Quantum gravity observed at CERN's ALPHA-g
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Physicists at the ALPHA-g experiment in CERN have just observed how gravity pulls on quantum particles.
The team used atoms cooled to nearly absolute zero. In this state, atoms act more like ripples in a pond than solid billiard balls. Researchers split the atom’s quantum wave, letting one part fall while holding the other still. Bringing the waves back together showed exactly how gravity shifted the falling piece.
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For centuries, we have measured gravity by watching how it moves large objects, like planets or dropped keys, following Einstein’s weak equivalence principle. Before this, we had never confirmed that these same rules apply when matter behaves as a quantum wave. This experiment finally bridges the gap between everyday gravity and the invisible world of quantum mechanics.
🌌
#quantumphysics #cern #science
ScienceDaily: Technology
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⚛️
Physicists at the ALPHA-g experiment in CERN have just observed how gravity pulls on quantum particles.
The team used atoms cooled to nearly absolute zero. In this state, atoms act more like ripples in a pond than solid billiard balls. Researchers split the atom’s quantum wave, letting one part fall while holding the other still. Bringing the waves back together showed exactly how gravity shifted the falling piece.
🧪
For centuries, we have measured gravity by watching how it moves large objects, like planets or dropped keys, following Einstein’s weak equivalence principle. Before this, we had never confirmed that these same rules apply when matter behaves as a quantum wave. This experiment finally bridges the gap between everyday gravity and the invisible world of quantum mechanics.
🌌
Even the smallest particles cannot escape gravity.
#quantumphysics #cern #science
ScienceDaily: Technology
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Deep-sea microbe enzyme breakthrough
A newly found deep-sea microbe uses a special enzyme to turn atmospheric nitrogen into ammonia at temperatures that usually destroy most proteins. 🔥
The discovery gives you a fresh look at ancient biochemical pathways. It could also inspire cleaner biotechnology and more efficient fertilizer production for your everyday life.
#science #biology #technology
ScienceDaily: Technology
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A newly found deep-sea microbe uses a special enzyme to turn atmospheric nitrogen into ammonia at temperatures that usually destroy most proteins. 🔥
You might be surprised to learn that this unusual structure reveals an ancient, shared mechanism behind how living things process nitrogen.
The discovery gives you a fresh look at ancient biochemical pathways. It could also inspire cleaner biotechnology and more efficient fertilizer production for your everyday life.
#science #biology #technology
ScienceDaily: Technology
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Earth’s inner core is slowing down
Researchers at USC and Cornell Engineering have confirmed that the Earth’s inner core is now rotating slower than the planet’s surface for the first time in 40 years.
This movement is part of a 70-year cycle driven by a constant gravitational tug-of-war between the solid inner core and the rocky mantle. Magnetic forces from the liquid outer core push the inner core, while the mantle pulls in the opposite direction. These opposing forces cause the core to shift back and forth, creating shorter 6-year oscillations that match observations recorded in 2022. This internal drag affects the planet's overall rotation, leading to minor fluctuations in the length of a day of approximately ±0.2 seconds.
Unlike the previous 40 years where the core consistently outpaced the surface, it is now effectively backtracking. These findings, published in Nature, provide new data on how geodynamic interactions within our planet influence global timekeeping.
#science #geology #earth
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Researchers at USC and Cornell Engineering have confirmed that the Earth’s inner core is now rotating slower than the planet’s surface for the first time in 40 years.
This movement is part of a 70-year cycle driven by a constant gravitational tug-of-war between the solid inner core and the rocky mantle. Magnetic forces from the liquid outer core push the inner core, while the mantle pulls in the opposite direction. These opposing forces cause the core to shift back and forth, creating shorter 6-year oscillations that match observations recorded in 2022. This internal drag affects the planet's overall rotation, leading to minor fluctuations in the length of a day of approximately ±0.2 seconds.
