent waves 52 metallic nanostructures 52 spherical shapes 52 HRTEM 52 zodiacal dust 52 montmorillonite 52 silicon dioxide SiO2 52 multi celled 52 glows brightly 52 Ozone O3 52 agglomerates 52 singularities 52 moduli 52 metallic ions 52 fluorescence quenching 52 electrolytic capacitor 52 pentacene 52 absorb photons 52 beam splitter 52 hematite mineral 52 QDs 52 orbital angular momentum 52 AlN layer 52 brownish haze 52 resonant tunneling 52 hydrosphere 52 gravitational radiation 52 infrared photons 52 particles WIMPs 52 electrons 52 rubidium atom 52 ultrananocrystalline diamond 52 emitted photons 52 GaP 52 calcite 52 emit X rays 52 iron pnictides 52 vibrationally 52 branes 52 microscopic crystals 52 ferrofluid 52 uncompacted 52 Jupiter magnetosphere 52 subwavelength 52 Jovian planets 52 fecal pellets 52 colloidal particles 52 backscattered 52 antiparticles 52 SWNTs 52 temperature superconductor 52 superheats 52 nanoribbon 52 quantum particles 52 lunar crust 52 electron positron 52 dye molecules 52 neutrons 52 antiferromagnetic 52 hexamers 52 excitonic 52 nonpolar 52 Magnetic nanoparticles 52 planet magnetosphere 52 pn junction 52 molten magma 52 lipid membranes 52 ion traps 52 diatomic 52 gluon 52 SQUIDs 52 ferromagnetic materials 52 surface plasmon 52 impurity atoms 52 silicate mantle 52 Magnetars 52 synchrotron emission 52 semiconducting nanowires 52 supercold 52 aperiodic 52 nanodevice 52 hollow spheres 52 photon energies 52 collimated 52 chalcogenide 52 colliding protons 52 aluminum fins 52 microscopic phytoplankton 52 aqueous solution 52 superheating 52 diffraction gratings 52 hydrogen nuclei 52 topological insulator 52 amorphous calcium carbonate 51 silicon crystals 51 thermally stable 51 photolysis 51 pentacene molecule 51 molecular orbitals 51 Corot 9b 51 MWCNTs 51 sulphate particles 51 micelles 51 electron neutrino 51 electron spins 51 micromachine 51 SWCNT 51 atmospheric moisture 51 electromagnetically 51 methane CH4 51 polar vortex 51 electron 51 compressibility 51 dimensional nanostructures 51 resonant frequencies 51 microstructured 51 finely dispersed 51 recrystallization 51 ejecta blanket 51 oscillating magnetic 51 hexagonal pattern 51 ion collisions 51 photonic crystal fiber 51 solvent evaporation 51 nanosize 51 particle detectors 51 magnetic permeability 51 emission nebula 51 cloud condensation nuclei 51 photosynthetic apparatus 51 hydrocarbon molecules 51 optomechanical 51 antineutrinos 51 ionized hydrogen 51 rotaxanes 51 Schrödinger cat 51 capillary tubes 51 NWs 51 silica spheres 51 polymer resin 51 ionisation 51 Photonic crystals 51 eddy currents 51 antiparticle 51 Fig. 1a 51 manganese oxide 51 pn junctions 51 neutron radiation 51 magnetic anisotropy 51 photochemical processes 51 tetrahedral 51 polyhedral 51 aluminous 51 emits photon 51 mesoscopic 51 absorption spectra 51 porous sandstone 51 polymerizes 51 Ionic liquids 51 photodiodes 51 nanochannel 51 inhomogeneities 51 magnesium ion 51 decoherence 51 rotational symmetry 51 multiwalled carbon nanotube 51 magnetization 51 turbulent eddies 51 semiconducting nanotubes 51 nanometric 51 Surface Composition Spectrometer 51 interparticle 51 floc 51 magnetisation 51 tropopause 51 chlorosome 51 micron thick 51 plagioclase 51 DFT calculations 51 electron doped 51 ferroelectric 51 ferro electric 51 reentry capsule 51 collinear 51 photon absorption 51 magnetic dynamo 51 entangled photon pairs 51 polar craters 51 zinc ions 51 atmospheric convection 51 ceramic honeycomb 51 spherically symmetric 51 electrons positrons 51 chlorine monoxide 51 planar waveguide 51 vapor condenses 51 electroluminescence 51 oxide nanowires 51 glass frit 51 micromachined 51 oxidises 51 micron sized 51 antineutrino 51 lunar meteorites 51 epitaxial layers 51 nanostructured silicon 51 densely spaced 51 5μm 51 heliospheric 51 particles 51 ZnS 51 conventional superconductors 51 muon neutrino 51 thermally 51 cosmic ray intensity 51 silica particles 51 synchrotron X ray 51 plasmons 51 polymer electrolyte 51 self assembled monolayers 51 Alfven waves 51 protostars 51 cometary material 51 tropospheric 51 #degC [002] 51 calcium ions 51 lipid vesicles 51 IR wavelengths 51 nuclei 51 tomographic 51 lensing galaxy 51 Spitzer infrared spectrograph 51 ferric oxides 51 Brownian particles 51 volcanic lava 51 Casimir cavity 51 diffract 51 circumstellar dust 51 nitrogen atoms 51 μm diameter 51 alkane 51 stimulated