Adrian Cho

Adrian Cho's AcademicInfluence.com Rankings

Adrian Cho

Physics

#7365

World Rank

#9389

Historical Rank

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Physics

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Adrian Cho's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Physics. Helium-3 shortage could put freeze on low-temperature research. (2009) (141)
Connecting the Dots to Custom Catalysts (2003) (111)
Energy's tricky tradeoffs. (2010) (82)
Simple Noise May Stymie Spies Without Quantum Weirdness (2005) (58)
Researchers Race to Put the Quantum Into Mechanics (2003) (55)
Pretty as You Please, Curling Films Turn Themselves Into Nanodevices (2006) (50)
Ourselves and our interactions: the ultimate physics problem? (2009) (49)
A Tale of Two Liquids (2003) (47)
A Fresh Take on Disorder, Or Disorderly Science? (2002) (46)
Mastering Macromolecules (2002) (38)
Nobel Prize for the economics of innovation and climate change stirs controversy (2018) (36)
IBM promises 1000-qubit quantum computer—a milestone—by 2023 (2020) (32)
Particle physics. Higgs boson makes its debut after decades-long search. (2012) (30)
High Tc: The Mystery That Defies Solution (2006) (29)
Coronavirus disruptions reverberate through research. (2020) (24)
Fire and ICE: Revving Up for H2 (2004) (22)
Physicists say it's simple. (2014) (22)
Strange new tricks with light. (2010) (21)
Electronic Paper: A Revolution About to Unfold? (2005) (20)
The Ultimate Bright Idea (2002) (18)
AI systems aim to sniff out coronavirus outbreaks. (2020) (17)
Physics. Scientific link-up yields 'control panel' for networks. (2011) (16)
Physics. Furtive approach rolls back the limits of quantum uncertainty. (2011) (16)
To fight global warming, Senate calls for study of making Earth reflect more light (2016) (16)
Fingerprinting Doesn't Hold Up as a Science in Court (2002) (15)
Life's Patterns: No Need to Spell It Out? (2004) (15)
Voilà! Cloak of Invisibility Unveiled (2006) (15)
Physics. Century-long debate over momentum of light resolved? (2010) (14)
Optics. Putting light's light touch to work as optics meets mechanics. (2010) (14)
Special Relativity Reconsidered (2005) (14)
The Mad Dash to Make Light Crystals (2008) (14)
The Hot Question: How New Are the New Superconductors? (2008) (13)
DOE pushes for useful quantum computing. (2018) (13)
To catch a wave. (2015) (13)
Computer science. Quantum or not, controversial computer yields no speedup. (2014) (13)
Physicists Unveil Schrödinger's SQUID (2000) (12)
Faintest thrum heralds quantum machines. (2010) (12)
Hydrogen From Ethanol Goes Portable (2004) (11)
Hubs aim to reinvent DOE research culture. (2013) (11)
High-Tech Materials Could Render Objects Invisible (2006) (11)
To B or Not to B? (2003) (11)
Boxed in. (2013) (10)
Ultracold Atoms Spark a Hot Race (2003) (10)
Econophysics: still controversial after all these years. (2009) (10)
Google claims quantum computing milestone. (2019) (10)
Astronomy Hits the Big Time (2009) (9)
Scheme for Boiling Nuclear Matter Gathers Steam at Accelerator Lab (2006) (9)
Bizarrely, Adding Delay to Delay Produces Synchronization (2006) (9)
Effect that Revolutionized Hard Drives Nets a Nobel (2007) (9)
New Superconductors Propel Chinese Physicists to Forefront (2008) (8)
Stretching Horizons for Electrical Devices (2000) (8)
Smaller, safer, cheaper: One company aims to reinvent the nuclear reactor and save a warming planet (2019) (8)
A Foot in Each Country (2004) (8)
Hairpins Trigger an Automatic Solution (2000) (8)
The biggest flipping challenge in quantum computing (2020) (8)
Universe's Highest-Energy Particles Traced Back to Other Galaxies (2007) (8)
German Physical Society. Leverage: the root of all financial turmoil. (2009) (7)
Breakthrough of the year. The discovery of the Higgs boson. (2012) (7)
2012 election. For once, science is an issue in race for a seat in Congress. (2012) (7)
Gravitational waves, Einstein's ripples in spacetime, spotted for first time (2016) (7)
Particle physics. The sterile neutrino: fertile concept or dead end? (2011) (7)
Distorted Galaxies Point to Dark Matter (2000) (7)
Math Clears Up an Inner-Ear Mystery: Spiral Shape Pumps Up the Bass (2006) (7)
Vibrations used to talk to quantum circuits. (2018) (6)
PARTICLE PHYSICS. Crunch time for dark matter hunt. (2016) (6)
A recipe for the cosmos. (2010) (6)
Making Machines That Make Others of Their Kind (2007) (6)
Invisibility Umbrella Would Let Future Harry Potters See the Light (2009) (6)
Materials science. What shall we do with the x-ray laser? (2010) (6)
Particle physics. Hints of greater matter-antimatter asymmetry challenge theorists. (2010) (6)
University Hackers Test the Right to Expose Security Concerns (2008) (6)
A Quiet Leader Unites Researchers in Drive for the Next Big Machine (2006) (5)
Microchips That Never Forget (2002) (5)
A New Way to Beat the Limits on Shrinking Transistors? (2006) (5)
‘Huge leap forward’: Computer that mimics human brain beats professional at game of Go (2016) (5)
Test of Hawking's Prediction on the Horizon With Mock 'White Hole' (2008) (5)
Astronomy. How hot is dark matter? (2012) (5)
National labs. For a famous physics laboratory, a quick and painful rebirth. (2009) (5)
Free-Flowing Supersolid Confirmed, But Origins Remain Murky (2006) (5)
Debate heats up over black holes as dark matter. (2017) (5)
Artificial intelligence systems aim to sniff out signs of COVID-19 outbreaks (2020) (5)
A Singular Conundrum: How Odd Is Our Universe? (2007) (5)
Aging Atom Smasher Runs All Out in Race for Most Coveted Particle (2006) (5)
Trapped in orbit. (2017) (5)
Catalyzing the Emergence of a Practical Biorefinery (2007) (4)
Einstein 1, Quantum Gravity 0 (2003) (4)
Program Proves That Checkers, Perfectly Played, Is a No-Win Situation (2007) (4)
Physics. Sparks fly over shoestring test of 'holographic principle'. (2012) (4)
Superconductivity's smorgasbord of insights: a movable feast. (2011) (4)
Forging a Cosmic Connection Between Students and Science (2005) (4)
Breakthrough of the year. The first quantum machine. (2010) (4)
German Physical Society. Snapshots from the meeting. (2009) (4)
Remembering Joseph Weber, the controversial pioneer of gravitational waves (2016) (4)
Robotic Cars Tackle Crosstown Traffic--and Not One Another (2007) (4)
Enormous Detector Forces Rethink Of Highest Energy Cosmic Rays (2007) (4)
What's Shakin' in the Ear? (2000) (4)
U.S. research spending. Sequester takes uneven bite from agency budgets. (2013) (4)
Cosmology. Universe's high-def baby picture confirms standard theory. (2013) (4)
