@ScienceUnfold

🧠 The universe is stranger than you think. We unfold the science behind everything—space, time, life, and beyond. 🚀 Follow us @BrainyScience

 Lost in Space-Time ⏳
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Joined November 2025
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🚨 EARTH HAS A 26-SECOND PULSE. Scientists have detected a mysterious seismic signal repeating roughly every 26 seconds. Its source? Ocean waves striking the seafloor.
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A thin cap of water on the tau protein decides when it clumps into the tangles linked to Alzheimer's, and blocking that spot stopped it. Tau normally helps hold up the internal skeleton of nerve cells. In Alzheimer's and related diseases, it misfolds and stacks into long fibers called fibrils, and one misfolded tau can push others to misfold too. Researchers at Northwestern University and UC Santa Barbara studied a short, mutated piece of tau using lab experiments and computer models. They found a "hotspot" on its surface that repels water but is still covered by a thin cap of water molecules. When two of these hotspots meet, the water is released and the proteins lock together. When the team blocked the hotspot with a chemical tag, the fibrils stopped growing. That makes the hotspot a possible target for future drugs aimed at stopping tau tangles from spreading between brain cells. But this is very early work: it was done on a 19-amino-acid fragment of the protein, not in living brains, and no drug exists yet. Scientists are also still debating how much tau tangles drive Alzheimer's rather than result from it. source: Han, S., et al. (2026). Proceedings of the National Academy of Sciences.
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Blue lights installed at Japanese train stations have been linked to a significant decline in suicides, with some stations reporting reductions of up to 84%. Researchers suggest the calming effect of blue lighting may influence behavior, although causation remains uncertain. Source: ScienceDirect.
Blue lights installed at Japanese train stations have been linked to a significant decline in suicides, with some stations reporting reductions of up to 84%. Researchers suggest the calming effect of blue lighting may influence behavior, although causation remains uncertain. Source: ScienceDirect.

ALT Blue lights installed at Japanese train stations have been linked to a significant decline in suicides, with some stations reporting reductions of up to 84%. Researchers suggest the calming effect of blue lighting may influence behavior, although causation remains uncertain. Source: ScienceDirect.

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Who will advance human civilization first?
11%Jeff Bezos
89%Elon Musk
28 votes • 17 hours
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🚨: Neuroscience considers metacognition the highest form of intelligence "the ability to think about your own thinking."
🚨: Neuroscience considers metacognition the highest form of intelligence..... "the ability to think about your own thinking."

ALT 🚨: Neuroscience considers metacognition the highest form of intelligence..... "the ability to think about your own thinking."

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Scientists have discovered thousands of planets beyond our Solar System. So why haven't we confirmed life on even one? Is intelligent life rare, or are we searching the wrong way?
Scientists have discovered thousands of planets beyond our Solar System. So why haven't we confirmed life on even one? Is intelligent life rare, or are we searching the wrong way?

ALT Scientists have discovered thousands of planets beyond our Solar System. So why haven't we confirmed life on even one? Is intelligent life rare, or are we searching the wrong way?

Scientists have discovered thousands of planets beyond our Solar System. So why haven't we confirmed life on even one? Is intelligent life rare, or are we searching the wrong way?

ALT Scientists have discovered thousands of planets beyond our Solar System. So why haven't we confirmed life on even one? Is intelligent life rare, or are we searching the wrong way?

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Scientists have created a massive simulation of the Universe’s first 2 billion years, offering a new way to explore how cosmic structures emerged. Can a simulation reveal what telescopes cannot yet show us?
🚨 BREAKING: Scientists have created a massive simulation of the Universe’s first 2 billion years, offering a new way to explore how cosmic structures emerged. Can a simulation reveal what telescopes cannot yet show us?

ALT 🚨 BREAKING: Scientists have created a massive simulation of the Universe’s first 2 billion years, offering a new way to explore how cosmic structures emerged. Can a simulation reveal what telescopes cannot yet show us?

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Scientists have filmed tiny magnetic vortices called skyrmions changing from an ordered pattern. The discovery could help researchers develop smaller, more energy-efficient brain-inspired computers.
🚨 BREAKING: Scientists have filmed tiny magnetic vortices called skyrmions changing from an ordered pattern. The discovery could help researchers develop smaller, more energy-efficient brain-inspired computers.

ALT 🚨 BREAKING: Scientists have filmed tiny magnetic vortices called skyrmions changing from an ordered pattern. The discovery could help researchers develop smaller, more energy-efficient brain-inspired computers.

🚨 BREAKING: Scientists have filmed tiny magnetic vortices called skyrmions changing from an ordered pattern. The discovery could help researchers develop smaller, more energy-efficient brain-inspired computers.

ALT 🚨 BREAKING: Scientists have filmed tiny magnetic vortices called skyrmions changing from an ordered pattern. The discovery could help researchers develop smaller, more energy-efficient brain-inspired computers.

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New 3D imaging has revealed hidden structural complexity in a superconductor studied for decades. Could tiny crystal boundaries explain why these materials behave differently than expected?
🚨 JUST IN: New 3D imaging has revealed hidden structural complexity in a superconductor studied for decades. Could tiny crystal boundaries explain why these materials behave differently than expected?

