Others Writing About Our Research
Displaying 1 - 100 of 131
2025
Gauging the Temperature Sensitivity of a Nuclear Clock
1 D.. Calonico, Physics 18, (2025).
New sensor can take any gas and tell you what’s in it
1 D.. Strain, CU Boulder Today (2025).
Frequency-comb detection of gas molecules achieves parts-per-trillion sensitivity
1 T.. Wogan, Physics World (2025).
Solid-state nuclear clocks brought closer by physical vapour deposition
1 T.. Wogan, Physics World (2025).
2024
US eyes developing 1000x less radioactive nuclear clocks with thorium thin films
1 A.. Paleja, Interesting Engineering (2024).
Nature Editorial: Progress on nuclear clocks shows the benefits of escaping from scientific silos
1 N.. Editors, Nature 633, (2024).
Countdown to a nuclear clock
1 A.. Pálffy, and J.R.C. López-Urrutia, Nature 633, (2024).
Breakthrough promises new era of ultraprecise nuclear clocks
1 J.. Bennett, Science (2024).
Reducing Uncertainty in an Optical Lattice Clock
1 H.-N.. Dai, and Y.-A.. Chen, Physics 17, 118, (2024).
World’s Most Accurate and Precise Atomic Clock Pushes New Frontiers in Physics
1 K.. Palubicki, NIST Public Affairs Office (2024).
Redefining time: CU Boulder, NIST create world’s most accurate clock
1 O.. DOAK, Daily Camera (2024).
An optical lattice clock based on strontium atoms achieves unprecedented accuracy
1 I.. Fadelli, Phys.Org (2024).
2023
Unexpected Noise in Next-Generation Mirror Material
1 M.. Schirber, Physics 16, (2023).
Unexpected Noise in Next-Generation Mirror Material
1 M.. Schirber, Physics 16, (2023).
Novel breathalyser rapidly tests for COVID-19
1 I.. Dumé, Physics World (2023).
Astronomy Tool Can Now Detect COVID in Breath
1 S.. Vartan, Scientific American (2023).
JILA’s Frequency Comb Breathalyzer Detects COVID-19 with Excellent Accuracy
1 R.. Jacobson, NIST NEWS (2023).
Frequency comb breathalyser detects COVID-19
1 I.. Michael, Spectroscopy Europe 35, (2023).
New laser-based breathalyzer sniffs out COVID, other diseases in real-time
1 L.. Marshall, CU Boulder Today (2023).
2022
The First Nuclear Clock Will Test if Fundamental Constants Change
1 J.. Howlett, Quantz Magazine (2022).
Tracking Quantum State Excitation in Large Molecules
1 M.. Rini, Physics (2022).
Atomic clouds stabilized to measure dilation of time
1 K.. Khabarova, Nature 602, (2022).
JILA Atomic Clocks Measure Einstein’s General Relativity at Millimeter Scale
1 L.. Ost, NIST News (2022).
2021
Physics World announces its finalists for the 2021 Breakthrough of the Year
1Physics World (2021).
No vacancy in the Fermi sea
1 B.. DeMarco, and J.H. Thywissen, Science 374, (2021).
Energizer Atoms: JILA Researchers Find New Way to Keep Atoms Excited
1 L.. Ost, NIST News (2021).
Strange quantum effect predicted 30 years ago has now been observed
1 L.. Crane, NewScientist (2021).
Pauli blocking is spotted in ultracold fermionic gases
1 H.. Johnston, Physics World (2021).
Scientists finally detected a quantum effect that blocks atoms from scattering light
1 E.. Conover, ScienceNews (2021).
Ultrasensitive frequency comb breathalyser targets real-time disease diagnosis
1 A.. Williams, Physics World (2021).
JILA breath analysis offers real-time disease diagnosis
1 O.. .Org, Optics.Org (2021).
JILA’s Comb Breathalyzer Is Now a Thousandfold More Sensitive to Disease Biomarkers
1 L.. Ost, NIST News (2021).
Breathalyzer Boosts Sensitivity with Mid-IR Light
1 P.. Daukantas, Optics and Photonics News (2021).
2020
JILA’s Electric ‘Knob’ Tunes Chemical Reaction Rates in Quantum Gas
1 L.. Ost, NIST (2020).
New JILA Tools ‘Turn On’ Quantum Gases of Ultracold Molecules
1 L.. Ost, NIST News (2020).
Physicists fine tune chemical reaction rates for ultracold molecules
1 T.. Wogan, Physics World (2020).
Advanced Atomic Clock Makes a Betterost Dark Matter Detector
1 L.. Ost, NIST News (2020).
Ultra-Precise Atomic Clocks May Be Able To Detect Oscillations of Dark Matter
1Futurism.Com (2020).
Precision measurement technology is approaching dark matter
1AlKhaleej Today (2020).