Acoustics. Probing the secrets of the finest fiddles. (2010) (4)
Hawking's bid to save quantum theory from black holes. (2018) (4)
The accidental roboticist. (2014) (4)
Excess Particles From Space May Hint at Dark Matter (2008) (4)
Cosmology. First wrinkles in spacetime confirm cosmic inflation. (2014) (4)
In Volleyball, Crafty Players Serve Up an Aerodynamic Crisis (2004) (4)
Computer science. Network science at center of surveillance dispute. (2013) (4)
Racing to Capture Darkness (2007) (4)
The cosmos aquiver. (2016) (3)
Rebirth of leading European facility promises revolutionary advances in x-ray science (2020) (3)
The little reactors that could. (2019) (3)
Structural biology. News flash: X-ray laser produces first protein structure. (2012) (3)
The Quirks and Culture of Helium (2005) (3)
Physics. NRC urges U.S. to rethink sale of helium reserve. (2010) (3)
X-ray source gets a 100-fold boost in brightness. (2020) (3)
American Physical Society meeting. One cool way to erase information. (2011) (3)
Physics. Textbook electrodynamics may contradict relativity. (2012) (3)
Long-Awaited Data Sharpen Picture of Universe's Birth (2006) (3)
Cheap balloon-borne telescopes aim to rival space observatories. (2020) (3)
The long road to LIGO. (2016) (3)
Dark matter's dark horse. (2013) (3)
Constructing Spacetime--No Strings Attached (2002) (3)
Physics. Invisibility cloaks for visible light must remain tiny, theorists predict. (2010) (3)
ITER Tops DOE's List of Next Big Science Projects (2003) (3)
The social life of quarks. (2016) (3)
String Theory Gets Real--Sort Of (2004) (3)
DNA computing. Hairpins trigger an automatic solution. (2000) (3)
Electron-Ion Collider would lay bare the proton's innards. (2020) (3)
In a Jumble of Grains, a Good Hard Shake Restores Order (2006) (3)
Scientists unveil the most detailed map of dark matter to date (2017) (3)
Can Ice Vests Provide a Competitive Chill? (2008) (3)
Collective Effort Makes the Good Times Roll (2002) (3)
Physicists' Nightmare Scenario: The Higgs and Nothing Else (2007) (3)
Nonlinear dynamics. Bizarrely, adding delay to delay produces synchronization. (2006) (3)
Stripes Theory Beset by Quantum Waves (2002) (2)
More evidence to support quantum theory’s ‘spooky action at a distance’ (2015) (2)
Stalking Discovery From the Infinitesimal to the Infinite (2007) (2)
No room for error. (2020) (2)
OPTICS. Skintight invisibility cloak radiates deception. (2015) (2)
Theory of Shock Waves Clears Up the Puzzling Graininess of Crystals (2006) (2)
Energy Department Pulls Plug on Overbudget Fusion Experiment (2008) (2)
With to-do list checked off, U.S. physicists ask, 'What's next?' (2020) (2)
The Overture Begins (2008) (2)
FUSION ENERGY. More delays for ITER, as partners balk at costs. (2016) (2)
Mathematician claims breakthrough in complexity theory (2015) (2)
Chance discovery brings quantum computing using standard microchips a step closer (2020) (2)
New Symmetry for Silicon (2004) (2)
Atom-Based Detector Puts New Twist on Nuclear Magnetic Resonance (2005) (2)
Physics. Voila! Cloak of invisibility unveiled. (2006) (2)
Does Fermilab Have a Future? (2008) (2)
High-temperature superconductivity turns 20. High Tc: the mystery that defies solution. (2006) (2)
Astronomy. The tales told by lonely galaxies. (2009) (2)
The short, strange life of quantum radar. (2020) (2)
World poised to adopt new metric units. (2018) (2)
Clever math enables MRI to map biomolecules. (2019) (2)
Particle physics. Seeking a shortcut to the high-energy frontier. (2009) (2)
Collider plans face cloudy prospects. (2019) (2)
Judge Reverses Decision on Fingerprint Evidence (2002) (2)
Astrophysics. Gravitational waves serve up a mystery. (2016) (2)
Skewed neutrino behavior could help explain matter’s dominion over antimatter (2020) (2)
International Team Releases Design, Cost for Next Great Particle Smasher (2007) (2)
Physicists observe weird quantum fluctuations of empty space—maybe (2015) (2)
Bizarre 'Metamaterials' for Visible Light in Sight? (2008) (2)
Astrophysics. Rare celestial trio to put Einstein's theory to the test. (2014) (2)
Magnetic Gate Opens New Computing Path (2002) (2)
AI in Action: AI's early proving ground: the hunt for new particles. (2017) (2)
To Throw Farther, Waste Energy (2004) (2)
Feeling the chill. (2015) (2)
ITER leader faces tough questions, even from relatively supportive U.S. House panel (2016) (2)
Coronavirus just caused the American Physical Society to cancel its biggest meeting of the year (2020) (2)
Department of Energy picks two advanced nuclear reactors for demonstration projects (2020) (2)
Road map to U.S. fusion power plant comes into clearer focus—sort of (2021) (2)
Tests measure progress of quantum computers. (2019) (2)
Several U.S. utilities back out of deal to build novel nuclear power plant (2020) (2)
Scientific community. Particle physicists' new extreme teams. (2011) (2)
Merging neutron stars generate gravitational waves and a celestial light show (2017) (2)
Fusion. U.S. support for ITER wavers as costs spiral. (2014) (2)
A spacetime tremor and a celestial light show. (2017) (2)
Economics Nobel. Laureates analyzed economics outside markets. (2009) (2)
Research facilities. Betting big on science: a cautionary tale. (2012) (2)
SLAC Plays a Name Game (2008) (2)
Renewable energy. Hydrogen from ethanol goes portable. (2004) (2)
Insights Flow From Ultracold Atoms That Mimic Superconductors (2008) (2)
Breakthrough of the year. The runners-up. (2012) (2)
Economics Nobel. Three laureates explained why unemployment is inevitable. (2010) (2)
Particle physics. Physicists snare a precious few neutrinos from the cosmos. (2013) (2)
‘We had to act.’ How coronavirus fears forced physics society to nix giant meeting (2020) (2)
Competing Teams Plot Two Different Paths to a New Particle Smasher (2008) (2)
Mismatched Cold Atoms Hint at a Stellar New Superfluid (2005) (2)
Having a Blast, Wish You Were Here (2007) (2)
IBM casts doubt on Google’s claims of quantum supremacy (2019) (2)
Trio earns physics Nobel for turning lasers into tools. (2018) (2)
Dark matter search comes up empty (2016) (2)
Ordinary computer matches Google’s quantum computer (2022) (2)
Astrophysicists Lauded for First Baby Picture of the Universe (2006) (2)
Weighing the universe's most elusive particle (2017) (1)
Gravity Distorts Big Bang Afterglow, Opening New Window on Cosmos (2007) (1)
After Spectacular Start, the LHC Injures Itself (2008) (1)
Physicists Get the Dope on Disorder in High-Temperature Superconductors (2005) (1)
Magnetic Measurements Hint at Toastier Superconductivity (2008) (1)