Unlike the previous 40 years where the core consistently outpaced the surface, it is now effectively backtracking. These findings, published in Nature, provide new data on how geodynamic interactions within our planet influence global timekeeping.
#science #geology #earth
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🚨 #BREAKING Eli Lilly publishes trial results for new weight-loss drug
Pharmaceutical giant Eli Lilly published late-stage clinical trial data today showing that its new experimental drug, retatrutide, helped people lose an average of 25 percent of their body weight after 80 weeks. 📉
The trial started back in 2023 to test a unique triple-hormone formula, pushing weight loss further than existing treatments like Zepbound and Wegovy.
Besides dropping pounds, the weekly injection also eased knee pain and reversed prediabetes in over 90 percent of affected participants. 💪
#health #science #weightloss
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Pharmaceutical giant Eli Lilly published late-stage clinical trial data today showing that its new experimental drug, retatrutide, helped people lose an average of 25 percent of their body weight after 80 weeks. 📉
The trial started back in 2023 to test a unique triple-hormone formula, pushing weight loss further than existing treatments like Zepbound and Wegovy.
Besides dropping pounds, the weekly injection also eased knee pain and reversed prediabetes in over 90 percent of affected participants. 💪
#health #science #weightloss
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Clean hydrogen production gets cheaper with new sunlight material
On October 4, 2026, researchers at Oregon State University built a new light-powered material that can produce hydrogen from water without expensive metal catalysts. Led by Kyriakos Stylianou, the team used sulfur-based building blocks in a structure called BVR-19 to capture sunlight and drive the reaction directly. ☀️
If you follow green tech, you probably know that making clean fuel is usually expensive. Traditional hydrogen from natural gas costs about $1.50 per kilogram, while green hydrogen costs roughly $5. Because this new material forms easily at room temperature and skips rare metals, it could finally help bring those costs down for everyday use. 💧 🔋
#science #technology #energy
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On October 4, 2026, researchers at Oregon State University built a new light-powered material that can produce hydrogen from water without expensive metal catalysts. Led by Kyriakos Stylianou, the team used sulfur-based building blocks in a structure called BVR-19 to capture sunlight and drive the reaction directly. ☀️
If you follow green tech, you probably know that making clean fuel is usually expensive. Traditional hydrogen from natural gas costs about $1.50 per kilogram, while green hydrogen costs roughly $5. Because this new material forms easily at room temperature and skips rare metals, it could finally help bring those costs down for everyday use. 💧 🔋
#science #technology #energy
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🚨 #BREAKING Francis Halzen wins the 2026 Nobel Prize in Physics
🏆 Francis Halzen has been awarded the 2026 Nobel Prize in Physics for his work on the IceCube Neutrino Observatory and the discovery of high-energy neutrinos from deep space. The prestigious prize comes with a cash award of 12 million Swedish kronor, roughly equivalent to 1.1 million euros.
To catch these ghostly particles, Halzen proposed using a cubic kilometer of clear Antarctic ice buried deep at the South Pole as a massive particle detector. When a neutrino hits the ice, it creates a flash of blue light that sensors can track.
Unlike protons, which get scrambled by magnetic fields as they travel across the universe, neutrinos travel in a straight line. This lets scientists trace them back to their violent cosmic origins.
#physics #science #nobelprize
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🏆 Francis Halzen has been awarded the 2026 Nobel Prize in Physics for his work on the IceCube Neutrino Observatory and the discovery of high-energy neutrinos from deep space. The prestigious prize comes with a cash award of 12 million Swedish kronor, roughly equivalent to 1.1 million euros.
To catch these ghostly particles, Halzen proposed using a cubic kilometer of clear Antarctic ice buried deep at the South Pole as a massive particle detector. When a neutrino hits the ice, it creates a flash of blue light that sensors can track.
Unlike protons, which get scrambled by magnetic fields as they travel across the universe, neutrinos travel in a straight line. This lets scientists trace them back to their violent cosmic origins.