Nonidentical fermions interact identically
1 H.M. Hill, Physics Today 73, (2020).
Collisions Key in Creating a Quantum Degenerate Gas from Molecules
1 K.. Wright, APS Physics (2020).
Best of Last Week: Closing in on dark matter, ultra-high-res OLED display and distancing/masks may not stop COVID-19
1 B.. Yirka, Science X (2020).
2019
Synopsis: Three-Body Interactions, Not So Universal After All
1 H.. Barath, Physics (American Physical Society) 12, (2019).
JILA Team Demonstrates Model System for Distribution of More Accurate Time Signals
1 L.. Ost, NIST Newsletter (2019).
Keeping Time with Light
1 D.. Calonico, Physics (American Physical Society) 12, (2019).
Accurate and stable timekeeping
1 A.. Derevianko, Nature Reviews Physics 1, (2019).
JILA Researchers Make Coldest Quantum Gas of Molecules
1 L.. Ost, Department of Commerce Press Release (2019).
Ultracold and unreactive fermionic molecules
1 T.. Zelevinsky, Science 363, (2019).
JILA Researchers Uncover Quantum Structure of Buckyballs
1 L.. Ost, NIST News (2019).
2018
JILA Researchers Measure Multi-Particle Interactions in Atom Experiment
1 J.. Petersen, (2018).
JILA Researchers See Signs of Interactive Form of Quantum Matter
1 L.. Ost, (2018).
2017
JILA’s 3-D Quantum Gas Atomic Clock Offers New Dimensions in Measurement
1 L.. Ost, NIST News Release (2017).
Scientists Just Built the Most Precise Clock Ever to Help Understand Our Crazy Universe
1 R.F. Mandelbaum, Gizmodo (2017).
2016
JILA Atomic Clock Mimics Long-Sought Synthetic Magnetic State
1 N.. Staff, Space Daily News (2016).
JILA Atomic Clock Mimics Long-Sought Synthetic Magnetic State in Solids
1 L.. Ost, (2016).
Seeing a key air pollution reaction in unprecedented detail
1 S.. Lemonick, Forbes (2016).
Long-sought atmospheric intermediate detected
1 S.. Borman, Chemical and Engineering News 94, (2016).
Crystalline supermirros enhance spectroscopy for improved chemical kinetics understanding
1 G.. Overton, Laser Focus World (2016).
JILA Team Spots Elusive Intermediate Compound in Atmospheric Chemistry
1 L.. Ost, NIST News (2016).
JILA team identifies missing piece in how fossil fuel combustion contributes to air pollution
1Green Car Congress (2016).
Atomic clocks in space could detect gravitational waves
1 H.. Johnston, Physics World (2016).
Seeing Gravitational Waves with Atomic Clocks
1 B.. Koberlein, Forbes (2016).
Frequency Combs Tackle Large, Complex Molecules
1 W.. Wills, Optics & Photonics News (2016).
2015
Ultracold Quantum Crystal packed with 5 times more molecules
1 B.. Wang, NextBIGfuture (2015).
It's a Beauty: JILA's Quantum Crystal is Now More Valuable
1 L.. Ost, NIST News (2015).
2014
Guinness World Records 2015 - Best Atomic Clock
1Guinness World Records 2015 (2014).
JILA Team Finds First Direct Evidence of ‘Spin Symmetry’ in Atoms
1 L.. Ost, NIST Tech Beat (2014).
Optical-lattice clock sets new standard for timekeeping
1 A.G. Smart, Physics Today 67, (2014).
JILA Strontium Atomic Clock Sets New Records in Both Precision and Stability
1 L.. Ost, NIST Tech Beat 1, (2014).
2013
Beyond Quantum Simulation: JILA Physicists Create ‘Crystal’ of Spin-swapping Ultracold Molecules
1 L.. Ost, NIST Tech Beat (2013).
Rotating molecules as quantum magnets
1 A.J. Daley, Nature News and Views 501, (2013).
Super-accurate atomic clock doubles up as quantum sim
1 L.. Grossman, New Scientist (2013).
Toward Fractional Quantum Hall Physics with Cold Atoms
1 M.. Daghofer, and M.. Haque, Physics 6, (2013).
PHOTONICS APPLIED: BIOPHOTONICS: Breath analysis research approaches clinical practicality
1 M.. Barre, and E.. Takebuchi, Laser Focus World 49, (2013).
Immer bergauf oder verdampft gekühlt
1 S.. Ospelkaus, Physik Journal (Germany) 12, (2013).
2012
2011
Quantum Quirk: JILA Scientists Pack Atoms Together to Prevent Collisions in Atomic Clock
1 L.. Ost, US Department of Commerce News (2011).
2010
Multiwave spectroscopy improves semiconductor quality
1 J.. Schwartz, Photonics Spectra (2010).