General Relativity: the comic book. (2015) (1)
Squeeze Play Makes Solid Helium Flow (2008) (1)
Ultrashort Laser Pulses See Inside the Body (2007) (1)
Astronomy. What is dark energy? (2012) (1)
WIMPs at Last? Or More Wimpy Sightings? (2000) (1)
Physics. Dark-matter mystery nears its moment of truth. (2013) (1)
Cosmic dawn signal holds clue to dark matter. (2018) (1)
The scientist who spotted the fateful signal--and let the cat out of the bag. (2016) (1)
Physics. The ultimate bright idea. (2002) (1)
Is dark energy an illusion (2017) (1)
United States establishes a dozen AI and quantum information science research centers (2020) (1)
Neutron stars' quark matter not so strange. (2018) (1)
In search for unseen matter, physicists turn to dark sector. (2017) (1)
Special relativity. From Geneva to Italy faster than a speeding photon? (2011) (1)
Quantum experiment in space confirms that reality is what you make it (2017) (1)
The quest for boundless energy. (2019) (1)
Tiny Whirlpools Prove Atoms Flow Freely (2005) (1)
Trio wins Nobel for effects of topology on exotic matter. (2016) (1)
Astronomers Detect More Missing Matter (2000) (1)
Physics. Congress tries again to head off looming helium crisis. (2013) (1)
Theoretical physics. Can gravity and quantum particles be reconciled after all? (2009) (1)
To Physicists' Surprise, a Light Touch Sets Tiny Objects Aquiver (2005) (1)
Momentum From Nothing (2004) (1)
Scientists may have spotted a black hole and a neutron star colliding (2019) (1)
Particle physics. Last hurrah: final Tevatron data show hints of Higgs boson. (2012) (1)
To Escape From Quantum Weirdness, Put the Pedal to the Metal (2005) (1)
Famed number π found hidden in the hydrogen atom (2015) (1)
Dark matter hunters’ inconclusive signal grabs headlines (2020) (1)
New pentaquarks hint at zoo of exotic matter. (2019) (1)
Did the Nobel committee get the physics wrong (2016) (1)
PHYSICS. Triumph for gravitational wave hunt. (2016) (1)
Materials science. Amid superconductor debate, clash of physics titans resumes. (2013) (1)
String Theory Meets Practice as Violinmakers Rethink Their Craft (2005) (1)
Particle physics. Have physicists already glimpsed particles of dark matter? (2011) (1)
Atomic physics. Ultracold atoms spark a hot race. (2003) (1)
The Children of the Revolution (2004) (1)
Bedtime problems boost kids’ math performance (2015) (1)
Go-go Atoms Give Heat the Shake (2003) (1)
Condensed-matter physics. Evidence for free-flowing supersolid slipping away? (2010) (1)
Accelerator Delay Stuns U.S. Scientists (2006) (1)
Pulsars' Gyrations Confirm Einstein's Theory (2006) (1)
Technology. Electronic paper: a revolution about to unfold? (2005) (1)
Focus: Deriving Dimensions (2004) (1)
Odd computer zips through knotty tasks. (2016) (1)
Is dark matter made of black holes (2017) (1)
New Material Promises Chillier Currents (2000) (1)
Tiny black holes could trigger collapse of universe—except that they don't (2015) (1)
Skewed Starlight Suggests Particle Masses Changed Over Eons (2006) (1)
U.S. nuclear physicists push for new neutrino experiment (2015) (1)
Pulling Straight to the End of the Pool (2004) (1)
New Trick With Silicon Film Could Herald a Bright Future for Rolled-Up Nanotubes (2006) (1)
Double Magic for New Nickel Nucleus (2000) (1)
A weight limit emerges for neutron stars. (2018) (1)
Untangling the Celestial Strings (2008) (1)
Research funding. House science chief unveils contentious vision for science. (2015) (1)
Electron-ion collider wins key endorsement. (2018) (1)
Forensic science. Judge reverses decision on fingerprint evidence. (2002) (1)
At Mixed Odds, Racetrack Memory Charges From Gate (2008) (1)
American Physical Society meeting. Electrons surf sound waves to connect the quantum dots. (2011) (1)
Amid pandemic, Energy Department labs close to tens of thousands of users (2020) (1)
U.S. Department of Energy rushes to build advanced new nuclear reactors (2020) (1)
The Contenders (2003) (1)
Astronomy. Telescope clash deeply rooted in Hawaii's past. (2015) (1)
Gravitational waves reveal unprecedented collision of heavy and light black holes (2020) (1)
Snapshots From the Meeting (2005) (1)
New Observations Give Stripes Theory a Lift (2002) (1)
Quantum Flashlight Pierces the Darkness With a Few Percent as Many Photons (2008) (1)
Physics Institute Settles Suit, Takes Steps to Increase Diversity (2006) (1)
"Little" Cosmic Ray Observatory Aims to Make a Big Mark (2008) (1)
Updated: Trio snares physics Nobel for describing exotic states of matter (2016) (1)
Recipe for Flies' Eyes: Crystallize (2005) (1)
Photon Sieve Lights a Smooth Path to Entangled Quantum Weirdness (2009) (1)
New U.S. rules on helium sales said to stifle competition (2015) (1)
Runners-up. (2019) (1)
Cryptography. Quantum spy games. (2014) (1)
Energy research. Chu's legacy at DOE: some fields gain, others falter. (2013) (1)
Pulling Strings to Untangle Catastrophe (2007) (1)
Affirming support for Thirty Meter Telescope, Hawaii's governor calls for closing others (2015) (1)
Out with the WIMPs, in with the SIMPs? (2014) (1)
Breakdown of the Year: U.S. Particle Physics (2005) (1)
Congress pushes for multibillion-dollar nuclear reactor that critics call a boondoggle (2018) (1)
NUCLEAR NONPROLIFERATION. Risky reactor fuel to linger. (2016) (1)
Drop test. (2015) (1)
Reports of sterile neutrino’s resurrection may be greatly exaggerated (2018) (1)
Engineering Peak Performance (2004) (1)
Muon's magnetism could point to new physics. (2018) (1)
Physicists brawl over new dark matter claim (2020) (1)
Trio surfs gravitational waves to Nobel glory. (2017) (1)
Excavation starts for U.S. particle physicists’ next giant experiment (2017) (1)
Galaxy Clusters Bear Witness to Universal Speed-Up (2004) (1)
Cosmology. Blockbuster claim could collapse in a cloud of dust. (2014) (1)
New Array Takes Measure of Energy Dispute (2005) (1)
MRI for all (2023) (1)
U.S. science budget. House cuts to DOE national labs would also hamstring industry. (2011) (1)
Codemakers find algorithms immune to quantum hacks. (2019) (1)
Senate budgetmakers move to keep ARPA-E, bump up DOE science spending (2017) (1)
Research facilities. U.S. physicists eye Australia for new site of gravitational-wave detector. (2010) (1)
Energy research. Budget malaise may hit DOE's one big growth area. (2013) (1)
Is the LHC a Doomsday Machine? (2008) (1)
Particle physics. Key neutrino measurement signals China's rise. (2012) (1)
Particle physics. Who invented the Higgs boson? (2012) (1)
Letters Aver Physicist Supported Nazi Bomb (2002) (1)
