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(Click for frequent words.) 77 quantum computing 67 quantum computation 65 quantum bits 65 qubits 64 spintronic devices 63 spintronics 61 quantum cryptography 61 Spintronics 61 silicon transistors 60 superconductors 60 entangled photons 60 photonic devices 60 quantum dots 60 ion traps 59 optical lattices 59 superpositions 59 nanodevices 59 graphene transistors 58 nanoscale 58 silicon chips 58 quantum entanglement 58 particle accelerators 58 nanoelectronic devices 58 high temperature superconductors 58 photonic crystals 58 superconducting materials 58 Quantum cryptography 58 Shor algorithm 57 memristors 57 Memristors 57 transistors 57 qubit 57 nanometer scale 57 metamaterials 57 computational 57 nanomachines 57 resonant tunneling 57 quantum bits qubits 57 nanodevice 57 photonic circuits 57 carbon nanotube transistors 56 quantum dot lasers 56 distribution QKD 56 graphene 56 quantum cryptographic 56 optical interconnects 56 supercomputers 56 nanoelectronic 56 ultrafast optical 56 thermoelectric materials 56 quantum phenomena 56 terahertz 56 quantum encryption 55 solitons 55 Metamaterials 55 silicon germanium 55 ferroelectrics 55 atomically precise 55 memristor 55 carbon nanotubes 55 Bose Einstein condensates 55 quantum mechanics 55 optical atomic clocks 55 optical tweezers 55 semiconductor nanocrystals 55 high temperature superconductivity 55 biological molecules 55 silicon photonics 54 nanomotors 54 ferroelectric materials 54 excitons 54 computational methods 54 biomolecular 54 nanosystems 54 superlens 54 quantum teleportation 54 spintronic 54 superconducting wires 54 exascale computing 54 atom smashers 54 plasmonic devices 54 temperature superconductors 54 quantum dot 54 nanoscale structures 54 nanowire transistors 54 plasmonics 54 photon detectors 54 nanomagnets 54 exascale 53 MRAM 53 plasmonic 53 quantum metrology 53 superconducting 53 piezoelectrics 53 nanoworld 53 terahertz frequencies 53 supersymmetric particles 53 nanotube transistors 53 transistor 53 superconductivity 53 colliders 53 lithographic techniques 53 electro optic modulator 53 qubit quantum 53 optical microscopes 53 quantum 53 hydrides 53 nano scale 53 quantum tunneling 53 quantum mechanical 53 computational algorithms 53 photons 53 invisibility cloaking 53 nanolasers 53 microelectronic circuits 53 polaritons 53 quantum mechanically 53 quantum optics 53 SUSY 53 photonic crystal 52 nanolaser 52 topological insulators 52 quantum particles 52 antiferromagnets 52 microelectronic devices 52 semiconductor nanowires 52 hyperlens 52 nanotubes 52 nanoantennas 52 LHC experiments 52 STMs 52 antihydrogen 52 quantum repeaters 52 particle colliders 52 Raman lasers 52 nanofactory 52 terahertz frequency 52 photonic 52 decoherence 52 silicon transistor 52 CMOS transistors 52 artificial photosynthesis 52 superlenses 52 Graphene 52 ultracold atoms 52 ferroelectric 52 nanostructures 52 biological macromolecules 52 superconducting quantum 52 semiconducting nanowires 52 holography 52 theoretical calculations 52 nanostructured materials 52 entangled quantum 52 nanophotonic 51 cryptography 51 Transistors 51 catoms 51 Terahertz 51 Plasmonic 51 nanotechnologists 51 petascale 51 microfluidic devices 51 Rydberg atom 51 Qubits 51 Majorana fermions 51 nanostructure 51 Higgs particle 51 quantum theory 51 nanocrystals 51 bismuth telluride 51 topological quantum 51 invisibility cloaks 51 graphene nanoribbons 51 Graphene transistors 51 massively parallel DNA sequencing 51 nanocircuits 51 multipartite entanglement 51 Bose Einstein condensation 51 surface plasmons 51 nanotube 51 quantum cascade lasers 51 quasicrystals 51 semiconducting material 51 computationally intensive 51 quantum coherence 50 multiprocessor systems 50 quantum chromodynamics 50 terahertz radiation 50 ab initio calculations 50 silicon