A new study by planetary scientists at Brown University and the University of Bern in Switzerland casts doubt on one of the most tantalizing clues that water might be flowing on present-day Mars.
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A new study by planetary scientists at Brown University and the University of Bern in Switzerland casts doubt on one of the most tantalizing clues that water might be flowing on present-day Mars.
Class A; May 2025; Michigan, Monroe County
In the world of quantum computing, the Hilbert space dimension—the measure of the number of quantum states that a quantum computer can access—is a prized possession. Having a larger Hilbert space allows for more complex quantum operations and plays a crucial role in enabling quantum error correction (QEC), essential for protecting quantum information from noise and errors.
The FBI says the suspect, who died in the explosion, left writings suggesting a motive tied to anti-population beliefs
Police Officer Jared Desalvo opened his home to the small dog, now named Hudson, after rescuing her from frigid river water
The Indian space agency’s mission to launch into orbit a new Earth observation satellite failed after the launch vehicle encountered a technical issue during the third stage of flight, officials said Sunday.
The “massive criminal ecosystem,” which stole, brokered and sold the vehicles, is “one of the biggest auto theft rings … seen in the last decade,” Queens DA Melinda Katz said
The moon’s nearside (that is, the side facing Earth) is dark-colored and dominated by ancient lava flows, whereas the farside is more rugged—and NASA researchers now suggest it’s due to a wonky lunar interior. Using data from twin spacecraft named Ebb and Flow, they found a 2–3% difference in the moon mantle’s ability to deform on each side. They say this data could be explained by the nearest hemisphere’s insides being up to 170°C hotter than the farside.
When a molecule absorbs light, it undergoes a whirlwind of quantum-mechanical transformations. Electrons jump between energy levels, atoms vibrate, and chemical bonds shift—all within millionths of a billionth of a second.
The dog, named Zissou, was in distress and likely would have drowned if the officers had not gotten there when they did, the Robbinsville Police Department said
NYPD recruit Robert Castioni estimates nine of his relatives served in LE; the sacrifices of his cousin and father, who both died in the line of duty, inspired him to serve
Teak reported to shootings and bar closings, community events and protests; his riders say he was born to be a police horse, often the first to lead the mounted patrol into a crowd
Orleans Parish Sheriff Susan Hutson said the escapees broke through a cell wall and used a blind spot to flee undetected, likely with help from inside the Orleans Justice Center
As climate change and growing energy demands strain global systems, scientists are increasingly turning to passive cooling technologies—ways to cool objects or spaces without using electricity. One promising method is radiative cooling, which works by reflecting sunlight and releasing heat in the form of infrared radiation into space. But despite its potential, this method is limited by natural laws that cap how much heat can be emitted. Now, a proposed theoretical model has the potential to boost the power of radiative cooling, potentially changing the way we manage heat in a warming world.
Tracking the sources of photons is a hobby of many astrophysicists. Some types of photons are tied so closely to particular phenomena that tracking their sources would help answer some larger questions in astrophysics itself.
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