Particle physics. Underground lab would cost U.S. billions. (2011) (1)
Focus: Momentum From Nothing (2004) (1)
Plot to redefine the kilogram nears climax. (2017) (1)
Delay in Europe Could Mean Extra Year for U.S. Collider (2007) (1)
Scientists rally around plan for fusion power plant. (2020) (1)
Particle mystery deepens, as physicists confirm that the muon is more magnetic than predicted (2021) (1)
PHYSICS. Controversial test finds no sign of a holographic universe. (2015) (1)
Smaller, cheaper reactor aims to revive nuclear industry, but design problems raise safety concerns (2020) (1)
Heat Flow Runs Into Quantum Limit (2000) (1)
U.S. science budget. Bigger contribution to ITER erodes domestic fusion program. (2012) (1)
German Physical Society. A new take on doping in iron-based superconductors. (2009) (1)
Nobel Prizes. Still in its infancy, two-dimensional crystal claims prize. (2010) (1)
Signs of a Second Flowing Solid Deepen a Quantum Mystery (2005) (1)
Can dark matter vanquish controversial rival theory? (2017) (1)
Evidence for cosmic inflation wanes. (2014) (1)
Particle physics. DOE derails planning for major Fermilab experiment. (2012) (0)
Scientists endorse billion-dollar collider to look inside protons and neutrons (2018) (0)
Hunting dark matter with GPS data (2017) (0)
Dueling Experiments Close In on Source of Proton's Spin (2005) (0)
Particle physics. Hint of dark matter may be just cosmic ray debris. (2013) (0)
No SLAC From Stanford (2008) (0)
Galaxy simulations are at last matching reality—and producing surprising insights into cosmic evolution (2018) (0)
The Runners-Up (1998) (0)
Doubly Special, Twice as Controversial (2005) (0)
Give U.S. national labs freer rein, commission urges skeptical senators (2015) (0)
Proposed DOE test reactor sparks controversy. (2018) (0)
Mastering Macro-Molecules (2002) (0)
Monster Machines (2003) (0)
Quantum measurements could power a tiny, hyper-efficient engine (2018) (0)
Rumor of gravitational wave discovery is just that, source says (2016) (0)
‘We did it!’: Voices from the gravitational wave press conference (2016) (0)
A simple explanation of mysterious space-stretching ‘dark energy?’ (2017) (0)
Nobel Prize in physics. Curious cosmic speed-up nabs Nobel Prize. (2011) (0)
Congressional science panel pushes for more energy research (2021) (0)
Technology. A bit of this and that. (2002) (0)
Condensed-matter physics. Supersolidity shot down by its own discoverer. (2012) (0)
Budget Cuts Mean Layoffs at Two DOE Labs, End for SLAC Collider (2008) (0)
Physicists predict a way to squeeze light from the vacuum of empty space (2019) (0)
Senate subcommittee moves to pull U.S. out of ITER fusion project (2015) (0)
France grossly underestimated radioactive fallout from atom bomb tests, study finds (2021) (0)
A Spare Magnet, a Borrowed Laser, and One Quick Shot at Glory (2007) (0)
High-energy physics. Higgs or bust? Fermilab weighs adding 3 years to Tevatron run. (2010) (0)
Quantum Optics Shines in the Photon's Centenary (2005) (0)
Googling Galaxies (2007) (0)
Evidence for sticky dark matter comes unglued (2018) (0)
BIOPHYSICS. Tiny built-in lasers light up living cells. (2015) (0)
New sodium isotope challenges theories of exotic atomic nuclei (2022) (0)
Softening the Blow (2005) (0)
In familiar decays, a whiff of new physics. (2017) (0)
Stephen Hawking’s (almost) last paper: putting an end to the beginning of the universe (2018) (0)
Snapshots From the Meeting (2004) (0)
Neutron stars may be bigger than expected, measurement of lead nucleus suggests (2021) (0)
Astronomy...while Planck dusts the skies for the fingerprints of inflation. (2009) (0)
‘Woohoo!’ email stokes rumor that gravitational waves have been spotted (2016) (0)
LHC Delays Give Tevatron a Shot at Higgs Boson (2009) (0)
Space ripples may untangle black hole tango. (2017) (0)
Space physics. Redesign postpones launch of long-delayed space station experiment. (2010) (0)
Humans best computers in atom-snatching game (2016) (0)
Wishlist-worthy books for young readers (2019) (0)
Coolest science ever headed to the space station (2017) (0)
U.S. energy department reshuffles science’s place within sprawling agency (2017) (0)
Superconductivity. New observations give stripes theory a lift. (2002) (0)
Cosmic-ray physics. New array takes measure of energy dispute. (2005) (0)
Stuart Henderson appointed director of DOE's Jefferson Lab (2017) (0)
German Physical Society. Water droplets grow faster than expected. (2009) (0)
Laser Plays Chemical Matchmaker (2008) (0)
I'll Shrink to That (2003) (0)
James Dumesic profile. Catalyzing the emergence of a practical biorefinery. (2007) (0)
Once again, physicists ask, how magnetic is the muon? (2021) (0)
Bursting bubbles blow smoke rings (2019) (0)
Twist on ‘survival of the fittest’ could explain how reality emerges from the quantum haze (2019) (0)
The Slightest Splash of Superfluid (2003) (0)
The cloak-and-dagger tale behind this year’s most anticipated result in particle physics (2021) (0)
Physicists figure out how to retrieve information from a black hole (2015) (0)
Metrology. A thermometer beyond compare? (2003) (0)
Dreams Collide With Reality for International Experiment (2007) (0)
Nobel Prize in physics. Manipulators of the quantum realm lauded. (2012) (0)
Burton Richter, Nobel Prize–winning physicist with influence in Washington, D.C., dies (2018) (0)
Big step for quantum teleportation won’t bring us any closer to Star Trek . Here’s why (2016) (0)
Search for superlight dark matter particles heats up (2018) (0)
U.S. House panel would slash Department of Energy's applied research (2015) (0)
Energy Research. U.S. fusion effort melts down. (2014) (0)
Theorist calculates the incalculable siren song of merging black holes (2019) (0)
Melting into Our Genes (2005) (0)
Physicists See Solid Helium Flow, But Not in the Most Exciting Way (2006) (0)
Life in the Fourth Estate: One Lapsed Physicist's Perspective (2013) (0)
Fermilab Sends Energy Department Final Plan to Lay Off 7% of Staff (2008) (0)
Tiny fountain of atoms sparks big insights into dark energy (2015) (0)
Slow Down, You Move Too Fast (2007) (0)
U.K. pledges $88 million to gigantic U.S. particle physics experiment (2017) (0)
Focus: The Temperature in the Crunch (2005) (0)
Clever math enables MRI to map molecules implicated in multiple sclerosis, other diseases (2019) (0)
Quantum Darwinism seen in diamond traps. (2019) (0)
Million-dollar Strads fall to modern violins in blind ‘sound check’ (2017) (0)
Artificial intelligence steals money from banking customers (2016) (0)
Focus: Crafting Crystals with a Light Touch (2002) (0)