#physics #science #nobelprize
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DARPA selects companies to build industrial quantum computers
🔬 In October 2026, DARPA selected four technology firms—Atom Computing, Diraq, IonQ, and IBM—to advance to physical testing for building fault-tolerant quantum computers by 2033.
Back in 2024, the agency launched the Quantum Benchmarking Initiative to test whether practical quantum systems can actually be built. Companies have already passed earlier evaluation stages by submitting detailed development plans.
Unlike regular computers that process data as zeros and ones sequentially, quantum systems use qubits to handle multiple options at once. This helps tackle heavy challenges like drug discovery.
#quantum #tech #science
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🔬 In October 2026, DARPA selected four technology firms—Atom Computing, Diraq, IonQ, and IBM—to advance to physical testing for building fault-tolerant quantum computers by 2033.
Back in 2024, the agency launched the Quantum Benchmarking Initiative to test whether practical quantum systems can actually be built. Companies have already passed earlier evaluation stages by submitting detailed development plans.
Unlike regular computers that process data as zeros and ones sequentially, quantum systems use qubits to handle multiple options at once. This helps tackle heavy challenges like drug discovery.
#quantum #tech #science
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Controlling electrode acidity raises chemical reaction success
Chemical reactions that usually fail most of the time can now succeed almost completely by adjusting acid levels near the tools providing electricity. Researchers at Seoul National University College of Engineering, led by Jaeyune Ryu, used this method on October 12, 2026, to raise the yield of desired chemical products from 16% to 97%. 🌱⚡
Traditional manufacturing relies on hazardous chemical oxidants to drive carbon-based reactions, creating unwanted waste. Scientists discovered that microscopic acidity right next to electrodes often differs wildly from the rest of the liquid, causing reactions to break down silently.
The new technique uses oxygen and electricity instead of harsh chemicals to produce lactones and epoxides. These compounds serve as starting materials for biodegradable plastics, adhesives, electronic materials, and pharmaceutical drugs.
#chemistry #science #technology
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Chemical reactions that usually fail most of the time can now succeed almost completely by adjusting acid levels near the tools providing electricity. Researchers at Seoul National University College of Engineering, led by Jaeyune Ryu, used this method on October 12, 2026, to raise the yield of desired chemical products from 16% to 97%. 🌱⚡
Traditional manufacturing relies on hazardous chemical oxidants to drive carbon-based reactions, creating unwanted waste. Scientists discovered that microscopic acidity right next to electrodes often differs wildly from the rest of the liquid, causing reactions to break down silently.
The new technique uses oxygen and electricity instead of harsh chemicals to produce lactones and epoxides. These compounds serve as starting materials for biodegradable plastics, adhesives, electronic materials, and pharmaceutical drugs.
#chemistry #science #technology
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Science Corporation implants a vision-restoring chip in a patient
A patient with an incurable genetic eye condition read a word on a screen after receiving a microchip behind the retina 👁️. In May, Science Corporation implanted the PRIMA device into its first patient with Stargardt disease at Sydney Eye Hospital. The procedure was led by Max Hodak.
The disease destroys light-sensitive cells in the outer layer of the eye, leaving inner retinal signals intact. Around 150,000 people worldwide have lost vision due to this condition. The chip works alongside special glasses equipped with a camera that beams visual data directly to the microchip.
The next generation of the implant, featuring a wider field of view and smaller electrodes, will reach people within 1 year.
#tech ⚡ #science ⚡ #health
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A patient with an incurable genetic eye condition read a word on a screen after receiving a microchip behind the retina 👁️. In May, Science Corporation implanted the PRIMA device into its first patient with Stargardt disease at Sydney Eye Hospital. The procedure was led by Max Hodak.
The disease destroys light-sensitive cells in the outer layer of the eye, leaving inner retinal signals intact. Around 150,000 people worldwide have lost vision due to this condition. The chip works alongside special glasses equipped with a camera that beams visual data directly to the microchip.