nanowires 50 nanofabrication techniques 50 Schrodinger equation 50 Hawking radiation 50 optical cloaking 50 optogenetics 50 Nanotubes 50 nonlinear optical 50 Carbon nanotubes 50 JUGENE 50 neutralino 50 nanofabrication 50 micromachines 50 nanopores 50 electron spin 50 Nanowires 50 protein folding 50 ultrafast lasers 50 neuromorphic 50 CMOS silicon 50 dimensional nanostructures 50 Maxwell equations 50 quantum electrodynamics 50 nanodots 50 Optical tweezers 50 Curtarolo 50 microelectromechanical systems 50 nanowire 50 hafnium 50 phonons 50 Memristor 50 antimatter atoms 50 plasmons 50 transistor circuits 50 silicon Mach Zehnder 50 Big Bang Machine 50 particle physicists 50 nanomechanics 50 Particle physics 50 micromechanical devices 50 bilayer graphene 50 nanomechanical 49 giant magnetoresistance GMR 49 nonvolatile memory 49 electrons behave 49 nanocomposites 49 microdevices 49 temperature superconductor 49 Gerbrand Ceder 49 nanophotonics 49 synchrotrons 49 fault tolerant quantum 49 atoms 49 quantum particle 49 silicon optical modulator 49 microfabrication 49 spintronic device 49 microscopy techniques 49 nanoscale transistors 49 ion trap 49 optical interferometry 49 negative refraction 49 shorter wavelengths 49 electron spins 49 Cees Dekker 49 metal hydrides 49 magnetic vortices 49 ultracold 49 Higgs singlet 49 linear collider 49 exaflop 49 ultracold molecules 49 IBM BlueGene supercomputer 49 carbon nanotube 49 PCMOS 49 optogenetic 49 ray tracing 49 nanolithography 49 productive nanosystems 49 Photonic crystals 49 elliptic curves 49 scanning tunneling microscopes 49 piezoelectricity 49 Scanning Tunneling Microscope 49 nanotube transistor 49 quantum weirdness 49 Supercomputers 49 NMR spectroscopy 49 supersymmetric 49 ferromagnets 49 terascale 49 carbenes 49 diffraction limit 49 Higgs bosons 49 detect gravitational waves 49 biomolecules 49 Supercapacitors 49 nanofactories 49 fermions 49 superfluids 49 Josephson junctions 49 photons particles 48 DSSCs 48 photocatalysts 48 Grätzel cells 48 FDTD 48 supersolid 48 x ray crystallography 48 nonlinear optics 48 x ray pulses 48 antiprotons 48 petaflop 48 QKD 48 superconductor 48 parallelized 48 JILA 48 quasiparticles 48 nanoscale dimensions 48 gravitons 48 multicore processors 48 nanoelectromechanical systems 48 catalysis 48 supercapacitors 48 chiral metamaterials 48 MRAMs 48 invisibility cloak 48 fluorescent probes 48 physicists 48 Quantum entanglement 48 Mott insulators 48 nanochannels 48 electron transistors 48 electron beams 48 optical lattice 48 Bose Einstein condensate 48 exciton 48 micromachine 48 reconfigurable logic 48 colloidal nanocrystals 48 Einstein equations 48 attosecond pulses 48 THz radiation 48 scanning microscopy 48 photonic integrated circuits 48 microreactors 48 single photon detector 48 nanorobots 48 semiconducting materials 48 bioimaging 48 photonic quantum 48 chalcogenide 48 Quantum Computing 48 nanogenerators 48 supercomputing 48 ultracold polar molecules 48 Nanoscale 48 antimonide 48 nanostructured 48 planar transistors 48 nanotechnology 48 nano electromechanical systems 48 God Particle 48 gold nanoclusters 48 atomic nuclei 48 boson 48 nanowires 48 SQUIDs 48 ceramic superconductors 48 GaN transistors 48 optical metamaterials 48 Schrödinger equation 48 frequency comb 48 Photons 48 Quantum dots 48 single photon detectors 48 microbatteries 48 Miniaturization 48 quantum superpositions 48 semiconducting 48 axions 48 RNA molecules 48 BlueGene 48 magnetic monopoles 48 Exascale 48 ferromagnetism 48 Entangled photons 48 nanorods 48 temperature superconducting 48 Budker 48 nanosheets 48 processor cores 48 Nanophotonics 47 piezoelectric materials 47 nanopore sequencing 47 FinFET 47 supersymmetry 47 photon 47 massively parallel computing 47 photodetectors 47 massless particles 47 JILA scientists 47 retinal implants 47 photonic crystal fibers 47 