9.200 0.66%

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Gravitational Realization Waveguide Jet Circuit Cross Qubits Resource Nodal Gravity Emitter Binary Optimal Ferromagnetic Section Nematic Source One-dimensional Suspension Separation Quark Geometric Evolution Dissipative Nucleus Interferometry Resonant Gev Variational Dipole Solid Violation Level Demonstration Trapped Array Transformation Holographic Imaging Semimetals Cluster Dichroism Hydrogen Floquet Terahertz Electromagnetic Number Enhancement Confinement Excitons Tensor Axion Transmission Helium Scale Topology Effective Theorem Ensemble Gate Acoustic Planar Hamiltonian Enhanced Yield Mott Viscosity Fiber Learning Reaction Dense Collective Size Conductance Defect Inhomogeneous Magnetism Heavy Second-order Harmonic Machine Soft Impurity Weakly Nonequilibrium Lhc Factor Interfacial Structural Kondo Loop Fusion Amplification Equation Boundary Anisotropy Growth Cosmic Metallic Transfer Device Van Conductivity Zero Detector Extraction Robust Uncertainty Nanoparticles Bulk Collapse 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Sensitivity Colloid Functional Importance Transient Composite Pure Rotational Ballistic Measure Polaron Sphere Heterogeneity Azimuthal Hidden Conformation Simple Remnant Vibrational Key Confined Telescope Attosecond Fese X-ray Splitting String Emergence Implication Vibration Gravitational-wave J/ψ Cone Photoproduction Pb-pb Formula Co Corner Investigation Isolated Type-ii Gapless Annealing Frustration Oxide Accelerated Superdiffusion Carlo Cellular Spectral Electron-ion Genuine Antiferromagnets Note Indirect Long Thermodynamics Region Quantification Metasurfaces Photonics Heating Einstein Ultralow Near Spin-triplet Expansion Tuning Nonlocality Eigenstates Parametric Mediated Thickening Continuous Revealed Rule Complete Branching Stabilized Dependent Thermodynamic Indistinguishability Supersymmetry Irreversibility All Distance Out Body Two-body Slab Index Time-reversal Sub-gev Ansatz Superfluidity Far Robustness Conjecture Asymptotic Three-body Persistence Candidate Tweezer Combination Wavelength Baryon Arising Lasing Metamaterial Prethermalization Nonadiabatic Metric Compact Polarizabilities Z Multichannel Exploiting Two-loop Supersymmetric Directed In-plane Exotic Helical Hubble How Equilibration Determines Colossal Stage Consistency G Gw170817 Peak Dichalcogenides Viscoelastic Long-lived Grain Incommensurate Picture X Cancellation Melt Solving Rough Mean-field Map Ordered Disk Conservation Metasurface Belle Bayesian Implementation Increase Topologically Collisional Escape Tilted Mixing Hopping Einstein-podolsky-rosen Advantage Landscape Ligo Multiqubit Attractor High-temperature High-pressure Breakdown Anharmonic Yang-mills Multicomponent Nitride Elasticity Trions Tidal Implosion Hardening Core Magnetized Activation Group Radio-frequency Isomer Calcium Self-organization Precise Renormalization Superradiant Displacement Cylindrical Avalanche Intensity Battery Wakefield Square Photoionization Exact Λ Bright Associated Ultralight Maximum Interlayer Engine Benchmarking Accessible Simulator Magnetically Partially Many-electron Quasicrystals Black-hole Rotating Generated Double-β Au+au Porous Short Fully Frame Horizon Narrow Degeneracy Communication Slow Varying Laboratory Organic Isotropic Ratio Quasiprobabilities Processing Eigenstate Swapping Probabilistic Fission Relaxor Alloy Wigner Boron Nanosecond Nonstandard Argon Analog Kohn-sham Power-law Ii Reduction Franck-condon Room Annihilation Hard Central Selectivity Crossing Passive Ferroelastic Hole-doped Pyrochlore Piezoelectric Statistical Lisa Braiding Curvature Ferromagnet Orbitals Gluon Box Shot Oscillatory Mismatch Velocity Maximal Depinning Color Polaritons Physical Substrate Nucleation Neutrinoless Quenching Compton Ultrathin Comparison Produced Nonclassicality Cascade Supergravity Between Spectroscopic Reactor Invariance Sitter Accurate Bubble Processor Engineered Fluorescence Tissue Transducer Drop Curved Moiré Drive Mobile Short-range Double-layer Pinning Set Inference Pt-symmetric Total Activity Inelastic Hamiltonians Coalescence Environment Hysteresis Directional Prospect Ferrimagnet Generic Multiorbital Finite-temperature Stripe Electroweak Sign Threshold Metastability Parton Radius Configuration Quark-hadron Multiphoton Filtering Case Multiferroic Fock Radial Electrolyte Vibronic Holography Micelle Decoder Trapping Faraday Intrinsic Wire Strange Stratified Cherenkov Photocurrent Standing Hyperfine Heavy-metal-ferromagnet Orientation Demon Pinch Seebeck Gpa Semiclassical Elemental Doping Resistive Lipid Forward Distant Smooth Janus Splashing Single-spin Superconformal Hydride Spatially Cost Crystal-field Hourglass Electrical Ferroelectricity Load Integration Counting Screening Singly Quasicrystalline Entropic Galactic Single-particle Qudit Pb+pb Trimer Extensional Multilevel Deuterium Cosmological Atomically Diffusive