emission 51 absorbs photon 51 bilayer 51 ferromagnets 51 vibrationally excited 51 silicon nanowire 51 dopant 51 porous membranes 51 diamond anvil 51 fluorapatite 51 qubit 51 nonlinear optical 51 superhydrophobic surface 51 Titan smoggy 51 Cryo EM 51 crystallite 51 multilayers 51 inverted cone 51 quantum mechanical 51 Earth magnetosphere 51 membrane pores 51 platinum iridium 51 Gas hydrates 51 isotope fractionation 51 recrystallized 51 planetesimals 51 vacuum distillation 51 Thermal Emission Spectrometer 51 quark gluon 51 non baryonic 51 saturable 51 fluorescence intensity 51 hyperfine 51 insulating substrate 51 supercritical fluid 51 ultraviolet photons 51 antihydrogen atoms 51 cadmium selenide 51 photosynthetic organisms 51 particle acceleration 51 pulsed laser beam 51 osmotic pressure 51 velocity dispersion 51 covalent bond 51 Photovoltaic solar panels 51 chlorophyll fluorescence 51 ionized oxygen 51 vorticity 51 infra red radiation 51 adsorbed onto 51 antiparallel 51 gravitational interaction 51 WMAP satellite 51 microchannel 51 vertex buffer 51 honeycomb lattice 51 superatoms 51 hydrogen H2 51 YBCO 51 bionic beak 51 dehumidified 51 primitive meteorites 51 silicate mineral 51 ionized 51 hadron 51 exothermic 50 micro meteorites 50 microlenses 50 interstellar cloud 50 polarized electrons 50 CarboGran 50 chlorine atom 50 photomultiplier tube 50 pore spaces 50 entangled qubits 50 Muons 50 silica substrate 50 vapor deposition 50 piezoelectric crystals 50 monolayer 50 moulins 50 deuterium 50 capillary tube 50 electron orbiting 50 scanning tunneling microscopes 50 hydrogen ions 50 active galactic nucleus 50 nanocrystals 50 graphene flakes 50 geosphere 50 thermal diffusivity 50 concentric layers 50 liquid ethane 50 varying densities 50 Polycyclic aromatic hydrocarbons 50 bromine atoms 50 micelle 50 spectroscopic analysis 50 concentration gradient 50 chemically bonded 50 superconducting coils 50 synchrotron x ray 50 axial tilt 50 V# Mon 50 cosmic ray flux 50 spacetime 50 submillimetre wavelengths 50 cholesteric liquid crystal 50 hydrated silica 50 nanocages 50 CAIs 50 lowermost mantle 50 Fomalhaut b 50 dopant atoms 50 silicates 50 polyhedron 50 Fig. 2a 50 liquid electrolyte 50 reactants 50 pions 50 micro droplets 50 Pauli exclusion 50 relativistic electrons 50 ultrasonic vibrations 50 accretion disk 50 convective heat 50 Saturn outermost 50 scanning tunneling microscopy STM 50 photoluminescence 50 polar stratospheric 50 inorganic salts 50 graphitic carbon 50 van der Waals interactions 50 phyllosilicate 50 electron bunches 50 #,# dihydroxyvitamin D 50 porous membrane 50 mantle convection 50 cesium vapor 50 shadowed craters 50 elongated orbits 50 proteinaceous 50 Trifid Nebula 50 electron orbits 50 nanoporous 50 vortices 50 volcanic moon Io 50 ablates 50 circular dichroism 50 cuvette 50 planetary nebula 50 entropy 50 droplet formation 50 ytterbium 50 nanometers billionths 50 superconductive materials 50 hydrophilic polymer 50 millimeter wavelengths 50 electric dipole 50 multiferroic 50 carbon cenospheres 50 ellipsoidal 50 Hawking Radiation 50 spherical shell 50 electron tunneling 50 cryogenic cooling 50 aluminosilicate 50 piezoelectric crystal 50 nanohorns 50 magnesium hydride 50 seafloor sediments 50 Superheated 50 magnesium ions 50 coral skeletons 50 superconducting magnetic 50 nanofilms 50 1μm 50 inhomogeneity 50 birefringence 50 fluorescence microscope 50 macrocycle 50 meteoritic material 50 dewetting 50 thermal insulator 50 agarose 50 magnetospheric 50 Nernst 50 honeycomb shaped 50 Raman scattering 50 -# ° C. [002] 50 X ray photons 50 hydrous 50 solvation 50 comet Tempel Tuttle 50 hydrothermal fluid 50 sparging 50 QCLs 50 waxy substance 50 insulating layers 50 -# ° Fahrenheit 50 planetary nebulas 50 supermassive stars 50 scanning tunneling microscope STM 50 extrasolar 50 hollow fibers 50 fermionic 50 GaN wafers 50 colloidal nanocrystals 50 xenon atoms 50 spheroids 50 Liquid nitrogen 50 catoms 50 quantum tunneling 50 hadrons 50 galactic cosmic rays 50 water vapor 50 block copolymer 50 photon 50 ultrasonic transducers 50 regolith 50 dinitrogen 50 thermodynamic properties 50 lapilli 50 Bessel beam 50 Saturn outermost ring 50 particle 50 phototransistor 50 tetrahedron 50 proplyds 50 absorption coefficient 50 electrostatic attraction 50 GJ #b [001] 50 cobalt atoms 50 chalcogenide glass 50 attosecond pulses 50 supersaturation 50 dopants