Condensed-matter physics. Flowing crystals flummox physicists. (2005) (0)
A hunt for long-lived particles ramps up. (2019) (0)
Particle physics. New delay of Large Hadron Collider might not keep its rival on the job. (2010) (0)
Lean Times for Nuclear Physics (2005) (0)
Superluminal neutrinos. Where does the time go? (2011) (0)
Physics. High-tech materials could render objects invisible. (2006) (0)
Focus: A Tiny Solar System After All (2004) (0)
Scientific community. U.S. physicists, a long way from home. (2011) (0)
Director of U.S. fusion lab steps downs as researchers struggle to repair flagship machine (2016) (0)
Last Collider Standing (2008) (0)
Cresting a gravitational wave (2017) (0)
Physics. Controversy follows pricey space station experiment to launch pad. (2011) (0)
Trio of Particle Theorists Lauded (2008) (0)
To explain away dark matter, gravity would have to be really weird, cosmologists say (2020) (0)
Crafting Crystals with a Light Touch (2002) (0)
Condensed-matter physics. New spin on solid helium bolsters case for bizarre flow. (2010) (0)
Nuclear physics. Accelerator delay stuns U.S. scientists. (2006) (0)
Quantum physics. The quantum perfect storm. (2004) (0)
Congressional budgetmakers would hold line on Department of Energy research (2016) (0)
Rekindling the flame. (2020) (0)
All Paired Up but Unable to Flow, Atoms Strain Key Conceptual Link (2007) (0)
Up, Down, and Sideways: How Other Research Agencies Fared (2000) (0)
Fathoming Matter's Heart Unbound (2009) (0)
Reactor mishap derails U.S. studies with neutron beams. (2021) (0)
Trio of detectors homes in on black hole sources of gravitational waves (2017) (0)
How long would it take you to fall through Earth (2015) (0)
Cyclotron Shuttered (2008) (0)
Scared to Death (2003) (0)
Visualize the Vibe (2004) (0)
Stinky hydrogen sulfide smashes superconductivity record (2015) (0)
Focus: Melting into Our Genes (2005) (0)
Exotic particles called pentaquarks may be less weird than previously thought (2019) (0)
Technology. Microchips that never forget. (2002) (0)
Souped-up Superconductivity (2003) (0)
Magnetic Field Give Heat a Curious Sideway Shove (2005) (0)
Particle physics. The Large Hadron Collider redux: hoping for a long, hard slog. (2009) (0)
Costs Force NSF to Cancel Brookhaven Project (2005) (0)
After the LHC, the Deluge (2013) (0)
Calculation could dim hopes for new physics. (2021) (0)
Department of Energy moves forward with controversial test reactor (2019) (0)
Signal from age of the first stars could shake up search for dark matter (2018) (0)
Neutron-Laden Nucleus Pushes Limit (2007) (0)
Elite Retreat Takes the Measure of a Weirdly Ordinary World (2004) (0)
Theoretical physics. The children of the revolution. (2004) (0)
Fodder for future scientists (2020) (0)
Cosmic convergence. (2017) (0)
High-energy physics. Design flaw could delay collider. (2007) (0)
The Runners-Up (2003) (0)
Sign of Supersymmetry Fades Away (2001) (0)
U.S. pares back neutrino experiment to beat rival. (2022) (0)
Theoretical physics. The morning after, inflation result causes headaches. (2014) (0)
Where Are the Invisible Galaxies? (2007) (0)
House science committee spars over who loves the Department of Energy more (2018) (0)
Three Economists Lauded for Theory That Helps the Invisible Hand (2007) (0)
Quantum computers take step toward reliability (2023) (0)
Journal Plans Faster Thumbs-Down for Rejected Papers (2005) (0)
Bright Future for X-rays (2008) (0)
Hawking’s final quest: saving quantum theory from black holes (2018) (0)
High-energy physics. Report slams SLAC's safety practices. (2004) (0)
Feature: Drop-testing general relativity, Galileo’s way (2015) (0)
Cosmology. Misfire aside, signs of cosmic inflation could come soon. (2015) (0)
A Tiny Solar System After All (2004) (0)
Magnetic Fields Give Heat a Curious Sideways Shove (2005) (0)
Cornell's Collider Lives (2007) (0)
Astrophysics. Pulsars' gyrations confirm Einstein's theory. (2006) (0)
High-energy physics. A sign of new particles or general restlessness? (2011) (0)
Hunt for a long-sought dark matter particle nears a climax (2022) (0)
U.S. neutrino experiment's first result tantalizes (2015) (0)
Focus: Spotlight on Nanotubes (2004) (0)
An earthly search for gold's cosmic origins. (2017) (0)
Same bottom line hides sharp disagreement in Congress over energy research (2016) (0)
Flowing Crystals Flummox Physicists (2005) (0)
Particle physics. Plan to internationalize U.S. project may face headwind. (2014) (0)
Nuclear physics. Neutron-laden nucleus pushes limit. (2007) (0)
Superconductivity. Stripes theory beset by quantum waves. (2002) (0)
NOνA's shining moment. (2014) (0)
Long Gone or Gone Wrong? (2004) (0)
Gravitational waves reveal lightest black hole ever observed (2020) (0)
Atoms Team Up to Slow Down (2003) (0)
After years of avoidance, Department of Energy joins quest to develop quantum computers (2018) (0)
After decades of decline, the U.S. national fusion lab seeks a rebirth (2020) (0)
Cryptographers scramble to protect the internet from attackers armed with quantum computers (2019) (0)
Astrophysics. India poised to join hunt for gravitational waves. (2014) (0)
Milk jug–sized detector captures neutrinos in a whole new way (2017) (0)
NUCLEAR PHYSICS. U.S. targets matter-antimatter frontier. (2015) (0)
‘Time camera’ generates 3D images from echoes of light (2020) (0)
Gravitational waves help reveal the weight limit for neutron stars, the densest objects in the cosmos (2018) (0)
Meet Physics Girl, the YouTuber who makes a living explaining science (2017) (0)
DOE Takes Fresh Look At a Delayed Accelerator (2006) (0)
Universe inflation or dust emissions (2014) (0)
Feature: Physicists gear up to catch a gravitational wave (2015) (0)
2012 U.S. budget. Science stays on track in last-minute spending bill. (2011) (0)
Particle physics. Spontaneous symmetry breaking decanted. (2012) (0)
High-Temperature Superconductors Feel the Vibe After All (2006) (0)
Quantum internet closer as physicists stretch spooky link between atoms (2020) (0)
Nuclear physics. If budget woes continue, panel says DOE should shut last U.S. collider. (2013) (0)
SLAC Plays Catch-Up (2005) (0)
LIGO doesn’t just detect gravitational waves. It makes them, too (2017) (0)
Department of Energy picks New York over Virginia for site of new particle collider (2020) (0)
2008 Supplemental Helps Fermilab By Putting Jobs Before Research (2008) (0)
A quantum sense for dark matter. (2022) (0)
The Temperature in the Crunch (2005) (0)
Here’s the first person to spot those gravitational waves (2016) (0)