Demagnetization Vesicle Planckian Minimum Protocol Kardar-parisi-zhang Gross-neveu-yukawa Four-wave Η Garnet Field-induced Common Europium Neural-network Inverse-square Adsorbate Dimensionality Chemical Nucleosynthesis Timing Underdense Spread Voltage Dissimilar Metaoptics Death Nonspherical Trivial Matter-wave K Single-atom Detect Different Bay Halo Correspondence Scanning Lead Unconventional Invariant Functionality Shear-thickening Iridate Designer Compressibility Classification Spinel Heavily Discontinuity Probed Neon Assessment Recoil Photocurrents Fermi-hubbard Monopole View Pumping Skyrmions Difference Frozen Direction Unstable Many Object Snse Discontinuous Modified Lens Teleportation Cooperative Nanosphere Tragedy Microscope Eigensolver Exponentially Toroidal Spintronics Discrete-time Rényi Magnon-magnon Broken Link Constriction Attoclock T Nonergodic Smaller Stiffness Subsystem Induces Broadcast Simultaneous Macroscopic Time-domain Ferroelectrics Tip Spectrally Catastrophe Five-gluon Optimization Twin-field Newtonian Modulus High-order Superlubric Organization Exclusion Self-testing Rabi Fracture Plasmons Global Helix Master Detecting Nondestructive Volume Orientational High-fidelity Fault History Beating Photon-phonon Modeling Spin-2 Rutile Rigidity Cubic Saturation Driving Inflationary Safety Capillary Fluidized Thin-film Paradigm Evaporation Human Athermal Situ Recognition Missing Luminescence Multidimensional Area Superheavy Muscle Photoexcited Radiative Deterministic Scheme Blend Jamming Fraction Evidenced Extension Deflection Inequality Carrier Single-electron Ghz Bent-core Nova Vertex Factorization Reference Numerical Nematics Run Suppressing Exclusive Explanation Beta Charm Recombination Hide On-chip Near-field Alignment Entrainment Ductility Target Galaxy Dilation Dynamically Extreme-ultraviolet Pump Wind Scale-dependent Dune Incomplete Computer Ferrimagnetic Feature Rise Game Magnetostatic Space-time Neuron Pion Origami Microcavities Coating Multiplet Feynman First-order Chirality Value Out-of-time-order Advanced Daya Superradiance Magnetic-field Lithium Filter Quadrupolar Zno Annual Wakefields Orbit Thermometry Multiband Inside Dechirper Controlled Cat Fuzzy Neutron-rich Heterogeneous Cp-odd Hyperon Supercurrent Cyclic Narrow-band Accelerator Compressive Superposition Wedge Microstructures Subwavelength Photon-photon Homogeneous Recovery Initialization Interior Incoherent Lhcb Immiscible Proximitized Polarizability Unidirectional Xenon1t Ia Doublon Feshbach Foam Screw Derivation Hadroproduction Silicon-vacancy Rhic Discovery Distinct Up-conversion Torus Three-qubit Speed Triplon Metallization Hinge Neutron-star Parent Tolerance Spacetime Plate Midinfrared Relativity Embedded Earth Actuation Spherical Underground Cloak Observed Breather Passage Quasiperiodic Photoemission Quasi-one-dimensional Folding Bragg Dissociation Width Snte Down Purely Pathway Cosine-100 Graphite Intermittency Sachdev-ye-kitaev Plasticity Practical Magnetite Orthogonality Rapidity Pump-probe Phononic Antiferromagnetism Nonresonant Representation Sector Activated Summation Superfluids Two-color H Heterostructure Single-qubit Bottleneck Lorentz Anyon Subradiant Quantized Position Flexoelectricity High-harmonic Gamow-teller Germanium Gaussian Remote Noncollinear Laser-induced Intracellular Fractionalization International Low-field Monolayers Photodissociation Sheared Brownian Rectification Can Flight Momentum-resolved Biopolymer Nonlinearity Neutron-antineutron Spin-wave Momentum-space Carried Spreading Strong-field Rare Damage Synthesized Trade-off Microfluidic Polarizable Solvent Dilute Broadening Linearly Haldane Xy Controllable Triangular Rydberg-atom Drag Nanomechanical Adiabaticity Be Fly Nonmagnetic Integrated Ramsey Packing Inflaton Graviton Quench Berry Macromolecule Elastoinertial Ideal Supercooled Lower Prototype Magnetotransport Logarithmic Brillouin Interferometric Multiscale Jump Concentration Upper Stellar Their Action Arrow Light-matter Imprint Causal Cycle Limitation Crease Chromatin Large-scale Rheology Extendibility Exhibiting Self-modulation Electrostatic Single-molecule Τ Capacitive Fracton Air Differential Phenomenon Related Two-component Ferromagnetism Decoherence Cosmology Microdisk Constrain Time-varying Cryogenic Closure Odd Itinerant Randomness Sound Precessional Kirigami Surrogate Dome Kev Axial Sensor Electroluminescence Matching Supersonic Shower Reduced Needle Lightest Randomized Ionic Nonreciprocity Plateau Vacancy Single-layer Tune Invasion Rod Diii-d Pendulum Vertical Multifield Steric Convergence Penning Reflection Bent Separated Refrigeration Atomistic Steering Disruption Doe Polaritonic Validation Nanomagnet High-energy-density Optomechanics Inas/gasb Pseudogap Nitrogen-vacancy O1 Finite-range Insight Thomson Dwarf Stern-gerlach Bunching Virtual Subcycle Inclusive Regulation Magnetoconductivity Reveal Resolution Determinant Detail Sonic

