Annual Index
DOI: 10.1063/PT.3.3800
Subject Index
Accelerators
See
Acoustics
Pitch sharpening in woodwinds
Bats’ ears may solve an evolutionary puzzle
Hearing from you
From sound to meaning, E. B. Myers
Imaging cancer with photoacoustic radar, A. Mandelis
Infants note the notes, B. K. Lau, M. Ng
A seismic hydrophone array in a tube
Cochlear implants and electronic hearing, M. Svirsky
Specialized vocal organs give some birds their unique songs
Acoustic levitation widens the study of droplet jetting
Arms control
See
Asia
See
Astrophysics and cosmology
See also
Neutron starlight gets QED-fueled polarization boost
A neutron star, not a black hole
Superluminous event may lose supernova status
The space weather on the closest Earth-like exoplanet
Fates of two big radio dishes hang in the balance
Testing theories of modified gravity
A fast radio burst’s extragalactic home
Where are they? M. Livio, J. Silk
The strange star discovered by Planet Hunters, B. E. Schaefer
Meghnad Saha and the contemporary scene, C. W. Clark
A gravitational-lensing measurement of the Hubble constant
Supernovae, supercomputers, and galactic evolution, P. F. Hopkins
Magnetic monopole search, past and present, A. S. Goldhaber
LIGO backstory delights and displeases, J. M. Pasachoff
How stars visit the solar neighborhood
Hobby–Eberly Telescope eyes sky with new capabilities
Hidden worlds of fundamental particles, D. Curtin, R. Sundrum
Commentary: How killer black holes saved astronomy, J. Ribaudo
Proton–proton collisions prove stranger than expected
Pulsar timing arrays are poised to reveal gravitational waves
Commentary: The eclipse of a generation, A. Speck
Weighing a star with light
Why is the Sun’s corona so hot? Why are prominences so cool? J. B. Zirker, O. Engvold
Galactic census reaffirms standard model of cosmology
What causes the Sun’s plasma jets?
Difficult decisions
Throwing icebergs at white dwarfs
They may not be out there, H. Smith
Evaluating the habitability of exomoons
Weiss, Barish, and Thorne share 2017 Nobel Prize in Physics
Two kinds of waves from a neutron-star smashup
Baryon acoustic oscillations: A cosmological ruler, W. J. Percival
Discovering Earth’s radiation belts, D. N. Baker, M. I. Panasyuk
Trigonometry for the heavens, G. Van Brummelen
Atmospheric science
See also
Carl-Gustaf Rossby: Theorist, institution builder, bon vivant, J. R. Fleming
The space weather on the closest Earth-like exoplanet
How did a scientific Siberia turn into AstroBoulder? J. P. Bassi
Why the ocean’s carbon sink has gotten stronger
The upper atmosphere’s natural thermostat
Rising heat content of Earth’s oceans
International Cloud Atlas
Giant undersea craters were blown out by decomposing methane hydrates
Atmospheric research in the Rocky Mountain foothills
Climate change scenarios and risks, M. J. Gerver
Climate change in the Arctic accelerates
Calling computers names in Swedish, J. Carlsson
Ancient clues help quantify modern methane
Ships cause their own stormy seas
The relentless pursuit of hypersonic flight, I. A. Leyva
Ship tracks
Atomic physics
See also
Antihydrogen gives way to spectroscopic study
Magnetic trap snares methyl radicals
Helium compound may form under pressure
A step toward deciphering auroras
Carving out entanglement
Quantum computing with neutral atoms, D. S. Weiss, M. Saffman
Quantum gases cooled to long-range antiferromagnetic order
Trapping molecules for quantum chemistry, M. G. Raizen
Biography and personalities
See also
Carl-Gustaf Rossby: Theorist, institution builder, bon vivant, J. R. Fleming
Meghnad Saha and the contemporary scene, C. W. Clark
Standing on their shoulders, A. R. Hoffman
Gathering the human stories of science, G. A. Good
Clippers, yachts, and the false promise of the wave line, L. D. Ferreiro, A. Pollara
Historical note on 2016 Physics Nobel, M. Schick
First physicist in Congress dies
Death and succession among Finland’s nuclear waste experts, V. Ialenti
Calling computers names in Swedish, J. Carlsson
In celebration of Ilya Lifshitz, A. Y. Grosberg, B. Halperin, J. Singleton
Biological physics
See also
Electron microscopy gets a multicolor makeover
Bats’ ears may solve an evolutionary puzzle
The laws of life, C. S. Cockell
Where are they? M. Livio, J. Silk
Biological eigenstrokes
Biology leads the race to turn sunlight into fuels
From sound to meaning, E. B. Myers
Force spectroscopy unveils hidden protein-folding states
Sea turtles don’t just go with the flow
Frog fluorescence
The power of imaging with phase, not power, G. Popescu
Biological tissue can behave like a liquid crystal
The ocellated lizard is a computer game come to life
Cold periods accelerate evolution
Limits and progress
Coral isotopes track the rise of anthropogenic nitrogen
Shepherding DNA with light and entropy
Infants note the notes, B. K. Lau, M. Ng
Spider dragline silk’s surprising twist
Cochlear implants and electronic hearing, M. Svirsky
Resolving smaller molecules with cryo-EM
The emergent physics of animal locomotion, S. Sponberg
Microscopy without lenses, E. McLeod, A. Ozcan
How squid build their graded-index spherical lenses
Specialized vocal organs give some birds their unique songs
Apple seismology, K. van Wijk, S. Hitchman
They may not be out there, H. Smith
In celebration of Ilya Lifshitz, A. Y. Grosberg, B. Halperin, J. Singleton
Da Vinci’s observations of soaring birds, P. L. Richardson
A universal human constant? I. S. Hammerman
Cryoelectron microscopy pioneers win chemistry Nobel
Fluid dynamics explains ancient organism behavior
Books
See separate BOOKS REVIEWED index (page
Bose–Einstein condensation
See
Budgets
See
Careers
See
Chaos
See
Chemical and molecular physics
See also
Electron microscopy gets a multicolor makeover
Wearable transistor can heal its own wounds
Supercooled water survives in no-man’s-land
Diamonds from the deep
Polymer-based transistors bring fully stretchable devices within reach
The laws of life, C. S. Cockell
Footnote on femtochemistry, Y. Gan
Magnetic trap snares methyl radicals
The upper atmosphere’s natural thermostat
Helium compound may form under pressure
Biology leads the race to turn sunlight into fuels
Force spectroscopy unveils hidden protein-folding states
Forging a carbon nanobelt
Breakthrough battery hinged on funding from program in Trump’s crosshairs
Shepherding DNA with light and entropy
Giant undersea craters were blown out by decomposing methane hydrates
Hydrogen-powered vehicles: A chicken and egg problem
Phase-sensitive surface spectroscopy, simplified
Ancient clues help quantify modern methane
Healing defects in perovskite films
Commentary: The promise of polymers, T. Lodge
Trapping molecules for quantum chemistry, M. G. Raizen
China
See
Classical mechanics and electromagnetism
See also
Kamifusen, the self-inflating Japanese paper balloon, I. Fukumori
Semiconductor metamaterial fools the Hall effect
Magnetic trap snares methyl radicals
Photonic doping tunes transparent media
Magnetic monopole search, past and present, A. S. Goldhaber
Row bots, J.-P. Boucher, R. Labbé, C. Clanet
Early descriptions of Coriolis effect, C. M. Graney
Hall sign reversal in certain metamaterials, R. G. Mani
Hall-effect metamaterials and “anti-Hall bars”, M. Wegener, M. Kadic, C. Kern
Superfast superconducting vortices
Trapping molecules for quantum chemistry, M. G. Raizen
Climate change
See
Collective effects
See
Complexity
See
Computers and computational physics
See also
Supernovae, supercomputers, and galactic evolution, P. F. Hopkins
The many dimensions of Earth’s landscapes
The ocellated lizard is a computer game come to life
Quantum computing with neutral atoms, D. S. Weiss, M. Saffman
A deep neural network of light
The carbon nanotube integrated circuit goes three-dimensional
Condensed-matter physics
See also
Helium compound may form under pressure
Universal lower bound on the dissipation of superconductors
Graphene visualized
Sulfur hydride and superconductivity theory, D. G. Walmsley, X.-H. Zheng
Ferromagnetism found in two-dimensional materials
How friction melts sliding rock
Surprises from the spin Hall effect, J. Sinova, T. Jungwirth
Historical note on 2016 Physics Nobel, M. Schick
Quantum gases cooled to long-range antiferromagnetic order
Superfast superconducting vortices
The new era of polariton condensates, D. W. Snoke, J. Keeling
Conduction electrons flow like honey
Now you see this nanoplasmonic mirror. Now you don’t.