High-energy physics. Deep potholes block the road to discovery for U.S. science. (2011) (0)
European plan for gigantic new gravitational wave detector passes milestone (2021) (0)
Solid Hydrogen Not So Super After All (2006) (0)
Hubble Loses an Eye (2007) (0)
Big science projects face soaring costs, delays. (2022) (0)
High-energy physics. DOE shifts money from research grants to new projects. (2012) (0)
New evidence that the highest energy cosmic rays come from beyond our galaxy (2017) (0)
Space magnet homes in on dark matter clue. (2019) (0)
Can dark matter vanquish a rival theory (2017) (0)
Astrophysics. New neutrino may have heated baby universe. (2014) (0)
Focus: Spin Currents–Free of Charge (2003) (0)
CESR Launches Last Campaign (2004) (0)
'Mini-Manhattan Projects' for energy innovation wind down. (2021) (0)
Oddball particles tunneling through Earth could point to new physics (2018) (0)
How many neutrons can you cram into an atom? More than physicists thought (2018) (0)
Tiny symmetric swimmer evades basic rule of fluid dynamics (2021) (0)
A Thermometer Beyond Compare? (2003) (0)
Cosmic cacophony of colliding black holes continues (2018) (0)
Panel Prunes NSF Orchard to Make Room for Growth (2006) (0)
Particle's mass may tip the scales to new physics. (2022) (0)
Astrophysics. Enormous detector forces rethink of highest energy cosmic rays. (2007) (0)
Calculating the Incalculable (2003) (0)
Focus: Souped-up Superconductivity (2003) (0)
Dark matter. Racing to capture darkness. (2007) (0)
The Pulse of a Nuclear Reactor (2004) (0)
Nuclear physics. DOE funding crunch threatens future of only U.S. collider still running. (2012) (0)
Thwarting Post-Quantum Spies (2005) (0)
Space science. Has Voyager gone beyond the fringe? (2003) (0)
Molecular Conductivity Takes Shape (2002) (0)
Condensed-matter physics. Reprise of first experiment casts doubt on supersolid helium. (2012) (0)
Ronald Drever, co-founder of LIGO, has died (2017) (0)
Collision Course With Reality (2003) (0)
A step closer to explaining high-temperature superconductivity? (2015) (0)
Using mirrors to tame the savage x-ray laser. (2021) (0)
NSF Reopens Competition for Site to Build Underground Lab (2006) (0)
Has Voyager Gone Beyond the Fringe? (2003) (0)
The Quest for Dark Energy: High Road or Low? (2005) (0)
Atoms and antiatoms haven’t crashed Albert Einstein’s theory of relativity—yet (2018) (0)
United States should prepare to build a prototype fusion power plant, panel says (2018) (0)
Simple Scheme Stores Light by Converting It Into Vibration and Back (2007) (0)
Attempt to explain away ‘dark energy’ takes a hit (2016) (0)
Particle physics. New experiment torpedoes lightweight dark matter. (2013) (0)
Particle physics. Fermilab looks abroad for help with neutrino experiment. (2012) (0)
Hints of exotic new particle fade at world’s largest atom smasher (2016) (0)
Does space heat up when you accelerate? Physicists propose test of controversial idea (2017) (0)
Weird vibrations poised to control quantum computers (2018) (0)
Postage stamp to honor female physicist who many say should have won the Nobel Prize (2021) (0)
Editors' Choice (2014) (0)
Atom smasher could be making new particles that are hiding in plain sight (2019) (0)
New Chemical Elements Probe the Shoals of Stability (2004) (0)
Magnetic imaging. Atom-based detector puts new twist on nuclear magnetic resonance. (2005) (0)
Fermilab Proposes Way Station on the Road to the ILC (2007) (0)
Scaling the Crumpled Heights (2002) (0)
American Physical Society meeting. Ultrashort laser pulses see inside the body. (2007) (0)
Superconductors Show Their Stripes (2002) (0)
Particle physics. More bad connections may limit LHC energy or delay restart. (2009) (0)
White House Sticks to The Basics (2006) (0)
Physicists revive hunt for dark matter in the heart of the Milky Way (2019) (0)
Biden’s pick to lead Department of Energy science signals focus on climate and diversity (2021) (0)
Condensed matter physics. Solid hydrogen not so super after all. (2006) (0)
Black hole reverberations suggest the cosmic beasts are as ‘bald’ as cue balls (2019) (0)
A call for change at storied physics lab (2023) (0)
Yuri Orlov, physicist and Soviet dissident, dies (2020) (0)
DOE's Disappointing Budget Makes It Harder to Stick to the Basics (2008) (0)
Stephen Hawking, who shined a light on black holes, dies at age 76 (2018) (0)
Particle Physics. Excitement, anxiety greet LHC restart. (2015) (0)
Focus: Atoms Team Up to Slow Down (2003) (0)
Hunt for gravitational waves resumes (2015) (0)
Particle physics. Europe opens door to global approach on megaprojects. (2013) (0)
Quantum mechanics. Breakthrough lost in coin toss? (2014) (0)
Nuclear history. Letters aver physicist supported Nazi bomb. (2002) (0)
Design Flaw Could Delay Collider (2007) (0)
Probing the proton. (2015) (0)
NOBEL PRIZES. Neutrino oscillations honored. (2015) (0)
Particle physics. Dreams collide with reality for international experiment. (2007) (0)
Aging Voyager 1 spacecraft undermines idea that dark matter is tiny black holes (2019) (0)
New State of Matter Not So New? (2002) (0)
Computer science. Collective effort makes the good times roll. (2002) (0)
Astronomy. Hawaii's governor proposes telescope swap. (2015) (0)
House reverses proposed cut to energy innovation hubs (2017) (0)
Focus: New Symmetry for Silicon (2004) (0)
With unusual candor, Senate appropriators ‘reject’ cuts to energy research (2017) (0)
Physics Nobel honors discoveries about black holes (2020) (0)
Bipartisan Senate coalition calls for boost in energy research (2015) (0)
Quantum Network Set to Send Uncrackable Secrets (2008) (0)
The Cubs’ curse is over, but there’s an 80% chance another team will have the same bad luck (2016) (0)
National laboratories. Leading U.S. x-ray source goes after bigger upgrade. (2014) (0)
Focus: Superconductors Show Their Stripes (2002) (0)
Japan to enlarge massive cosmic ray array in Utah (2015) (0)
Scientists arm cells with tiny lasers (2015) (0)
High energy physics. Fermilab physicists don't see Higgs, argue they should keep looking. (2010) (0)
Astronomy. Where are the invisible galaxies? (2007) (0)
Famous shadow of black hole provides novel test for new theories of gravity (2020) (0)
Congress sends Trump energy spending bill that includes healthy boost for science (2018) (0)
DOE science pick signals new focus on climate. (2021) (0)
Stradivari's Secret (2003) (0)
Slightly more sensitive, LIGO resumes hunt for gravitational waves (2016) (0)
Pachón Is Catchin' On (2006) (0)
Cosmic convergence. (2015) (0)
