❌

Reading view

The Center of the Milky Way Smells Like Rum and Tastes Like Raspberries, But There’s Also Other Smells, Not So Pleasant

In April 2009, newspapers around the world ran a headline that read like a cocktail menu: the center of the galaxy tastes of raspberries and smells of rum. The line came from the Guardian, which built it from a press release by the Max Planck Institute for Radio Astronomy in Bonn. The release was much […]

  •  

Physicists Just Recreated How Matter Is Born — a Process That Only Happens in the Big Bang or the LHC

Quarks, the smallest known building blocks of matter, are never seen alone. They are roughly a billion times smaller than an atom and exist only locked inside larger particles such as protons and neutrons — no one has ever observed one in isolation. That impossibility has a name, confinement, and a strange consequence: try to […]

  •  

A Mysterious Object in Our Galaxy Has Been Emitting a Radio Signal for Two Decades — and Nobody Can Explain Why

An international team of astronomers has published a detailed study of VT J1906+0849, a radio source discovered in the VLASS survey (Very Large Array Sky Survey) that doesn’t resemble anything else previously catalogued in the Milky Way. The paper, led by Jessie M. Miller of the California Institute of Technology, combines radio, infrared, optical, and […]

  •  

Why Doesn’t Gravity Explain Why You Can’t Be in Two Places at Once? A New Experiment Under 1,400 Meters of Rock Just Narrowed It Down

Somewhere between an electron and a human being, the rules of physics change. Quantum mechanics allows an atom to exist in two states simultaneously — spinning left and right at the same time, for instance — which is impossible to picture at human scale. Nobody has ever seen a person, or even a speck of […]

  •  

Why Nothing in the Universe Can Reach -459°F or Absolute Zero — Not Even Empty Space

There’s a temperature nothing in the universe has ever touched. It’s called absolute zero, equal to -273.15°C (-459.67°F), the point at which the particles that make up matter would lose all their kinetic energy and simply stop moving. In 1848, the British physicist William Thomson — better known as Lord Kelvin — proposed making that […]

  •  

A Particle of Light Traveled 2 Billion Years, Broke the Rules of Physics to Reach Earth — And Scientists Think They Know Why

On October 9, 2022, two space telescopes, Swift and Fermi, picked up the brightest gamma-ray burst ever recorded. Researchers nicknamed it BOAT — “brightest of all time” — official designation GRB 221009A. The explosion happened in a galaxy roughly 2 billion light-years away, which means its light set out across space before complex life had […]

  •  

Beyond Neptune, Icy Worlds Kept a 4.5-Billion-Year-Old Secret Nobody Expected

For the first time, astronomers have pointed NASA’s two flagship space telescopes at the same patch of sky beyond Neptune and let them work as a team. Hubble handled the visible light. Webb handled the infrared. Together, they picked out 27 previously unknown trans-Neptunian objects, or TNOs — small, icy bodies that drift in the […]

  •  

An Experiment Records an Anomalous Signal That Could Be the First Detection of the Elusive Dark Matter of the Universe

The world’s most sensitive dark matter observatory, the LUX-ZEPLIN (LZ) experiment, has detected a particle interaction that cannot be explained by conventional background radiation models, a finding that, although still far from being confirmed as a definitive discovery, has sparked cautious optimism in the international scientific community. The event, recorded nearly a mile underground at […]

  •  

Scientists Create a ‘Mini Big Bang’ and Manage to Reproduce in the Laboratory the State of Matter That Filled the Cosmos During the First Moments of the Universe

Researchers at the Niels Bohr Institute, at the University of Copenhagen, have managed to reproduce in the laboratory the state of matter that filled the cosmos during its first millionth of a second after the Big Bang, using collisions between atomic nuclei much lighter than what was previously thought possible. This breakthrough, which the scientists […]

  •  
❌