Healing defects in perovskite films
In celebration of Ilya Lifshitz, A. Y. Grosberg, B. Halperin, J. Singleton
Cosmology
See
Crystallography
See also
Supercooled water survives in no-man’s-land
Electron diffraction sees hydrogen atoms
Watching perovskite photoexcitations, atom by atom
Helium compound may form under pressure
Biological tissue can behave like a liquid crystal
Limits and progress
Sulfur hydride and superconductivity theory, D. G. Walmsley, X.-H. Zheng
Resolving smaller molecules with cryo-EM
Healing defects in perovskite films
Department of Defense
See
Department of Energy
See
Department of Homeland Security
See
Device physics
See
Earth science
See also
Ocean currents respond to climate change in unexpected ways
Antarctic ice flows
Fracking and the future of fuels, D. A. Cornell
Citizen observers chart Arctic change
Diamonds from the deep
Newfound rocks may be progeny of primordial crust
Rising heat content of Earth’s oceans
The many dimensions of Earth’s landscapes
Sediment supply predicts river geometry
How friction melts sliding rock
Black carbon in Antarctica
A seismic hydrophone array in a tube
Giant undersea craters were blown out by decomposing methane hydrates
Atmospheric research in the Rocky Mountain foothills
Climate change scenarios and risks, M. J. Gerver
Continental rift exposes mantle melting at work
Climate change in the Arctic accelerates
Climate change research cut as Canada focuses on mitigation
The Moving Rocks of Death Valley
Difficult decisions
Nevada and Trump administration face off over Yucca Mountain
Apple seismology, K. van Wijk, S. Hitchman
Ancient clues help quantify modern methane
Refracturing may not be all it’s cracked up to be
Cruising the seas on the wreckage of a natural disaster
Education
See also
Physics education research and student development, J. Winfrey
A bridge between undergraduate and doctoral degrees, T. Hodapp, K. S. Woodle
Commentary: How to teach me physics: Tradition is not always a virtue, R. Heras
Approaches to studying our history, M. Berry
Undergraduate labs lag in science and technology
Theory institute opens residence hall for visitors
Commentary: Diversity in physics: Are you part of the problem? A. Nelson
Important factors in shaping physics identities, E. De Pree, J. M. Grossman
US academic fusion researchers sound alarm
The past and future of physics education reform, V. K. Otero, D. E. Meltzer
Guns on campus: Is that physics? D. A. Roberts
College-level project-based learning gains popularity
Illinois budget impasse damaging state universities
Commentary: How killer black holes saved astronomy, J. Ribaudo
As student labor movements grow, scientists turn activist
Commentary: The eclipse of a generation, A. Speck
Guns on campus are scientists’ concern, A. Hobson
In the digital age, physics students and professors prefer paper textbooks
The Moving Rocks of Death Valley
Is it time to change the undergraduate curriculum?
Readers weigh in on how to teach physics, B. C. Reed
Preparing physics students for 21st-century careers, L. McNeil, P. Heron
Electromagnetism
See
Emergent phenomena
See also
Classical precursor to turbulence observed in a superfluid
The unfolding and control of network cascades, A. E. Motter, Y. Yang
Semiconductor metamaterial fools the Hall effect
Dynamics of a human spiral wave, A. J. Welsh, E. F. Greco, F. H. Fenton
Hall sign reversal in certain metamaterials, R. G. Mani
The emergent physics of animal locomotion, S. Sponberg
Hall-effect metamaterials and “anti-Hall bars”, M. Wegener, M. Kadic, C. Kern
Conduction electrons flow like honey
Employment and careers
See also
Your most impactful publication can come at any time
Important factors in shaping physics identities, E. De Pree, J. M. Grossman
Commentary: Pursuing science across nationalities and disciplines, K. Dani
Commentary: Surviving scientist burnout, L. Delle Site
Patent work blends science, business, and law
Salaries for female physics faculty trail those for male colleagues
Preparing physics students for 21st-century careers, L. McNeil, P. Heron
Energy
See also
Fracking and the future of fuels, D. A. Cornell
Passive cooling doesn’t cost the planet
Biology leads the race to turn sunlight into fuels
As nuclear fuel ages, an antineutrino anomaly changes
Hydrogen-powered vehicles: A chicken and egg problem
Necessary and sufficient conditions for practical fusion power, R. L. Hirsch
Nevada and Trump administration face off over Yucca Mountain
Death and succession among Finland’s nuclear waste experts, V. Ialenti
Refracturing may not be all it’s cracked up to be
NASA sees a future with nuclear power
Boosting solar energy conversion with nanofluids, N. E. Hjerrild, R. A. Taylor
Environment
See also
Israel’s water story: Success or crisis? G. Antonius
Ocean currents respond to climate change in unexpected ways
With Trump in charge, uncharted waters lie ahead for science
Antarctic ice flows
Citizen observers chart Arctic change
Climate-data rescue efforts gear up
Passive cooling doesn’t cost the planet
Why the ocean’s carbon sink has gotten stronger
Biology leads the race to turn sunlight into fuels
Rising heat content of Earth’s oceans
More details on Israel’s water story, S. R. Cohen
The many dimensions of Earth’s landscapes
Cold periods accelerate evolution
Sediment supply predicts river geometry
Coral isotopes track the rise of anthropogenic nitrogen
Black carbon in Antarctica
Cleanup of Cold War nuclear waste drags on
Giant undersea craters were blown out by decomposing methane hydrates
Atmospheric research in the Rocky Mountain foothills
Climate change scenarios and risks, M. J. Gerver
Climate change in the Arctic accelerates
Climate change research cut as Canada focuses on mitigation
Hydrogen-powered vehicles: A chicken and egg problem
Ancient clues help quantify modern methane
Ships cause their own stormy seas
Ship tracks
Cruising the seas on the wreckage of a natural disaster
Europe
See
An electron–proton collider could bridge the gap between the LHC and its successor
Facilities and laboratories
See also
Israel’s water story: Success or crisis? G. Antonius
Erratic helium prices create research havoc
Fates of two big radio dishes hang in the balance
High-energy-density science blooms at NIF
How did a scientific Siberia turn into AstroBoulder? J. P. Bassi
Notes on the New Big Science, P. Foukal
Can a trusting relationship between DOE and its labs be restored?