Physical Review Letters - Journal Impact

The Journal Impact 2019-2020 of Physical Review Letters is 9.200, which is just updated in 2020. Compared with historical Journal Impact data, the Factor 2019 of Physical Review Letters grew by 0.66% . The Journal Impact Quartile of Physical Review Letters is Q1. The Journal Impact of an academic journal is a scientometric factor that reflects the yearly average number of citations that recent articles published in a given journal received. It is frequently used as a factor for the relative importance of a journal within its field; journals with higher Journal Impact are often deemed to be more important than those with lower ones. The Journal Impact measures the average number of citations received in a particular year (2019) by papers published in the journal during the two preceding years (2017-2018). Note that 2019 Journal Impact are reported in 2020; they cannot be calculated until all of the 2019 publications have been processed by the indexing agency. In addition to the 2-year Journal Impact, the 3-year Journal Impact can provide further insights and factors into the impact of Physical Review Letters.

9.5 ~ 10.0


2/2


Physical Review Letters - Journal Impact Prediction System

100% scientists expect Physical Review Letters Journal Impact 2020 will be in the range of 9.5 ~ 10.0. Journal Impact Prediction System provides an open, transparent, and straightforward platform to help academic researchers Predict future factor and performance through the wisdom of crowds. Journal Impact Prediction System displays the exact community-driven factor without secret algorithms, hidden factors, or systematic delay.

Physical Review Letters Journal Impact Prediction System - Factor and Trend
  • Article Volume 2017 2586
  • Article Volume 2016 2478
  • Article Volume 2015 2623
  • ISSN
  • 10797114, 00319007
  • Open Access
  • Publisher
  • American Physical Society
  • Country/Region
  • United States
  • History
  • Categories
  • Physics and Astronomy (miscellaneous) (Q1)

Physical Review Letters - ISSN

The ISSN of Physical Review Letters is 10797114, 00319007. An ISSN is an 8-digit code used to identify newspapers, journals, magazines and periodicals of all kinds and on all media–print and electronic.

Physical Review Letters - ISSN

Physical Review Letters - Subscription (non-OA) Journal

Physical Review Letters is a Subscription-based (non-OA) Journal. Publishers own the rights to the articles in their journals. Anyone who wants to read the articles should pay by individual or institution to access the articles. Anyone who wants to use the articles in any way must obtain permission from the publishers.

Physical Review Letters - Open Access

Physical Review Letters - Publisher

Physical Review Letters is published by American Physical Society, which is located in the United States. The Publication History of Physical Review Letters covers 1958-ongoing.

Physical Review Letters - Publisher

Physical Review Letters - Categories

Physical Review Letters is a peer-reviewed scientific journal. The scope of Physical Review Letters covers Physics and Astronomy (miscellaneous) (Q1).

Physical Review Letters - Categories

Physical Review Letters - Journal Factors

It is impossible to get a true picture of impact using a single factor alone, so a basket of factors is needed to support informed decisions. In addition to Abbreviation, Acceptance Rate, Review Speed, Research Hotspot and Template, several advanced Journal Factors including Citescore, H-Index, Self-Citation Ratio, SJR (SCImago Journal Rank Indicator) and SNIP (Source Normalized Impact per Paper) can provide you comprehensive insights into the Physical Review Letters.

Physical Review Letters - Journal Metrics

Journal Ranking