microlensing technique 47 helical structures 47 fission reactor 47 nanometric scale 47 quantum repeater 47 cryogenically cooled 47 Spintronic devices 47 multicore CPUs 47 AlGaN GaN 47 fundamental constants 47 grid computing 47 multiferroic 47 electron tunneling 47 Fermions 47 neutron diffraction 47 gravitational microlensing 47 lincRNAs 47 rubidium atoms 47 nucleon 47 CFD simulations 47 Awschalom 47 ultrasmall 47 antiparticles 47 nanocrystal 47 nanoelectromechanical 47 cellular reprogramming 47 indium phosphide 47 CMOS oscillators 47 Cell processor 47 Tevatron experiments 47 undiscovered particle 47 nitride semiconductor 47 ferromagnetic 47 topological insulator 47 biomolecule 47 optical waveguides 47 nanosensors 47 gravitational lensing 47 QPACE 47 neutralinos 47 BlueGene P 47 RRAM 47 optical microscopy 47 verified experimentally 47 cosmological observations 47 electrospinning 47 microfluidic chip 47 optical modulators 47 molecular motors 47 heterogeneous catalysis 47 Synthetic biology 47 Markram 47 CERN LHC 47 semiconducting properties 47 resonators 47 superluminal 47 bosonic 47 nanogenerator 47 Superconducting 47 beryllium ion 47 molecular assemblers 47 graphene layers 47 biosensing 47 Mario Paniccia director 47 NSLS II 47 barium titanate 47 quantum physics 47 manipulating atoms 47 synthetic genomics 47 multithreaded applications 47 THz 47 computationally 47 nanoshells 47 nano sized 47 organic molecules 47 COFs 47 particle physics 47 superconducting qubit 47 gravitational wave 47 superposition 47 nanoscopic 47 optofluidic 47 Fluorescent proteins 47 supercomputer simulations 47 cosmologists 47 petascale computing 47 quantum gravity 46 Grid computing 46 superconducting wire 46 compute intensive tasks 46 Fermilab Tevatron 46 dye sensitized 46 Strained silicon 46 Higgs boson particle 46 Nima Arkani Hamed 46 hadrons 46 nanoimprint lithography 46 Indium Phosphide 46 X ray crystallographic 46 unbreakable encryption 46 scientific breakthroughs 46 phonon 46 micro optics 46 neural prosthetics 46 packet switching 46 nanoribbons 46 membrane fusion 46 k dielectrics 46 scanning tunneling microscopy 46 nanoglue 46 Hawking Radiation 46 DNA origami 46 galaxy formation 46 vanadium dioxide 46 copper interconnects 46 Steven Girvin 46 soliton 46 superheavy elements 46 computing architectures 46 silicon CMOS 46 fermionic atoms 46 Dr Novoselov 46 Michal Lipson 46 temperature superconductivity 46 optical fibers 46 crossbar latch 46 unconventional superconductivity 46 magnetization reversal 46 ion beams 46 subatomic particles 46 dye sensitized cells 46 zeolites 46 Fourier transform 46 CUDOS 46 Quantum teleportation 46 Optical interconnects 46 beamlines 46 multicore chips 46 synchrotron X ray 46 nanofluidic 46 fermionic 46 reconfigurable computing 46 messenger RNA molecules 46 Silicon photonics 46 photonic integrated circuits PICs 46 Gene supercomputer 46 microwave photon 46 peta scale 46 super capacitors 46 magnetic nanoparticle 46 optical tweezer 46 theoretical physics 46 inertial confinement fusion 46 ultraviolet lasers 46 electron beam lithography 46 spectroscopic techniques 46 microscale 46 magnetically levitated trains 46 Nanotechnology Innovations 46 ionic liquids 46 chemical reactivity 46 femtosecond 46 waveguides 46 theoretical particle 46 photonic integration 46 Kanatzidis 46 biosensors 46 partial differential equations 46 microscopy technique 46 inertial fusion 46 computational neuroscience 46 billionths 46 Nanotube 46 nanopatterning 46 photonic bandgap 46 nanoelectronics 46 metamaterial 46 controllably 46 CMOS 46 inductive coupling 46 neutron scattering 46 multicore 46 Cray supercomputers 46 microfabrication techniques 46 solar cells 46 nanofibres 46 Neutron scattering 46 electrodynamics 46 VCSELs 46 biophysicists 46 quantum cascade laser 46 superatoms 46 silicon 46 surface plasmon polariton 46 frequency combs 46 Seebeck effect 46 atomic spectroscopy 46 deep submicron 46 InP 46 lensless imaging 46 ultrashort laser pulses 46 cryptosystems 46 quantum capacitance 46 magnetic coupling 46 Beamline #.