The next generation of the implant, featuring a wider field of view and smaller electrodes, will reach people within 1 year.
#tech ⚡ #science ⚡ #health
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Pig kidneys frozen for a year brought back to life
Scientists at University of Minnesota successfully rewarmed pig kidneys cooled to -150 °C and stored in a glass-like state for a year, proving the organs can function again. 🧊🧬
This milestone could eventually help solve severe donor shortages by allowing long-term organ banking. #science ⚡ #health ⚡ #medicine
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Scientists at University of Minnesota successfully rewarmed pig kidneys cooled to -150 °C and stored in a glass-like state for a year, proving the organs can function again. 🧊🧬
This milestone could eventually help solve severe donor shortages by allowing long-term organ banking. #science ⚡ #health ⚡ #medicine
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Solar panels over crops cool fields and workers
Computer modeling published in Journal of Advances in Modeling Earth Systems shows that solar panels installed above farmland cool underlying crops by 1.84 degrees Celsius and cut water evaporation.
The setup also cools the solar panels themselves and lowers heat stress for farmworkers.
#agriculture ⚡ #solarenergy ⚡ #science
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Computer modeling published in Journal of Advances in Modeling Earth Systems shows that solar panels installed above farmland cool underlying crops by 1.84 degrees Celsius and cut water evaporation.
The setup also cools the solar panels themselves and lowers heat stress for farmworkers.
#agriculture ⚡ #solarenergy ⚡ #science
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🔬 New AI model reads 3D atomic structures
Researchers at MIT built a system that understands how atoms line up in crystals. Published in Nature Communications, the model reads 3D shapes.
When tested on solid-state lithium-ion battery materials, the system successfully spotted top candidates that scientists previously found by hand.
#ArtificialIntelligence ⚡ #TechNews ⚡ #Science
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Researchers at MIT built a system that understands how atoms line up in crystals. Published in Nature Communications, the model reads 3D shapes.
When tested on solid-state lithium-ion battery materials, the system successfully spotted top candidates that scientists previously found by hand.
#ArtificialIntelligence ⚡ #TechNews ⚡ #Science
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🚨 #BREAKING Leap seconds are getting dropped to protect computer systems
⏱️ Atomic clocks will finally be allowed to run freely without emergency adjustments after international officials voted to drop leap seconds starting on May 20, 2027. The General Conference on Weights and Measures approved the change on October 15, 2026, under the Metre Convention, with only Russia voting against it. Coordinated Universal Time will become a continuous scale that can drift away from Earth's rotation.
Back in 1972, operators started adding extra seconds to atomic clocks to keep them matched with Earth. Earth's rotation speed shifts unpredictably because of melting polar ice and deep core movements, requiring irregular adjustments every year and a half.
Computer systems calculate time using atomic clocks, but software cannot handle backward-stepping clocks. Climate shifts raised the chance of requiring a negative second before 2035, which would cause widespread system failures.
#time ⚡ #technology ⚡ #science
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⏱️ Atomic clocks will finally be allowed to run freely without emergency adjustments after international officials voted to drop leap seconds starting on May 20, 2027. The General Conference on Weights and Measures approved the change on October 15, 2026, under the Metre Convention, with only Russia voting against it. Coordinated Universal Time will become a continuous scale that can drift away from Earth's rotation.
Back in 1972, operators started adding extra seconds to atomic clocks to keep them matched with Earth. Earth's rotation speed shifts unpredictably because of melting polar ice and deep core movements, requiring irregular adjustments every year and a half.
Computer systems calculate time using atomic clocks, but software cannot handle backward-stepping clocks. Climate shifts raised the chance of requiring a negative second before 2035, which would cause widespread system failures.