Theory institute opens residence hall for visitors
An electron–proton collider could bridge the gap between the LHC and its successor
US academic fusion researchers sound alarm
More details on Israel’s water story, S. R. Cohen
Hobby–Eberly Telescope eyes sky with new capabilities
Hidden worlds of fundamental particles, D. Curtin, R. Sundrum
Pulsar timing arrays are poised to reveal gravitational waves
Cleanup of Cold War nuclear waste drags on
Issues that pushed the SSC’s demise, C. Milner
Making a statement about parameter ranges, A. Caldwell
Massive machine gears up to weigh nearly massless particles
Atmospheric research in the Rocky Mountain foothills
Climate change research cut as Canada focuses on mitigation
Neutrino detection goes small
Ultraperipheral nuclear collisions, S. Klein, J. Nystrand
Weiss, Barish, and Thorne share 2017 Nobel Prize in Physics
Two kinds of waves from a neutron-star smashup
Fluids
See also
Classical precursor to turbulence observed in a superfluid
Leidenfrost for solids
Fracking and the future of fuels, D. A. Cornell
Biological eigenstrokes
Row bots, J.-P. Boucher, R. Labbé, C. Clanet
Shepherding DNA with light and entropy
Clippers, yachts, and the false promise of the wave line, L. D. Ferreiro, A. Pollara
Collisions of viscous droplets
The emergent physics of animal locomotion, S. Sponberg
Wickless heat pipes in microgravity, J. L. Plawsky, T. Nguyen
Taking the measure of water’s whirl
Acoustic levitation widens the study of droplet jetting
Refracturing may not be all it’s cracked up to be
The relentless pursuit of hypersonic flight, I. A. Leyva
Da Vinci’s observations of soaring birds, P. L. Richardson
Fluid dynamics explains ancient organism behavior
Liquid diodes
Funding and budgets
See
Geophysics
See
High-pressure physics
See
History and philosophy
See also
Carl-Gustaf Rossby: Theorist, institution builder, bon vivant, J. R. Fleming
Olive spoons and terrapin forks
How did a scientific Siberia turn into AstroBoulder? J. P. Bassi
In referees we trust? M. Baldwin
Discoveries and explanations
Commentary: How to teach me physics: Tradition is not always a virtue, R. Heras
Approaches to studying our history, M. Berry
Notes on the New Big Science, P. Foukal
Commentary: In defense of Crazy Ideas, D. Stevenson
Meghnad Saha and the contemporary scene, C. W. Clark
Science is indeed special, J. Winkler
The secret of the Soviet hydrogen bomb, A. Wellerstein, E. Geist
Sakharov, Gorbachev, and nuclear reductions, F. N. von Hippel
Standing on their shoulders, A. R. Hoffman
The past and future of physics education reform, V. K. Otero, D. E. Meltzer
Gathering the human stories of science, G. A. Good
The secret search for uranium in Cold War Morocco, M. Adamson
Early descriptions of Coriolis effect, C. M. Graney
Clippers, yachts, and the false promise of the wave line, L. D. Ferreiro, A. Pollara
A seismic hydrophone array in a tube
Historical note on 2016 Physics Nobel, M. Schick
Why is the Sun’s corona so hot? Why are prominences so cool? J. B. Zirker, O. Engvold
Mobilizing US physics in World War I, J.-G. Hagmann
Explaining a few discoveries, S. Tremaine
Revisiting The Los Alamos Primer, B. C. Reed
Peer review as conflict, Y. Gingras
Readers weigh in on how to teach physics, B. C. Reed
Wastefulness not always a result of progress, A. Stillman
Calling computers names in Swedish, J. Carlsson
Da Vinci’s observations of soaring birds, P. L. Richardson
Commentary: The promise of polymers, T. Lodge
Heisenberg letters show courage in horrific times, I. Heisenberg
Discovering Earth’s radiation belts, D. N. Baker, M. I. Panasyuk
Trigonometry for the heavens, G. Van Brummelen
Industry and physics
See also
X-ray sterilization with accelerators is viable in US
Passive cooling doesn’t cost the planet
From lab to clinic
Climate change in the Arctic accelerates
Hydrogen-powered vehicles: A chicken and egg problem
Death and succession among Finland’s nuclear waste experts, V. Ialenti
Refracturing may not be all it’s cracked up to be
Commentary: The promise of polymers, T. Lodge
Instrumentation and techniques
See also
X-ray sterilization with accelerators is viable in US
Electron microscopy gets a multicolor makeover
Erratic helium prices create research havoc
Electron diffraction sees hydrogen atoms
Circuitry made robust enough for Venus
Watching perovskite photoexcitations, atom by atom
Footnote on femtochemistry, Y. Gan
Magnetic trap snares methyl radicals
Undergraduate labs lag in science and technology
Graphene visualized
Force spectroscopy unveils hidden protein-folding states
The power of imaging with phase, not power, G. Popescu
Imaging cancer with photoacoustic radar, A. Mandelis
The many dimensions of Earth’s landscapes
Printing glass in 3D
Quantum-circuit refrigerator
Limits and progress
Shepherding DNA with light and entropy
From lab to clinic
A graphene-based digital camera
Cochlear implants and electronic hearing, M. Svirsky
X rays peer inside a magnet
Resolving smaller molecules with cryo-EM
The emergent physics of animal locomotion, S. Sponberg
Microscopy without lenses, E. McLeod, A. Ozcan
Taking the measure of water’s whirl
Exceptional points make for exceptional sensors
Neutrino detection goes small
Phase-sensitive surface spectroscopy, simplified
Apple seismology, K. van Wijk, S. Hitchman
Acoustic levitation widens the study of droplet jetting
Trapping molecules for quantum chemistry, M. G. Raizen
Cryoelectron microscopy pioneers win chemistry Nobel
Liquid diodes
International science
See also
Israel’s water story: Success or crisis? G. Antonius