ALT 🚨 JUST IN: New 3D imaging has revealed hidden structural complexity in a superconductor studied for decades. Could tiny crystal boundaries explain why these materials behave differently than expected?

🚨 JUST IN: New 3D imaging has revealed hidden structural complexity in a superconductor studied for decades. Could tiny crystal boundaries explain why these materials behave differently than expected?

ALT 🚨 JUST IN: New 3D imaging has revealed hidden structural complexity in a superconductor studied for decades. Could tiny crystal boundaries explain why these materials behave differently than expected?

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In one trial, a cholesterol-lowering diet cut "bad" cholesterol almost as much as a statin. Dr Riyaz Patel, an NHS doctor and academic cardiologist at University College London, told BBC Science Focus that "the very best thing to improve cholesterol levels is to change our diets." His top picks: oats, whose soluble fibre helps lower cholesterol; plant sterols and stanols, found in fortified yoghurts and spreads, which he calls "probably the best non-pharmaceutical way of lowering your cholesterol, typically by about 10 per cent"; and cutting back on saturated fat, which interferes with the liver's ability to clear LDL, the "bad" cholesterol, from your blood. High LDL clogs arteries and drives heart attacks and strokes, and diet can do more than many people expect. In a 2003 trial in JAMA, a "portfolio" diet combining sterols, soluble fibre, soy protein and nuts cut LDL by 28.6% in a month, close to the 30.9% seen with a low-dose statin, although that trial was small and tightly controlled. Results vary, and some people see little change. That said, if your doctor has put you on a statin, don't stop it without talking to them. source: Willmoth, H. This is the single best way to reduce your cholesterol without statins, according to a leading doctor. BBC Science Focus.
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WAIT UNTIL YOU SEE HOW YOUR BRAIN CELLS CONNECT. This is how neurons form the network that makes your thoughts, memories, and consciousness possible. 🧠
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An analysis of 2,884 exploding stars has added evidence to the debate over whether dark energy changes over time. Could the force driving cosmic expansion be more complicated than scientists thought?
🚨 BREAKING: An analysis of 2,884 exploding stars has added evidence to the debate over whether dark energy changes over time. Could the force driving cosmic expansion be more complicated than scientists thought?

ALT 🚨 BREAKING: An analysis of 2,884 exploding stars has added evidence to the debate over whether dark energy changes over time. Could the force driving cosmic expansion be more complicated than scientists thought?

🚨 BREAKING: An analysis of 2,884 exploding stars has added evidence to the debate over whether dark energy changes over time. Could the force driving cosmic expansion be more complicated than scientists thought?

ALT 🚨 BREAKING: An analysis of 2,884 exploding stars has added evidence to the debate over whether dark energy changes over time. Could the force driving cosmic expansion be more complicated than scientists thought?

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CERN's BASE collaboration achieved coherent spin quantum control of a single trapped antiproton the antimatter counterpart of a proton. The precision measurement could reveal why the universe is made of matter, not antimatter. Physicists are searching for the tiniest crack in the Standard Model.
CERN's BASE collaboration achieved coherent spin quantum control of a single trapped antiproton—the antimatter counterpart of a proton. The precision measurement could reveal why the universe is made of matter, not antimatter. Physicists are searching for the tiniest crack in the Standard Model.

ALT CERN's BASE collaboration achieved coherent spin quantum control of a single trapped antiproton—the antimatter counterpart of a proton. The precision measurement could reveal why the universe is made of matter, not antimatter. Physicists are searching for the tiniest crack in the Standard Model.

CERN's BASE collaboration achieved coherent spin quantum control of a single trapped antiproton—the antimatter counterpart of a proton. The precision measurement could reveal why the universe is made of matter, not antimatter. Physicists are searching for the tiniest crack in the Standard Model.

ALT CERN's BASE collaboration achieved coherent spin quantum control of a single trapped antiproton—the antimatter counterpart of a proton. The precision measurement could reveal why the universe is made of matter, not antimatter. Physicists are searching for the tiniest crack in the Standard Model.

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🚨 BREAKING: Hackers are exploiting critical PHP2Shell vulnerabilities, prompting urgent warnings from U.S. cybersecurity officials. Unpatched servers could allow attackers to execute malicious code remotely. Website owners: patch now.
🚨 BREAKING: Hackers are exploiting critical PHP2Shell vulnerabilities, prompting urgent warnings from U.S. cybersecurity officials. Unpatched servers could allow attackers to execute malicious code remotely. Website owners: patch now.

ALT 🚨 BREAKING: Hackers are exploiting critical PHP2Shell vulnerabilities, prompting urgent warnings from U.S. cybersecurity officials. Unpatched servers could allow attackers to execute malicious code remotely. Website owners: patch now.

🚨 BREAKING: Hackers are exploiting critical PHP2Shell vulnerabilities, prompting urgent warnings from U.S. cybersecurity officials. Unpatched servers could allow attackers to execute malicious code remotely. Website owners: patch now.

