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The magnetic North pole is now closer to Siberia than it is to Canada, and scientists aren't sure why.
Warm days may ignite the Red Planet’s huge dust storms.
A tiny diamond battery could power devices for thousands of years.
New data confirms a puzzling rift in the universe's expansion rate.
Scientists finally decode the secret mechanism that has been driving the peculiar seed dispersion action of squirting cucumber.
Could this be triboluminescence at scale?
The gist of it is simple: "ignore the trolls".
Quantum computing meets the timeless oscillation of time crystals in a breakthrough experiment.
Chinese scientists now have access to the world's most powerful hypergravity facility.
The shape of a photon Is finally revealed by physicists.
The achievement has potential implications from medicine to materials science.
This new material promises to cut data center cooling costs and emissions.
Whether you want to hold onto rough or soft jelly-like surfaces, this adhesive has got your back.
Researchers use quantum mechanics to protect data in deep-learning computations.
The most effective beer glass design at keeping beer cold must have a wide opening.
Niagara doesn't completely freeze, per se. But big chunks of it
An asteroid's orbit may reveal an invisible fifth force that could rewrite the rules of physics.
Scientists have turned a 41,000-year-old magnetic reversal into a haunting soundscape.
It's a glimpse of what could be possible with 6G.
This breakthrough could be translated to electromagnetic waves, with important implications for radar tech.
An experiment found photons can exit a material before entering it: a paradoxical evidence of "negative time".
Astonishingly, 9 out of 10 of the studied thunderstorms produced gamma rays.
We may be on the cusp of finally breaking the standard model of cosmology.
Scientists at CERN have measured quantum entanglement in quarks at record energy levels.
The Dutch artist captured complex turbulent flow behavior decades before scientists formally described them.
Researchers take a step closer to the world's most precise clock, with implications beyond timekeeping.
The ouzo effect is more than just a party trick. It's a complex interplay of chemistry and physics.
Scientists may now finally have a way to prove gravitons — the force carriers of gravity — exist.
The new microscope captures the fleeting motions of electrons with unprecedented precision, revealing the hidden dynamics of the subatomic world.
Beyond their entertainment values, these complex machines offer a unique insight into physics and human engineering.
Feynman was not only one of the most accomplished physicists in history. He was an amazing teacher.
Scientists are using mayonnaise to crack the code of nuclear fusion, bringing us closer to a future powered by clean, limitless energy.
New research reveals why certain paper is more likely to cause cuts.
Antimatter detected on ISS could hint at unknown physics, new research finds.
Imagine knowing which berry or mushroom is safe to eat during a hike or swiftly detecting pathogens in a hospital setting that would traditionally require days to identify. Now, imagine all this, plus the identification and detection of drugs, chemicals, and biological molecules invisible to the human eye — all through a smartphone-based instrument, Phone-based […]
The more we look at them, the more intriguing they are.
The Braziliant researcher would have celebrated his 100th birthday today.
Researchers leverage the Knight's moves from chess to create intricate mazes with potential industrial applications.
The manipulation of objects using light and sound waves has just taken a significant leap forward.
The same company is working on some very different projects.
This military-grade quantum laser would penetrate fog and travel longer distances.
Phone cameras are an example of what’s called computational photography. Digital tools built into these cameras can enhance your images in real time.
The lens leverages quantum mechanics to achieve precise focusing.
AI computers could operate in extreme environments like Venus, thanks to new heat-resistant technology.
A geomagnetic storm of the same intensity as recorded during pre-Industrial times could cause trillions of dollars worth of damage and untold chaos.
New research delves into how pickups shape the sound of electric guitars.
Warp drives could be possible through new space-time manipulation techniques.
Recent experiments might have finally confirmed the existence of glueballs, particles made entirely of gluons.
MIT researchers have created a silk fabric that can significantly reduce noise using piezoelectric fibers to counteract or block unwanted sounds.
The new alloy shows promise for future high-efficiency aerospace engines.