Despite financial squeeze, Japan continues drive to globalize its science enterprise
UK science mired in uncertainty about Brexit
Meghnad Saha and the contemporary scene, C. W. Clark
Biology leads the race to turn sunlight into fuels
An electron–proton collider could bridge the gap between the LHC and its successor
Commentary: Pursuing science across nationalities and disciplines, K. Dani
More details on Israel’s water story, S. R. Cohen
College-level project-based learning gains popularity
Pulsar timing arrays are poised to reveal gravitational waves
Massive machine gears up to weigh nearly massless particles
Mobilizing US physics in World War I, J.-G. Hagmann
Climate change in the Arctic accelerates
Climate change research cut as Canada focuses on mitigation
Commentary: International Union of Pure and Applied Physics and you, B. H. J. McKellar
A spray-on material can retrofit walls to save lives in earthquakes
Japan
See
Lasers
See
Latin America
See
Low-temperature physics
See
Magnetism
See
Materials science
See also
Israel’s water story: Success or crisis? G. Antonius
Wearable transistor can heal its own wounds
Kamifusen, the self-inflating Japanese paper balloon, I. Fukumori
Semiconductor metamaterial fools the Hall effect
High-energy-density science blooms at NIF
Diamonds from the deep
Notes on the New Big Science, P. Foukal
Polymer-based transistors bring fully stretchable devices within reach
Circuitry made robust enough for Venus
Watching perovskite photoexcitations, atom by atom
Passive cooling doesn’t cost the planet
Photonic doping tunes transparent media
More details on Israel’s water story, S. R. Cohen
Metal–organic framework extracts water from thin air
Printing glass in 3D
Breakthrough battery hinged on funding from program in Trump’s crosshairs
Hall sign reversal in certain metamaterials, R. G. Mani
Sulfur hydride and superconductivity theory, D. G. Walmsley, X.-H. Zheng
Ferromagnetism found in two-dimensional materials
How friction melts sliding rock
Surprises from the spin Hall effect, J. Sinova, T. Jungwirth
Spider dragline silk’s surprising twist
A graphene-based digital camera
Interplanetary sand traps, T. Shinbrot
X rays peer inside a magnet
A thermodynamic theory of granular material endures
Hydrogen-powered vehicles: A chicken and egg problem
Hall-effect metamaterials and “anti-Hall bars”, M. Wegener, M. Kadic, C. Kern
How squid build their graded-index spherical lenses
Phase-sensitive surface spectroscopy, simplified
Apple seismology, K. van Wijk, S. Hitchman
Grape balls of fire!
Now you see this nanoplasmonic mirror. Now you don’t.
Healing defects in perovskite films
The relentless pursuit of hypersonic flight, I. A. Leyva
Commentary: The promise of polymers, T. Lodge
A spray-on material can retrofit walls to save lives in earthquakes
Mathematical physics
See
Media and the press
See
Medical physics
See also
X-ray sterilization with accelerators is viable in US
Dynamics of a human spiral wave, A. J. Welsh, E. F. Greco, F. H. Fenton
The power of imaging with phase, not power, G. Popescu
Imaging cancer with photoacoustic radar, A. Mandelis
Infants note the notes, B. K. Lau, M. Ng
From lab to clinic
Cochlear implants and electronic hearing, M. Svirsky
Microscopy without lenses, E. McLeod, A. Ozcan
Meteorology
See
Metrology and fundamental constants
See also
Antihydrogen gives way to spectroscopic study
Making a statement about parameter ranges, A. Caldwell
Proton mass measured with unprecedented precision
A universal human constant? I. S. Hammerman
Microscopy
See also
Electron microscopy gets a multicolor makeover
Graphene visualized
The power of imaging with phase, not power, G. Popescu
Imaging cancer with photoacoustic radar, A. Mandelis
Limits and progress
From lab to clinic
X rays peer inside a magnet
Resolving smaller molecules with cryo-EM
Microscopy without lenses, E. McLeod, A. Ozcan
Cryoelectron microscopy pioneers win chemistry Nobel
Microstructures and nanostructures
See also
Semiconductor metamaterial fools the Hall effect
Polymer-based transistors bring fully stretchable devices within reach
Passive cooling doesn’t cost the planet
Forging a carbon nanobelt
Breakthrough battery hinged on funding from program in Trump’s crosshairs
Quantum-circuit refrigerator
Hall sign reversal in certain metamaterials, R. G. Mani
Shepherding DNA with light and entropy
Surprises from the spin Hall effect, J. Sinova, T. Jungwirth
The carbon nanotube integrated circuit goes three-dimensional
X rays peer inside a magnet
Hall-effect metamaterials and “anti-Hall bars”, M. Wegener, M. Kadic, C. Kern
Exceptional points make for exceptional sensors
Now you see this nanoplasmonic mirror. Now you don’t.
Boosting solar energy conversion with nanofluids, N. E. Hjerrild, R. A. Taylor
Military physics and arms control
See also
X-ray sterilization with accelerators is viable in US
With Trump in charge, uncharted waters lie ahead for science
Can a trusting relationship between DOE and its labs be restored?
The secret of the Soviet hydrogen bomb, A. Wellerstein, E. Geist
Sakharov, Gorbachev, and nuclear reductions, F. N. von Hippel
The secret search for uranium in Cold War Morocco, M. Adamson
Cleanup of Cold War nuclear waste drags on
Grim news for science and research in Trump budget
Mobilizing US physics in World War I, J.-G. Hagmann
Revisiting The Los Alamos Primer, B. C. Reed
The relentless pursuit of hypersonic flight, I. A. Leyva
Minorities in physics
See
Miscellaneous
A reminder of the powers of π, L. J. Dubé
What do they think we know?
