Exploring the story behind the detection of phosphene in the Venusian atmosphere
Simulation suggests a smooth transition to a metal at high pressure
Read article: Astronomers plan huge neutrino observatory in the Pacific Ocean
The Pacific Ocean Neutrino Experiment would be the world’s largest neutrino telescope once built by the end of the decade
Read article: Giant Magellan Telescope receives cash injection from the National Science Foundation
US National Science Foundation has awarded $17.5m towards the construction of the huge 25.4 m telescope
Read article: NASA launches Mars Perseverance rover
Mission will explore the Martian geology and climate, look for signs of past microbial life as well as launch a small helicopter
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Two black holes combined to create object 142 times more massive than the Sun
Tiny features of a ‘Big Bounce’ led to universe-size anomalies today
“κ-scheme” could help give early warning of destructive solar storms
Galactic centre dimmed rapidly over less than two months
Measurements could help identify the origin of meteorite grains that formed before our solar system and improve models of nova explosions
Isotopic evidence could be lurking in the fossil record
Read article: Evidence for life is found on Venus, wider access to the best radiotherapy
We talk about reducing the global disparity in cancer treatment and Venusian phosphine
Read article: Why that massive black-hole merger is important, battling quantum decoherence on two fronts
Gravitational-wave expert Laura Nuttall is our guest this week
Read article: In it for the long run
Corey Gray on building and working at LIGO, inspiring the next generation of Indigenous physicists, and having a healthy work–life balance
Read article: Giant exoplanets directly observed orbiting Sun-like star
Finding could shed light on how our own solar system evolved
Read article: China successfully launches Tianwen-1 Mars probe
Craft will study Mars’ magnetosphere and atmosphere as well as surface and subsurface geological structures
Read article: A flat-Earth fight, an inconsistent Hubble constant, and carbon atoms at a graphene ‘watering hole’
Debates over the shape of the Earth and the rate of the universe's expansion have a very different feel
Read article: Hubble trouble: a rapidly expanding cosmic debate
Astronomers puzzled by discrepancies in the measured values of the Hubble constant
Read article: Starspot study sheds light on why some red giants spin faster than others
Astronomers identify three routes to high angular momentum
Read article: Growing the gravitational-wave network
David Reitze discusses how gravitational-wave observations are set for a multi-detector boost
Read article: Space-based spectrometer enters neutron lifetime debate
Analysis of data from NASA's MESSENGER craft yields a value that differs from those of laboratory experiments
Read article: United Arab Emirates launches Hope mission to Mars
The Hope craft – the first Arab mission to Mars – will study the Martian atmosphere including daily and seasonal changes in the climate
Read article: Planet Nine: is it a planet, a primordial black hole or something else entirely?
Fleets of tiny probes might discover what’s lurking at the edge of our solar system
Read article: Did a black-hole merger create a flash in a distant quasar?
Second signal from a hurtling black hole expected soon
Read article: David Leckrone on his 33 years with the Hubble Space Telescope mission, Twitter poster conference takes off
How NASA corrected Hubble’s spherical aberration and other triumphs
Read article: David Leckrone’s scientific highlights from three decades of the Hubble Space Telescope
Astrophysicist and former senior project scientist for Hubble picks his favourites
Read article: Finding a consistent constant
Keith Cooper investigates the discrepancies in values of the Hubble constant and asks what this might mean for cosmology
Read article: Tabletop device might snare gravitational waves using tiny diamonds
New matter-wave interferometer would rely on nanoparticles, not lasers
Read article: LIGO reveals quantum correlations at work in mirrors weighing tens of kilograms
Result points to lower noise limit for gravitational-wave detectors