Concussions originate from ringing deep inside the brain, modeling suggests (2018) (0)
Whither the International Linear Collider? (2008) (0)
Deep probe of antimatter puts Einstein’s special relativity to the test (2016) (0)
Nobel honors pioneers in cosmology and exoplanets. (2019) (0)
After decades of effort, scientists are finally seeing black holes—or are they? (2021) (0)
Mass Spectrometrists Salivate Over Recipe for Ions Alfresco (2004) (0)
Skewed Symmetries Net Honors for Particle Theorists (2008) (0)
Accident Shuts Down SLAC, Spurs Probe of Safety Rules (2004) (0)
Thom Mason, director of Oak Ridge National Laboratory, to step down (2017) (0)
Particle physics. Symmetries and forces. (2012) (0)
Video: Take a whirl above the massive LIGO gravitational wave detector (2015) (0)
Embracing Small Science in a Big Way (2006) (0)
At DOE, efforts to address climate and diversity dovetail (2021) (0)
Will Nobel Prize overlook LIGO's master builder? (2016) (0)
Renewed measurements of muon’s magnetism could open door to new physics (2018) (0)
Astrophysics. Fermi data dim dark-matter claim. (2009) (0)
Physicists’ search for rare Higgs boson pairs could yield new physics (2018) (0)
After botched launch, orbiting atomic clocks confirm Einstein’s theory of relativity (2018) (0)
American Physical Society meeting. Pulling strings to untangle catastrophe. (2007) (0)
Energy efficiency. Many more more-efficient computers. (2009) (0)
Ones we've lost. (2020) (0)
Giant gravitational wave detectors could hear murmurs from across universe (2021) (0)
Physics. CESR launches last campaign. (2004) (0)
Steven Ashby named director of DOE’s Pacific Northwest National Laboratory (2015) (0)
Physics. Physicists get the dope on disorder in high-temperature superconductors. (2005) (0)
The hole truth. (2021) (0)
Lawsuit alleges scientific misconduct at U.S. nuclear weapons lab (2020) (0)
Your brain is like a wad of paper (2015) (0)
The triumph and tragedy of the Higgs boson. (2022) (0)
National Science Foundation. Two mines in running for underground lab. (2005) (0)
Ripples in space: U.S. trio wins physics Nobel for discovery of gravitational waves (2017) (0)
Spin Currents–Free of Charge (2003) (0)
Particle physics. Why the 'Higgs'? (2012) (0)
European physicists boldly take small step toward 100-kilometer-long atom smasher (2020) (0)
Report Slams SLAC's Safety Practices (2004) (0)
Focus: Winning an Uphill Battle (2004) (0)
Focus: Softening the Blow (2005) (0)
Particle physics. Budget cap could gut next big Fermilab project. (2012) (0)
Focus: Visualize the Vibe (2004) (0)
Particle physics. Calculating the incalculable. (2003) (0)
A Wave of Approval (2007) (0)
Physics. Two-billion-dollar cosmic ray detector sees signs of something. (2013) (0)
Beset by Delays, U.S. Astronomers Ponder a Better 'To Do' List (2009) (0)
Leon Lederman, father of ‘the God particle,’ dies (2018) (0)
Sorry, Can't Stop (2003) (0)
Spotlight on Nanotubes (2004) (0)
Focus: Go-go Atoms Give Heat the Shake (2003) (0)
Black holes by the dozens challenge theorists. (2020) (0)
Weird sterile neutrinos may not exist, suggest new data from nuclear reactors (2017) (0)
HAL the Cosmologist (2008) (0)
Massive, blimplike experiment lowers weight limit on neutrino (2019) (0)
Physics. Ironing out consensus on the iron-based superconductors. (2010) (0)
Researchers Target Flaws in Ballistic Missile Defense Plan (2000) (0)
The unbearable lightness of neutrinos. (2017) (0)
Physics. Thought experiment torpedoes variable-speed-of-light theories. (2010) (0)
Superconducting materials found in meteorites (2018) (0)
Physicists Feel the Spotlight (2008) (0)
Gravity Research Pulled Together (2006) (0)
Water molecules break bonds through quantum tunneling (2016) (0)
Linear Collider Gains Friends (2006) (0)
Scientific gold mine or dicey money pit? (2010) (0)
Astronomers spot signs of weird quantum distortion in space (2016) (0)
Dark matter could warm the hearts of lonely old planets, scientists predict (2021) (0)
European physicists unveil plans for a particle collider that would be longer than the Panama Canal (2019) (0)
Focus: Atoms Incognito (2003) (0)
Particle physics. Search for Higgs boson yields a definite maybe. (2011) (0)
World’s lakes are much shallower than thought, mathematical analysis suggests (2017) (0)
National Academies urges renewed commitment to fusion. (2018) (0)
LIGO’s latest: Space ripples may untangle black hole tango (2017) (0)
Massive neutrino experiment undermines our sense of reality (2016) (0)
The galaxy builders. (2018) (0)
How a school of fish is like a rubber band (2019) (0)
PARTICLE PHYSICS. Giant atom-smasher gears up to chase whiff of new physics. (2016) (0)
Stability, International Character Honed CERN's Competitive Edge (2007) (0)
Galaxy hunters spot hidden giants in the early universe (2019) (0)
‘Shocking’ unification reduces a lot of tough physics problems to just one (2016) (0)
U.S. Senate confirms new DOE science chief (2015) (0)
The universe teems with weird black holes, gravitational-wave hunters find (2020) (0)
Underground experiment casts doubt on controversial dark matter claim (2018) (0)
Philip Anderson, legendary theorist whose ideas shaped modern physics, dies (2020) (0)
With to-do list checked off, U.S. physicists ask, ‘What’s next?’ (2020) (0)
South Dakota Digs In (2005) (0)
Controlling Heat Flow with a Magnet (2005) (0)
Is the end in sight for famous dark matter claim? (2021) (0)
Japan Gets Head Start in Race to Build Exotic Isotope Accelerators (2006) (0)
High-energy physics. Costs force NSF to cancel Brookhaven Project. (2005) (0)
A world without DNA and black holes: The state of science the last time the Chicago Cubs won the World Series (2016) (0)
High-energy physics. To B or not to B? (2003) (0)
Fresh calculation of obscure particle’s magnetism could dim hopes for new physics (2021) (0)
Meet the college dropout who invented the gravitational wave detector (2016) (0)
Theoretical physics. String theory gets real--sort of. (2004) (0)
Theoretical physics. Constructing spacetime--no strings attached. (2002) (0)
Economics Nobel honors trio taking an experimental approach to fighting poverty (2019) (0)
American Physical Society meeting. Recipe for flies' eyes: crystallize. (2005) (0)
Ring Around a Quasar May Deflate Quantum Foam After All (2006) (0)
Curtain falls on controversial big bang result (2015) (0)
A Bit of This and That (2002) (0)
Physicists detect whiff of new particle at the Large Hadron Collider (2017) (0)
Metric system overhaul will dethrone the one, true kilogram (2018) (0)
Economics Nobel honors study of consumption differences between rich and poor (2015) (0)