Molecular physics
See
Nanostructures
See
NASA
See also
National Institute of Standards and Technology
See
National laboratories
See
National Science Foundation
See
Nonlinear science
See also
Classical precursor to turbulence observed in a superfluid
The unfolding and control of network cascades, A. E. Motter, Y. Yang
The ocellated lizard is a computer game come to life
A deep neural network of light
Phase-sensitive surface spectroscopy, simplified
Nuclear physics
See also
X-ray sterilization with accelerators is viable in US
High-energy-density science blooms at NIF
Meghnad Saha and the contemporary scene, C. W. Clark
The secret of the Soviet hydrogen bomb, A. Wellerstein, E. Geist
Proton structure seen in a new light
As nuclear fuel ages, an antineutrino anomaly changes
Revisiting The Los Alamos Primer, B. C. Reed
Necessary and sufficient conditions for practical fusion power, R. L. Hirsch
Neutrino detection goes small
Ultraperipheral nuclear collisions, S. Klein, J. Nystrand
Death and succession among Finland’s nuclear waste experts, V. Ialenti
NASA sees a future with nuclear power
Nuclear reactors and nuclear energy
See
Nuclear weapons
See
Obituaries
See also
Deborah Jin, J. Bohn
John Michael Julius Madey, P. Lam, V. Shiltsev, F. Zimmermann
Making a name with Chinese characters, W. T. Chu, K.-J. Kim
Ralph J. Cicerone, M. Prather, R. Stolarski
David Ritz Finkelstein, P. Cvitanović, L. Susskind
Edward Joseph Lofgren, W. Barletta, J. Alonso
James Watson Cronin, H. J. Frisch, J. E. Pilcher, M. J. Shochet
Vera Cooper Rubin, N. A. Bahcall
Jacques Isaac Pankove, T. D. Moustakas, B. Monemar
Robert Gomer, D. Menzel, M. C. Tringides, L. D. Schmidt
Lev Petrovich Gor’kov, G. Boebinger, S. Iordansky, D. Pines, L. Pitaevskii
Stanley Mandelstam,
Spartak Timofeevich Belyaev, A. Barabanov, V. Zelevinsky
Anthony Philip French, P. H. Fisher, C. H. Holbrow
Leonid Keldysh, F. Capasso, P. Corkum, O. Kocharovskaya, L. Pitaevskii, M. V. Sadovskii
Ursula Martius Franklin, D. D. Perovic
C. V. Vishveshwara, N. Dadhich, R. Isaacson, B. Iyer, K. Jani, C. W. Misner
Yoshio Yamaguchi, N. Sakai
Roger Wolfe Cohen, P. Eisenberger, M. P. Fricke, L. I. Gould, W. Happer
Kwok-Yung Lo, P. A. Vanden Bout, A. I. Sargent
Gary Steigman, R. Scherrer, J. Beacom, T. Walker, K. Olive, M. Turner
Paul Frederick Zweifel, N. J. McCormick, C. E. Siewert, B. D. Ganapol, A. K. Prinja
Sidney David Drell, J. D. Bjorken, R. L. Garwin, W. J. Perry
Edwin Leo Goldwasser, R. A. Carrigan, R. O. Simmons
Kerson Huang, C. Xiong
Arthur Hinton Rosenfeld, A. Gadgil, D. B. Goldstein, J. Koomey
First physicist in Congress dies
Alexei Alexeyevich Abrikosov, M. R. Norman, A. A. Varlamov
Leo Leroy Beranek, G. C. Maling Jr, E. J. W. Wood
Cornelis A. Gehrels, S. B. Cenko, F. Reddy
Abraham Szöke, S. B. Libby, M. D. Rosen
Karl-Heinz Rieder, L. Bartels, S.-W. Hla, J. Manson, A. Baratoff, L. Grill, K.-H. Ernst
Sheldon Schultz, M. B. Maple, D. C. Vier, D. R. Smith, D. M. Eigler
Ronald William Prest Drever, C. M. Caves, R. E. Spero
Peter Mansfield, P. Gowland
Ocean science
See also
Ocean currents respond to climate change in unexpected ways
Antarctic ice flows
Citizen observers chart Arctic change
Why the ocean’s carbon sink has gotten stronger
Sea turtles don’t just go with the flow
Rising heat content of Earth’s oceans
Coral isotopes track the rise of anthropogenic nitrogen
A seismic hydrophone array in a tube
Giant undersea craters were blown out by decomposing methane hydrates
Climate change scenarios and risks, M. J. Gerver
Climate change in the Arctic accelerates
Cruising the seas on the wreckage of a natural disaster
Optics and photonics
See also
Photonic doping tunes transparent media
Frog fluorescence
The power of imaging with phase, not power, G. Popescu
Imaging cancer with photoacoustic radar, A. Mandelis
Carving out entanglement
Shepherding DNA with light and entropy
From lab to clinic
Quantum entanglement reaches new heights
A graphene-based digital camera
A deep neural network of light
Microscopy without lenses, E. McLeod, A. Ozcan
Exceptional points make for exceptional sensors
How squid build their graded-index spherical lenses
Phase-sensitive surface spectroscopy, simplified
The new era of polariton condensates, D. W. Snoke, J. Keeling
Now you see this nanoplasmonic mirror. Now you don’t.
Weiss, Barish, and Thorne share 2017 Nobel Prize in Physics
Boosting solar energy conversion with nanofluids, N. E. Hjerrild, R. A. Taylor
Particle physics
See also
Antiprotonic helium
Antihydrogen gives way to spectroscopic study
Proton structure seen in a new light
An electron–proton collider could bridge the gap between the LHC and its successor
Magnetic monopole search, past and present, A. S. Goldhaber
Hidden worlds of fundamental particles, D. Curtin, R. Sundrum
Proton–proton collisions prove stranger than expected
As nuclear fuel ages, an antineutrino anomaly changes
Issues that pushed the SSC’s demise, C. Milner
Making a statement about parameter ranges, A. Caldwell
Massive machine gears up to weigh nearly massless particles
Proton mass measured with unprecedented precision
Neutrino detection goes small
Ultraperipheral nuclear collisions, S. Klein, J. Nystrand
A reminder of the powers of π, L. J. Dubé
Philosophy of science
See
Planetary science
See
Plasmas and fusion
See also
High-energy-density science blooms at NIF
A step toward deciphering auroras
US academic fusion researchers sound alarm
Why is the Sun’s corona so hot? Why are prominences so cool? J. B. Zirker, O. Engvold
What causes the Sun’s plasma jets?
Necessary and sufficient conditions for practical fusion power, R. L. Hirsch
Grape balls of fire!
Politics and policy
See also
Commentary: Physicists without borders, A. P. Gast
X-ray sterilization with accelerators is viable in US
Despite financial squeeze, Japan continues drive to globalize its science enterprise
Erratic helium prices create research havoc
With Trump in charge, uncharted waters lie ahead for science
Fracking and the future of fuels, D. A. Cornell
Book on Sakharov raises issues, S. D. Drell, G. P. Shultz
Society, politics, and the realm of physics, R. S. Orr
Fates of two big radio dishes hang in the balance
Effort in asteroid defense under way despite funding constraints
How did a scientific Siberia turn into AstroBoulder? J. P. Bassi
Notes on the New Big Science, P. Foukal
UK science mired in uncertainty about Brexit
Can a trusting relationship between DOE and its labs be restored?
Climate-data rescue efforts gear up
Meghnad Saha and the contemporary scene, C. W. Clark
The secret of the Soviet hydrogen bomb, A. Wellerstein, E. Geist
Sakharov, Gorbachev, and nuclear reductions, F. N. von Hippel
Steady, strong growth is expected for open-access journals
The past and future of physics education reform, V. K. Otero, D. E. Meltzer
Illinois budget impasse damaging state universities
Breakthrough battery hinged on funding from program in Trump’s crosshairs
The secret search for uranium in Cold War Morocco, M. Adamson
Cleanup of Cold War nuclear waste drags on
As student labor movements grow, scientists turn activist
Grim news for science and research in Trump budget
Issues that pushed the SSC’s demise, C. Milner
Atmospheric research in the Rocky Mountain foothills
Mobilizing US physics in World War I, J.-G. Hagmann
Climate change scenarios and risks, M. J. Gerver
Climate change in the Arctic accelerates
Climate change research cut as Canada focuses on mitigation
Hydrogen-powered vehicles: A chicken and egg problem
Difficult decisions
Necessary and sufficient conditions for practical fusion power, R. L. Hirsch
Nevada and Trump administration face off over Yucca Mountain
First physicist in Congress dies
Heisenberg letters show courage in horrific times, I. Heisenberg
NASA sees a future with nuclear power
Polymer physics
See
Publishing, media, and the press
See also
Our new website
Your most impactful publication can come at any time
The image of scientists in The Big Bang Theory, M. A. Weitekamp
Society, politics, and the realm of physics, R. S. Orr
In referees we trust? M. Baldwin
The state of open access
Steady, strong growth is expected for open-access journals
International Cloud Atlas
LIGO backstory delights and displeases, J. M. Pasachoff
Guns on campus: Is that physics? D. A. Roberts
Guns on campus are scientists’ concern, A. Hobson
Call him Doctor Cooper, T. Katori
In the digital age, physics students and professors prefer paper textbooks
Against the rising flood of information
Difficult decisions
Peer review as collaboration, T. Shinbrot
Peer review as conflict, Y. Gingras
What do they think we know?