#time ⚡ #technology ⚡ #science
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💧 Palladium membrane destroys forever chemicals in water
Researchers at Arizona State University developed a palladium-lined membrane that breaks down over 90% of toxic forever chemicals in water supplies.
The system uses pressurized hydrogen gas and a catalyst to strip away protective fluorine bonds that make these synthetic contaminants impossible for microbes to digest.
#science ⚡ #water ⚡ #environment
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Researchers at Arizona State University developed a palladium-lined membrane that breaks down over 90% of toxic forever chemicals in water supplies.
The system uses pressurized hydrogen gas and a catalyst to strip away protective fluorine bonds that make these synthetic contaminants impossible for microbes to digest.
#science ⚡ #water ⚡ #environment
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🚨 #BREAKING Wastewater purification tech helps fight cancer 🧬
Researchers tested an experimental iron injection on 19 patients with advanced tumors, and the disease stopped progressing in 84.2% of cases during early trials.
The treatment uses a chemical reaction from industrial water purification to destroy malignant cells directly inside the body.
#cancer ⚡ #medicine ⚡ #science
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Researchers tested an experimental iron injection on 19 patients with advanced tumors, and the disease stopped progressing in 84.2% of cases during early trials.
The treatment uses a chemical reaction from industrial water purification to destroy malignant cells directly inside the body.
#cancer ⚡ #medicine ⚡ #science
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MIT's muscle-powered swimming robot 🚀
MIT engineers built a paper-thin swimming robot on October 23 that moves through water using living muscle tissue.
At maximum speed, it covers four times its body length per minute, paving the way for tiny robots to explore fragile environments safely.
#robotics ⚡ #science ⚡ #tech
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MIT engineers built a paper-thin swimming robot on October 23 that moves through water using living muscle tissue.
At maximum speed, it covers four times its body length per minute, paving the way for tiny robots to explore fragile environments safely.
#robotics ⚡ #science ⚡ #tech
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Surgeons complete first spinal cord transplant
Doctors in Russia performed the world's first spinal cord segment transplant. This experimental surgery treats severe spine injuries.
Surgeons grafted donor tissue into a damaged area, providing a method for healing spinal wounds previously considered permanent.
#medicine ⚡ #surgery ⚡ #science
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Doctors in Russia performed the world's first spinal cord segment transplant. This experimental surgery treats severe spine injuries.
Surgeons grafted donor tissue into a damaged area, providing a method for healing spinal wounds previously considered permanent.
#medicine ⚡ #surgery ⚡ #science
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First marine amphibian fossil discovered
Scientists uncovered a 237-million-year-old ocean amphibian in China, measuring nearly a meter long with a protective bone shell. 🌊
The armored creature lived on the seabed and sucked up prey like a carpet shark, overcoming salty water by drinking through its mouth instead of its skin.
#Science ⚡ #Paleontology ⚡ #Discovery
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Scientists uncovered a 237-million-year-old ocean amphibian in China, measuring nearly a meter long with a protective bone shell. 🌊
The armored creature lived on the seabed and sucked up prey like a carpet shark, overcoming salty water by drinking through its mouth instead of its skin.
#Science ⚡ #Paleontology ⚡ #Discovery
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Simple membrane cuts oil refining costs
Researchers at KAIST and Georgia Tech built a membrane to filter crude oil at room temperature. It uses the oil to form microscopic channels, cutting energy use by 32%, carbon emissions by 38%, and operating costs by 36%.
This turns common filtration buildup into microscopic pathways, avoiding the high costs and defects typical of complex coated membranes.
#OilRefining ⚡ #Innovation ⚡ #Science
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Researchers at KAIST and Georgia Tech built a membrane to filter crude oil at room temperature. It uses the oil to form microscopic channels, cutting energy use by 32%, carbon emissions by 38%, and operating costs by 36%.
This turns common filtration buildup into microscopic pathways, avoiding the high costs and defects typical of complex coated membranes.
#OilRefining ⚡ #Innovation ⚡ #Science
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