#.# 46 nanoribbon 46 FPGAs 46 QCLs 46 PZT 46 Raman scattering 46 histone code 46 Z boson 46 nanofluidics 46 NSLS 46 Stanford Synchrotron Radiation 46 photoelectric effect 46 Qubit 46 synchrotron 46 quantum superposition 46 molecule spectroscopy 46 tokamaks 46 computationally demanding 46 Carbon nanotube 46 perturbation theory 46 supercomputer 46 nanosized 46 strontium titanate 46 manufacturable 46 atom thick 46 macroscopic quantum 46 CNTs 46 optical modulator 46 terahertz THz 46 asymmetric cryptography 46 Light Peak 46 molecular dynamics 45 Dan Werthimer 45 semiconductor nanostructures 45 Silicon Germanium 45 electron pairing 45 quantum correlations 45 theoretical physicists 45 Boltzmann 45 superconductive 45 quantum computations 45 neutrino detectors 45 multiscale 45 bipolar transistors 45 nanobelts 45 nanophotonic devices 45 conjugated polymers 45 #nm lithography [002] 45 gravitational lenses 45 photon counting 45 GPUs 45 petascale supercomputer 45 interferometers 45 Adam Riess 45 scanning tunneling microscope 45 rotaxanes 45 Feshbach resonance 45 architectures 45 microcompartments 45 SSRL 45 k dielectric 45 optical interconnect 45 fission yeast 45 Nantero 45 Mott insulator 45 entangled photon 45 bosons 45 Prof. Gefen 45 multicore computing 45 ion microscope 45 ferromagnetic materials 45 Tesla GPUs 45 nanosurgery 45 spider silk 45 Photolithography 45 macroscopic objects 45 nanometer transistors 45 supercomputing clusters 45 Jülich 45 JQI 45 ultracold gases 45 pn junctions 45 DNA sequencers 45 complex mathematical equations 45 multithreading 45 carbon nanotube membranes 45 FPGA architectures 45 DNA microarrays 45 Computational 45 Nanoscale Materials 45 ultracapacitors 45 Nanopores 45 room temperature colliders 45 excitonic 45 Nanotechnologists 45 MEMS microelectromechanical systems 45 Bose Einstein condensates BECs 45 X ray pulses 45 antihydrogen atoms 45 electrons 45 beamline #.#.# 45 electrochemical 45 silicon photovoltaics 45 self replicating 45 artificial photosynthetic 45 multiprocessor 45 Imec performs world 45 bioengineers 45 CMOS circuits 45 tokamak 45 nano 45 gravitational lens 45 Exascale computing 45 Bose Einstein 45 nano fluidic 45 cryptographic 45 nanocatalysts 45 cryptosystem 45 pulsed laser deposition 45 ZPE 45 Roukes 45 nanoantenna 45 Spintronic 45 nanowire arrays 45 NMR MRI 45 iPSCs 45 photon pairs 45 Berners Lee envisioned 45 gate dielectrics 45 multijunction solar cells 45 cuprates 45 sparticles 45 cryogenic temperatures 45 nanosprings 45 mesoscopic 45 covalent bonds 45 carbene 45 catalytic reactions 45 dye molecules 45 silico 45 LHC accelerator 45 Microfluidic devices 45 nanometer 45 Dye sensitized solar 45 chiral molecules 45 Membrane proteins 45 Particle accelerators 45 nanochips 45 nanotubes nanowires 45 microbial nanowires 45 Hadron Collider 45 Fermilab Tevatron collider 45 Ferroelectric 45 singularities 45 sterile neutrinos 45 nano particles 45 Alfven waves 45 colossal magnetoresistance 45 germanium 45 silicon nanowire 45 STT RAM 45 quasicrystal 45 nanobattery 45 nanosensor 45 cosmic strings 45 cryptographic algorithm 45 QDs 45 electromagnetism 45 terahertz waves 45 MINOS experiment 45 organic photovoltaics 45 magnetic monopole 45 dipole moment 45 nanotube coating 45 computing 45 Amorfix utilizes 45 pseudogap phase 45 genetic manipulations 45 HECToR 45 nanodot 45 femtosecond laser pulses 45 processing cores 45 Poincare Conjecture 45 tunable 44 Earthlike planets 44 Plasmonics 44 particle smasher 44 Rainer Blatt 44 wave particle duality 44 Forschungszentrum Dresden Rossendorf FZD 44 semiconductor quantum dots 44 superstring theory 44 Ultracold 44 Physicists 44 MOS transistors 