Quantum physics
See also
Classical precursor to turbulence observed in a superfluid
Neutron starlight gets QED-fueled polarization boost
Antiprotonic helium
Constraining interpretations of quantum mechanics
Footnote on femtochemistry, Y. Gan
Proton structure seen in a new light
Magnetic monopole search, past and present, A. S. Goldhaber
Shedding light (and dark) on quantum probabilities
Quantum-circuit refrigerator
Carving out entanglement
Surprises from the spin Hall effect, J. Sinova, T. Jungwirth
Quantum computing with neutral atoms, D. S. Weiss, M. Saffman
Historical note on 2016 Physics Nobel, M. Schick
Quantum entanglement reaches new heights
Quantum gases cooled to long-range antiferromagnetic order
Exceptional points make for exceptional sensors
The new era of polariton condensates, D. W. Snoke, J. Keeling
Rheology
See also
Leidenfrost for solids
Fracking and the future of fuels, D. A. Cornell
Polymer-based transistors bring fully stretchable devices within reach
Sediment supply predicts river geometry
How friction melts sliding rock
Spider dragline silk’s surprising twist
Collisions of viscous droplets
Interplanetary sand traps, T. Shinbrot
Wickless heat pipes in microgravity, J. L. Plawsky, T. Nguyen
How squid build their graded-index spherical lenses
Commentary: The promise of polymers, T. Lodge
Fluid dynamics explains ancient organism behavior
Liquid diodes
Scientific societies
Steady, strong growth is expected for open-access journals
The Moving Rocks of Death Valley
Commentary: International Union of Pure and Applied Physics and you, B. H. J. McKellar
Preparing physics students for 21st-century careers, L. McNeil, P. Heron
Society and physics
See also
Commentary: Physicists without borders, A. P. Gast
With Trump in charge, uncharted waters lie ahead for science
The image of scientists in The Big Bang Theory, M. A. Weitekamp
Fracking and the future of fuels, D. A. Cornell
Book on Sakharov raises issues, S. D. Drell, G. P. Shultz
Society, politics, and the realm of physics, R. S. Orr
Citizen observers chart Arctic change
Discoveries and explanations
Approaches to studying our history, M. Berry
UK science mired in uncertainty about Brexit
Climate-data rescue efforts gear up
The strange star discovered by Planet Hunters, B. E. Schaefer
Commentary: In defense of Crazy Ideas, D. Stevenson
Meghnad Saha and the contemporary scene, C. W. Clark
Where’s my flying car?
Guns on campus: Is that physics? D. A. Roberts
Illinois budget impasse damaging state universities
Cleanup of Cold War nuclear waste drags on
Commentary: The eclipse of a generation, A. Speck
Guns on campus are scientists’ concern, A. Hobson
Issues that pushed the SSC’s demise, C. Milner
Call him Doctor Cooper, T. Katori
Mobilizing US physics in World War I, J.-G. Hagmann
A JunoCam close-up
Explaining a few discoveries, S. Tremaine
Climate change in the Arctic accelerates
Climate change research cut as Canada focuses on mitigation
Hydrogen-powered vehicles: A chicken and egg problem
Revisiting The Los Alamos Primer, B. C. Reed
Commentary: International Union of Pure and Applied Physics and you, B. H. J. McKellar
Necessary and sufficient conditions for practical fusion power, R. L. Hirsch
Nevada and Trump administration face off over Yucca Mountain
Patent work blends science, business, and law
Salaries for female physics faculty trail those for male colleagues
What do they think we know?
A universal human constant? I. S. Hammerman
A spray-on material can retrofit walls to save lives in earthquakes
Sociology of science
See also
Commentary: Physicists without borders, A. P. Gast
Your most impactful publication can come at any time
The image of scientists in The Big Bang Theory, M. A. Weitekamp
Physics education research and student development, J. Winfrey
In referees we trust? M. Baldwin
A bridge between undergraduate and doctoral degrees, T. Hodapp, K. S. Woodle
Discoveries and explanations
Commentary: How to teach me physics: Tradition is not always a virtue, R. Heras
Approaches to studying our history, M. Berry
Notes on the New Big Science, P. Foukal
UK science mired in uncertainty about Brexit
Commentary: In defense of Crazy Ideas, D. Stevenson
Science is indeed special, J. Winkler
Undergraduate labs lag in science and technology
Theory institute opens residence hall for visitors
Commentary: Diversity in physics: Are you part of the problem? A. Nelson
Important factors in shaping physics identities, E. De Pree, J. M. Grossman
Steady, strong growth is expected for open-access journals
The past and future of physics education reform, V. K. Otero, D. E. Meltzer
Gathering the human stories of science, G. A. Good
Commentary: Pursuing science across nationalities and disciplines, K. Dani
LIGO backstory delights and displeases, J. M. Pasachoff
College-level project-based learning gains popularity
As student labor movements grow, scientists turn activist
Issues that pushed the SSC’s demise, C. Milner
Call him Doctor Cooper, T. Katori
In the digital age, physics students and professors prefer paper textbooks
Commentary: Surviving scientist burnout, L. Delle Site
Explaining a few discoveries, S. Tremaine
Revisiting The Los Alamos Primer, B. C. Reed
Commentary: International Union of Pure and Applied Physics and you, B. H. J. McKellar
Peer review as collaboration, T. Shinbrot
Peer review as conflict, Y. Gingras
Patent work blends science, business, and law
Death and succession among Finland’s nuclear waste experts, V. Ialenti
Is it time to change the undergraduate curriculum?