Particle physics. Running at half-energy keeps LHC in race for discoveries. (2009) (0)
Researchers, Place Your Bets! (2008) (0)
In search for unseen dark matter, physicists turn to shadow realm (2017) (0)
Physicists plan hunt for Higgs boson pairs. (2018) (0)
Like Physics? Pony Up (2006) (0)
Controversial experiment sees no evidence that the universe is a hologram (2015) (0)
American Physical Society meeting. Snapshots from the meeting. (2011) (0)
After years of effort, physicists spot Higgs boson decaying in most ordinary way (2018) (0)
Experimenters Agree: You Can Cross Off Flowing Crystals (2007) (0)
American Physical Society meeting. Ice is predicted to be weirder still. (2011) (0)
Oddly, Too Much Weirdness Slows a Quantum Computer Down (2009) (0)
Weird new form of nuclear matter might lie just beyond experimenters’ grasp (2018) (0)
U.S. science and austerity. Commitments, ideology clash over DOE research spending. (2011) (0)
Condensed matter physics. Tiny whirlpools prove atoms flow freely. (2005) (0)
The long road to proving Einstein's biggest prediction (2016) (0)
Focus: The Pulse of a Nuclear Reactor (2004) (0)
Patricia Dehmer, guiding force behind Department of Energy science, to retire (2016) (0)
Fear and loathing in the hunt for gravitational waves (2016) (0)
Engineering of sport meeting. To throw farther, waste energy. (2004) (0)
Astronomers spot the filaments of gas that feed the galaxies (2019) (0)
Focus: Thwarting Post-Quantum Spies (2005) (0)
U.S. physicists rally around ambitious plan to build fusion power plant (2020) (0)
New wrinkle on origami turns designing folding structures into child’s play (2019) (0)
Clash of the titans (2022) (0)
Physics Nobel honors architect of modern cosmology, discoverers of other worlds (2019) (0)
It’s official: You’re lost in a directionless universe (2016) (0)
Space magnet homes in on clue to dark matter (2019) (0)
Spinning black holes could fling off clouds of dark matter particles (2017) (0)
The Quantum Perfect Storm (2004) (0)
Focus: A Tale of Two Liquids (2003) (0)
Nuclear physics. Primordial matter comes into focus in many tiny big bangs. (2012) (0)
Focus: Molecular Conductivity Takes Shape (2002) (0)
Quantum chicken-or-egg experiment blurs the distinction between before and after (2018) (0)
Ghost catcher. (2019) (0)
Particle physics. One year on, LHC sees hints of Higgs--and nothing else. (2011) (0)
Resurrected detector will hunt for some of the strangest particles in the universe (2019) (0)
Focus: Scaling the Crumpled Heights (2002) (0)
Winning an Uphill Battle (2004) (0)
Two U.S. Labs Vie for Long-Delayed Exotic Nuclei Source (2008) (0)
U.S. should stick with troubled ITER fusion project, secretary of energy recommends (2016) (0)
Years after shutting down, U.S. atom smasher reveals properties of 'God particle' (2015) (0)
Massive climate and health bill also benefits U.S. energy labs (2022) (0)
Feature: The social life of quarks (2016) (0)
ASTROPHYSICS. LIGO detects another black hole crash. (2016) (0)
High-energy physics. Fermilab to end its quest for Higgs particle this year. (2011) (0)
For a change, a hint of new physics does not fade away. (2021) (0)
Measurement Schemes Let Physicists Tiptoe Through the Quanta (2006) (0)
National Science Foundation. Budget shortfall could derail plans for underground lab. (2010) (0)
Alternatives to black holes are scarce and strange. (2021) (0)
DOE Picks Michigan State Lab for Rare-Isotope Accelerator (2008) (0)
Theorist Revolutionized Study of What Gets Made Where (2008) (0)
Particle physics. First solid signs of the Higgs boson could be announced next week. (2011) (0)
Entanglement snares prize (2022) (0)
Focus: The Slightest Splash of Superfluid? (2003) (0)
Biophysics. What's shakin' in the ear? (2000) (0)
High-energy physics. The Tevatron's epitaph: solid science, no surprises. (2011) (0)
Sotto Voce, LHC Repair Plan Points to Weaknesses in Original Design (2008) (0)
Collider Coming Together (2005) (0)
Tidy Triangle Dashes Hopes for Exotic Undiscovered Particles (2006) (0)
Next linear collider. Collision course with reality. (2003) (0)
Subtly shifted star could force rethink of dark matter (2015) (0)
Lawsuit alleges scientific misconduct at weapons lab. (2020) (0)
X-ray Flashes Provide Peek Into Atom Core (2002) (0)
Particle physics. How to make a collider. (2009) (0)
In a Vacuum, No One Sees You Splatter (2005) (0)
How to evaluate computers that don’t quite exist (2019) (0)
The short weird life—and potential afterlife—of quantum radar (2020) (0)
Stray Wi-Fi signals could let spies see inside closed rooms (2017) (0)
Two Mines in Running for Underground Lab (2005) (0)
Microwave background teams mull a grand unification. (2017) (0)
Tantalizing oddity found in exotic atom—but physicists aren’t hyping it (2020) (0)
Senators question nominees for DOE's science and clean-energy research wings (2018) (0)
Why the International Linear Collider? (2006) (0)
Back to the future: The original time crystal makes a comeback (2019) (0)
Spintronics. Magnetic gate opens new computing path. (2002) (0)
Will Nobel Prize overlook master builder of gravitational wave detectors (2016) (0)
DOE science. Embracing small science in a big way. (2006) (0)
Spacetime. Einstein 1, Quantum Gravity 0. (2003) (0)
Particle physics. At an impasse, U.S. particle physicists gather by the river to plan and dream. (2013) (0)
Costs balloon for huge new U.S. physics project. (2021) (0)
How to fly a pipe (2016) (0)
Physics Nobel. Digital imaging, communication advances honored. (2009) (0)
Nominee for Department of Energy’s undersecretary for science draws praise (2017) (0)
Giant detectors could hear murmurs from across universe. (2021) (0)
Physics. Tests show moon not quite as strange as some physicists had hoped. (2009) (0)
Pioneer of 'nudge' science and explorer of irrational decisions earns economics Nobel (2017) (0)
Unlucky CLOVER: U.K. Halts Unfinished Telescope Project (2009) (0)
Proof that neutrinos change identity bags physics Nobel (2015) (0)
Cheap balloon-borne telescopes aim to rival space observatories (2020) (0)
Focus: Controlling Heat Flow with a Magnet (2005) (0)
Weird state of matter produced in space for first time (2018) (0)
Scientists luck upon a new way to make a rainbow (2019) (0)
U.S. science policy. NSF won't build underground lab; scientists hope that DOE will. (2010) (0)
Critics question whether novel reactor is 'walk-away safe'. (2020) (0)
PARTICLE PHYSICS. Particle no-show at LHC prompts anxiety. (2016) (0)

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