44 interferometry 44 quark gluon plasma 44 Rydberg atoms 44 fluorescent molecules 44 photocatalysis 44 testable predictions 44 nanoscale patterning 44 PSI TEC 44 indium gallium arsenide 44 Laser Interferometer Gravitational Wave 44 silicon germanium SiGe 44 spermatogonial cells 44 superconducting qubits 44 nanoscientists 44 antiparticle 44 qdots 44 Attosecond 44 microprocessing 44 Leonard Adleman 44 molecular 44 Field Programmable Gate 44 sequencing genomes 44 astro comb 44 metallic nanostructures 44 teraflop 44 quanta 44 pRNA 44 WIMPs 44 GPGPUs 44 gigahertz 44 Quantum Optics 44 QKD systems 44 dopants 44 mathematical models 44 multicellular organisms 44 Petaflops 44 artificial spider silk 44 Petascale 44 Gallium Nitride 44 microfluidic chips 44 Microprocessors 44 genomic discoveries 44 GaN 44 Alfvén waves 44 Transistor 44 Yakobson 44 electric dipole 44 Professor Geim 44 induced pluripotent 44 LCLS 44 bistability 44 electrocatalysts 44 Dip Pen Nanolithography 44 neural networks 44 nanometer sized 44 ultrafast pulses 44 computer simulations 44 missing baryons 44 nano engineered 44 nanosize 44 microprocessors 44 thermochemical nanolithography 44 neutrinos 44 Fourier transforms 44 multiprocessors 44 thermonuclear fusion 44 pnictides 44 Einstein Podolsky Rosen 44 Bosons 44 fractals 44 graphene sheets 44 RNA enzymes 44 nanomaterials 44 Multicore processors 44 positronium 44 CERN experiments 44 SWNTs 44 fluorescent proteins 44 photon fluorescence 44 terahertz spectroscopy 44 ions electrically charged 44 parallelize 44 orbital angular momentum 44 Tevatron 44 BlueGene L 44 Advanced LIGO 44 gamma ray detectors 44 superfluid helium 44 Jaenisch 44 ioMemory 44 optical lithography 44 integrated circuits 44 Cepheids 44 chemical reactions 44 BCIs 44 rubidium vapor 44 nanospheres 44 MOFs 44 nanoscience 44 metalloproteins 44 photoelectrochemical 44 atomically precise manufacturing 44 dimensional electron 44 oxide thickness EOT 44 patterning technique 44 miniaturizing 44 Terascale 44 gallium nitride 44 cadmium selenide 44 colliding protons 44 buckypaper 44 gallium arsenide 44 RNA molecule 44 microcavities 44 dubbed spintronics 44 computationally efficient 44 Cern Large Hadron 44 Hyperthreading 44 protons neutrons 44 electron microscopy 44 CERN Large Hadron 44 nanoporous 44 graphene transistor 44 asymptotic freedom 44 nanoprobe 44 Teleportation 44 SRS microscopy 44 ATLAS experiment 44 graphene interconnects 44 photomultiplier tubes 44 hyperbranched polymers 44 millisecond pulsars 44 powerful supercomputers 44 neutrino physics 44 low k dielectrics 44 bistable 44 photoemission 44 relativity theory 44 cosmic gamma rays 44 tera scale 44 epitaxial structures 44 exome sequencing 44 x ray optics 44 leptons 44 metamaterial structures 44 particle detectors 44 crystalline semiconductors 44 surface plasmon 44 computations 44 Cray X1 44 walled carbon nanotubes 44 zinc selenide 44 biomineralization 44 particle collider 44 computationally intense 44 On Computable Numbers 44 photothermal 44 photon detector 44 Physical Review 44 particle accelerator 44 GaAs AlGaAs 44 human pluripotent stem 44 mathematical 44 Nanometer 44 nanometer CMOS 44 nitride 44 neutrino beam 44 relativistic particles 44 GRBs 44 antineutrino 44 lithographic processes 44 hydride 44 ferroelectricity 44 QuantumFilm 44 trimers 44 heavy fermion 44 Quantum Dots 44 embedded SRAM 43 subatomic 43 nm SRAM 43 String theory 43 NIST physicist 43 supramolecular 43 fermion 43 cosmological models 43 peptoid 43 BaBar experiment 43 manganite 43 ADDLs 43 CPUs 43 Royyuru 43 molecules 43 solar neutrinos 43 nanoprobes 43 neutrino 43 CMOS compatible 43 biophysical techniques 43 optical wavelengths 43 pseudogap 43 Rudolf Jaenisch 43 Computational biology 43 BECs 43 Lakhtakia 43 Bose Einstein Condensate 43 nanocomposite materials 43 Rapid prototyping 43 quadrillion calculations