Readers weigh in on how to teach physics, B. C. Reed
Salaries for female physics faculty trail those for male colleagues
Preparing physics students for 21st-century careers, L. McNeil, P. Heron
Space and planetary science
See also
The space weather on the closest Earth-like exoplanet
Effort in asteroid defense under way despite funding constraints
High-energy-density science blooms at NIF
How did a scientific Siberia turn into AstroBoulder? J. P. Bassi
Circuitry made robust enough for Venus
Our changing view of Mars, A. R. Vasavada
Where are they? M. Livio, J. Silk
The upper atmosphere’s natural thermostat
Radar reveals new hot spots on Enceladus
Newfound rocks may be progeny of primordial crust
A step toward deciphering auroras
The new Moon, B. Denevi
Commentary: The eclipse of a generation, A. Speck
Weighing a star with light
Atmospheric research in the Rocky Mountain foothills
Why is the Sun’s corona so hot? Why are prominences so cool? J. B. Zirker, O. Engvold
Interplanetary sand traps, T. Shinbrot
A JunoCam close-up
They may not be out there, H. Smith
Evaluating the habitability of exomoons
NASA sees a future with nuclear power
Discovering Earth’s radiation belts, D. N. Baker, M. I. Panasyuk
Statistical physics and thermodynamics
See also
Classical precursor to turbulence observed in a superfluid
Leidenfrost for solids
Kamifusen, the self-inflating Japanese paper balloon, I. Fukumori
Supercooled water survives in no-man’s-land
Constraining interpretations of quantum mechanics
Dynamics of a human spiral wave, A. J. Welsh, E. F. Greco, F. H. Fenton
Diamonds from the deep
Passive cooling doesn’t cost the planet
Universal lower bound on the dissipation of superconductors
Metal–organic framework extracts water from thin air
Quantum-circuit refrigerator
Ferromagnetism found in two-dimensional materials
How friction melts sliding rock
Historical note on 2016 Physics Nobel, M. Schick
Quantum gases cooled to long-range antiferromagnetic order
Giant undersea craters were blown out by decomposing methane hydrates
Why is the Sun’s corona so hot? Why are prominences so cool? J. B. Zirker, O. Engvold
Interplanetary sand traps, T. Shinbrot
A thermodynamic theory of granular material endures
The emergent physics of animal locomotion, S. Sponberg
Wickless heat pipes in microgravity, J. L. Plawsky, T. Nguyen
The Moving Rocks of Death Valley
Superfast superconducting vortices
The new era of polariton condensates, D. W. Snoke, J. Keeling
Now you see this nanoplasmonic mirror. Now you don’t.
The relentless pursuit of hypersonic flight, I. A. Leyva
In celebration of Ilya Lifshitz, A. Y. Grosberg, B. Halperin, J. Singleton
A universal human constant? I. S. Hammerman
Superconductivity and superfluidity
See
Surface physics
See
Synchrotron light sources
See
Technology and engineering
See also
Israel’s water story: Success or crisis? G. Antonius
Wearable transistor can heal its own wounds
Olive spoons and terrapin forks
Fracking and the future of fuels, D. A. Cornell
Passive cooling doesn’t cost the planet
Biology leads the race to turn sunlight into fuels
Where’s my flying car?
More details on Israel’s water story, S. R. Cohen
Metal–organic framework extracts water from thin air
Printing glass in 3D
Surprises from the spin Hall effect, J. Sinova, T. Jungwirth
Quantum entanglement reaches new heights
A graphene-based digital camera
The carbon nanotube integrated circuit goes three-dimensional
Hydrogen-powered vehicles: A chicken and egg problem
Wickless heat pipes in microgravity, J. L. Plawsky, T. Nguyen
Necessary and sufficient conditions for practical fusion power, R. L. Hirsch
The new era of polariton condensates, D. W. Snoke, J. Keeling
Wastefulness not always a result of progress, A. Stillman
Refracturing may not be all it’s cracked up to be
The relentless pursuit of hypersonic flight, I. A. Leyva
Commentary: The promise of polymers, T. Lodge
A spray-on material can retrofit walls to save lives in earthquakes
Boosting solar energy conversion with nanofluids, N. E. Hjerrild, R. A. Taylor
Theory and mathematical physics
See also
The unfolding and control of network cascades, A. E. Motter, Y. Yang
Constraining interpretations of quantum mechanics
Testing theories of modified gravity
Magnetic monopole search, past and present, A. S. Goldhaber
Shedding light (and dark) on quantum probabilities
Hidden worlds of fundamental particles, D. Curtin, R. Sundrum
Historical note on 2016 Physics Nobel, M. Schick
In celebration of Ilya Lifshitz, A. Y. Grosberg, B. Halperin, J. Singleton
Trigonometry for the heavens, G. Van Brummelen
Thermodynamics
See
Underrepresented groups in physics
See
Universities and colleges
See
Women in physics
See
Books Reviewed
Acoustics
Acoustics of Musical Instruments, A. Chaigne, J. Kergomard (B. Greenhut)
Sound: A Very Short Introduction, M. Goldsmith (M. D. Greenfield)
Astronomy and astrophysics
All These Worlds Are Yours: The Scientific Search for Alien Life, J. Willis (P. Smith)
Astrophysics for People in a Hurry, N. D. Tyson (M. Lagos)
Placing Outer Space: An Earthly Ethnography of Other Worlds, L. Messeri (M. Shindell)
Biological and medical physics
Condensed-matter physics
Introduction to Many-Body Physics, P. Coleman (M. Randeria)
Cosmology and relativity
Fluids
Modern Fluid Dynamics for Physics and Astrophysics, O. Regev, O. M. Umurhan, P. A. Yecko (G. Lodato)
Geophysics
History and philosophy
American Luthier: Carleen Hutchins—the Art and Science of the Violin, Q. Whitney (C. Waltham)
Anomaly! Collider Physics and the Quest for New Phenomena at Fermilab, T. Dorigo (K. Staley)
Astronomy in the Ancient World: Early and Modern Views on Celestial Events, A. McLeod (G. Aldana)
Einstein’s Greatest Mistake: A Biography, D. Bodanis (A. D. Stone)
Gravity’s Kiss: The Detection of Gravitational Waves, H. Collins (B. Allen)
John Stewart Bell and Twentieth-Century Physics: Vision and Integrity, A. Whitaker (O. Freire Jr)
Placing Outer Space: An Earthly Ethnography of Other Worlds, L. Messeri (M. Shindell)
Strange Glow: The Story of Radiation, T. J. Jorgensen (M. Lavine)
Void: The Strange Physics of Nothing, J. O. Weatherall (T. Ryckman)
Miscellaneous
Nonlinear science and chaos
Lyapunov Exponents: A Tool to Explore Complex Dynamics, A. Pikovsky, A. Politi (R. C. Hilborn)
Nuclear physics
Energy from Nuclear Fission: An Introduction, E. De Sanctis, S. Monti, M. Ripani (N. Corngold)
Optics and photonics
Colour: How We See It and How We Use It, M. M. Woolfson (M. H. Brill)
Quantum Optomechanics, W. P. Bowen, G. J. Milburn (P. Meystre)
Particle physics
Particle Physics in the LHC Era, G. Barr, R. Devenish, R. Walczak, T. Weidberg (M. Cirelli)
Plasmas and fusion
Introduction to Modern Magnetohydrodynamics, S. Galtier (G. Ogilvie)
Popularizations
American Luthier: Carleen Hutchins—the Art and Science of the Violin, Q. Whitney (C. Waltham)
Astrophysics for People in a Hurry, N. D. Tyson (M. Lagos)
Colour: How We See It and How We Use It, M. M. Woolfson (M. H. Brill)
A Fortunate Universe: Life in a Finely Tuned Cosmos, G. F. Lewis, L. A. Barnes (M. Gleiser)
Storm in a Teacup: The Physics of Everyday Life, H. Czerski (B. Halfpap)
Void: The Strange Physics of Nothing, J. O. Weatherall (T. Ryckman)
Your Guide to the 2017 Total Solar Eclipse, M. E. Bakich (S. Mitton)
Quantum physics
The Cellular Automaton Interpretation of Quantum Mechanics, G. ’t Hooft (S. Forte)
Statistical physics and thermodynamics
Statistical Physics: A Prelude and Fugue for Engineers, R. Piazza (E. Chimowitz)
Texts and education
Laser Experiments for Chemistry and Physics, R. N. Compton, M. A. Duncan (J. Stalnaker)
Learning the Art of Electronics: A Hands-On Lab Course, T. C. Hayes (P. J. H. Tjossem)
Modern Fluid Dynamics for Physics and Astrophysics, O. Regev, O. M. Umurhan, P. A. Yecko (G. Lodato)
Teaching and Learning STEM: A Practical Guide, R. M. Felder, R. Brent (S. Chasteen)
Theory and mathematical methods
Group Theory in a Nutshell for Physicists, A. Zee (P. Van Isacker)
Author Index
J. Abraham (BR) MAR 60
M. Adamson The secret search for uranium in Cold War Morocco
E.-J. Ahn (BR) OCT 64
R. Ö. Akyüz (FOR) MAY 13
G. Aldana (BR) SEP 61
B. Allen (BR) DEC 53
J. Alonso (OB) FEB 69
G. Antonius (FOR) JAN 12
N. A. Bahcall (OB) MAR 73
D. N. Baker Discovering Earth’s radiation belts
M. Baldwin In referees we trust?
A. Barabanov (OB) JUN 72
A. Baratoff (OB) NOV 63
W. Barletta (OB) FEB 69
C. Barsi (FOR) JUN 15
L. Bartels (OB) NOV 63
J. P. Bassi How did a scientific Siberia turn into AstroBoulder?
J. Beacom (OB) AUG 72
M. Berry (FOR) MAR 11
J. D. Bjorken (OB) SEP 69
G. Boebinger (OB) MAY 68
J. Bohn (OB) JAN 69
M. Bojowald (BR) FEB 57
J.-P. Boucher (QS) JUN 82
C. Boulware (FOR) JAN 11
M. H. Brill (BR) APR 56
A. Caldwell (FOR) AUG 12
F. Capasso (OB) JUN 75
S. Carlip (BR) JUL 62
J. Carlsson (FOR) NOV 14
R. A. Carrigan (OB) SEP 70
A. Cavallo (FOR) FEB 11
C. M. Caves (OB) DEC 59
S. B. Cenko (OB) OCT 75
S. Chasteen (BR) MAY 57
E. Chimowitz (BR) OCT 62
W. T. Chu (FOR) FEB 15
M. Cirelli (BR) JUN 62
C. Clanet (QS) JUN 82
C. W. Clark (FOR) APR 11
C. S. Cockell The laws of life
S. R. Cohen (FOR) JUN 11
P. Corkum (OB) JUN 75
S. P. Cornelius (BR) NOV 51
D. A. Cornell (FOR) FEB 10
N. Corngold (BR) MAR 61
M. Cosentino Lagomarsino (BR) JUN 65
S. Cowley (FOR) OCT 13
R. P. Crease (FOR) MAR 12
D. Curtin Hidden worlds of fundamental particles
P. Cvitanović (OB) FEB 68
N. Dadhich (OB) JUL 71
M. Daly (FOR) NOV 10
K. Dani (FOR) JUN 10
C. Day (FOR) FEB 15
E. De Pree (FOR) MAY 12
L. Delle Site (FOR) SEP 10
B. Denevi The new Moon
S. D. Drell (FOR) FEB 14
L. J. Dubé (FOR) NOV 13
D. M. Eigler (OB) NOV 63
P. Eisenberger (OB) AUG 70
M. Endo (OB) JUN 73
O. Engvold Why is the Sun’s corona so hot? Why are prominences so cool?
K.-H. Ernst (OB) NOV 63
F. H. Fenton (QS) FEB 78
L. D. Ferreiro Clippers, yachts, and the false promise of the wave line
P. H. Fisher (OB) JUN 74
J. R. Fleming Carl-Gustaf Rossby: Theorist, institution builder, bon vivant
S. Forte (BR) JUL 60
P. Foukal (FOR) MAR 12
K. Frankel (FOR) JUN 13
O. Freire Jr (BR) FEB 57
M. P. Fricke (OB) AUG 70
H. J. Frisch (OB) MAR 72
I. Fukumori (QS) JAN 78
A. Gadgil (OB) SEP 72
Y. Gan (FOR) APR 14
B. D. Ganapol (OB) AUG 73
J. Ganguly (FOR) APR 12
A. Garscadden (FOR) SEP 12
R. L. Garwin (OB) SEP 69
A. P. Gast (FOR) JAN 10
E. Geist The secret of the Soviet hydrogen bomb
M. J. Gerver (FOR) SEP 11
Y. Gingras (FOR) OCT 16
M. Gleiser (BR) NOV 51
A. S. Goldhaber (FOR) JUN 12
D. B. Goldstein (OB) SEP 72
G. A. Good (QS) MAY 74
K. Gottstein (FOR) DEC 14
L. I. Gould (OB) AUG 70
P. Gowland (OB) DEC 60
C. M. Graney (FOR) JUL 12
E. F. Greco (QS) FEB 78
M. D. Greenfield (BR) JUN 64
B. Greenhut (BR) APR 58
L. Grill (OB) NOV 63
A. Y. Grosberg In celebration of Ilya Lifshitz
J. M. Grossman (FOR) MAY 12
J.-G. Hagmann Mobilizing US physics in World War I
B. Halfpap (BR) AUG 59
B. Halperin In celebration of Ilya Lifshitz
I. S. Hammerman (FOR) DEC 14
W. Happer (OB) AUG 70
C. Harrison (FOR) JUN 13
I. Heisenberg (FOR) DEC 13
G. Henderson (BR) OCT 61
R. M. Herman (FOR) JUN 14
P. Heron Preparing physics students for 21st-century careers
R. C. Hilborn (BR) MAR 62
R. L. Hirsch (FOR) OCT 11
S. Hitchman (QS) OCT 94
N. E. Hjerrild Boosting solar energy conversion with nanofluids
S.-W. Hla (OB) NOV 63
A. Hobson (FOR) AUG 12
T. Hodapp A bridge between undergraduate and doctoral degrees
A. R. Hoffman (FOR) MAY 13
C. H. Holbrow (OB) JUN 74
P. F. Hopkins (QS) APR 70
V. Ialenti Death and succession among Finland’s nuclear waste experts