ALT 🚨 BREAKING: Hackers are exploiting critical PHP2Shell vulnerabilities, prompting urgent warnings from U.S. cybersecurity officials. Unpatched servers could allow attackers to execute malicious code remotely. Website owners: patch now.

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Smokers have a 30% lower risk of Parkinson's. A new study finally found the cause. Researchers at the University of Oxford followed 512,701 adults in China for about 12 years and measured the carbon monoxide (CO) in their breath at the start. CO is the same gas found in cigarette smoke, but your body also makes tiny amounts of it, where it works as a signaling molecule. Over the follow-up, 1,131 people developed Parkinson's. Regular smokers had about a 30% lower risk, as earlier studies found. The surprise came from people who had never smoked: those with higher CO in their breath were roughly a third less likely to develop Parkinson's than those with the lowest levels. The link didn't show up for other brain diseases. Let's be very clear: smoking is never a way to prevent Parkinson's. It causes cancer, heart disease and stroke, and its harms far outweigh anything else. What this study offers is a clue. If low levels of CO really calm inflammation and cell stress in the brain, as lab and animal studies hint, scientists could one day design safe, controlled CO treatments. A first small trial of a low-dose CO drug in Parkinson's has already started at Harvard. This is an observational study, so it shows a link, not proof that CO protects the brain. source: Bueno Lopez, C., Iona, A., Turnbull, I., et al. (2026). Smoking, exhaled carbon monoxide, and risk of Parkinson disease. JAMA Neurology.
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Scientists created the first-ever atomically thin sheets of metal bismuth, tin, lead, indium, and gallium using a "van der Waals squeezing" process. Previously thought chemically impossible, 2D metals could revolutionize transistors and quantum devices.
cientists created the first-ever atomically thin sheets of metal—bismuth, tin, lead, indium, and gallium—using a "van der Waals squeezing" process. Previously thought chemically impossible, 2D metals could revolutionize transistors and quantum devices. Named Physics World's 2025 Breakthrough of the Year.

ALT cientists created the first-ever atomically thin sheets of metal—bismuth, tin, lead, indium, and gallium—using a "van der Waals squeezing" process. Previously thought chemically impossible, 2D metals could revolutionize transistors and quantum devices. Named Physics World's 2025 Breakthrough of the Year.

cientists created the first-ever atomically thin sheets of metal—bismuth, tin, lead, indium, and gallium—using a "van der Waals squeezing" process. Previously thought chemically impossible, 2D metals could revolutionize transistors and quantum devices. Named Physics World's 2025 Breakthrough of the Year.

ALT cientists created the first-ever atomically thin sheets of metal—bismuth, tin, lead, indium, and gallium—using a "van der Waals squeezing" process. Previously thought chemically impossible, 2D metals could revolutionize transistors and quantum devices. Named Physics World's 2025 Breakthrough of the Year.

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Nobel Prize in Physics was awarded to John Clarke, Michel Devoret, and John Martinis for demonstrating quantum tunneling in macroscopic superconducting circuits. Their 1980s experiments proved quantum phenomena can exist at human scale paving the way for modern quantum computers.
Nobel Prize in Physics was awarded to John Clarke, Michel Devoret, and John Martinis for demonstrating quantum tunneling in macroscopic superconducting circuits. Their 1980s experiments proved quantum phenomena can exist at human scale—paving the way for modern quantum computers.

ALT Nobel Prize in Physics was awarded to John Clarke, Michel Devoret, and John Martinis for demonstrating quantum tunneling in macroscopic superconducting circuits. Their 1980s experiments proved quantum phenomena can exist at human scale—paving the way for modern quantum computers.

Nobel Prize in Physics was awarded to John Clarke, Michel Devoret, and John Martinis for demonstrating quantum tunneling in macroscopic superconducting circuits. Their 1980s experiments proved quantum phenomena can exist at human scale—paving the way for modern quantum computers.

ALT Nobel Prize in Physics was awarded to John Clarke, Michel Devoret, and John Martinis for demonstrating quantum tunneling in macroscopic superconducting circuits. Their 1980s experiments proved quantum phenomena can exist at human scale—paving the way for modern quantum computers.

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BREAKING🚨: For the first time, a marine virus has jumped to humans and is causing vision loss.
BREAKING🚨: For the first time ever, a marine virus jumped to humans. And it’s causing vision loss.

ALT BREAKING🚨: For the first time ever, a marine virus jumped to humans. And it’s causing vision loss.

BREAKING🚨: For the first time ever, a marine virus jumped to humans. And it’s causing vision loss.

ALT BREAKING🚨: For the first time ever, a marine virus jumped to humans. And it’s causing vision loss.

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A tiny new implant injected via a standard needle wirelessly regulates nerve signals — ending chronic pain without surgery, wires, or internal batteries. Developed by researchers at NYU Abu Dhabi and Cleveland Clinic Abu Dhabi, the miniature device—dubbed SEED (Stimulating Electrode for Electroceutical Delivery)—can be delivered through a standard medical needle. Positioned precisely near a targeted nerve using routine ultrasound or CT imaging, the seed-sized implant receives power wirelessly from a compact external transmitter. Once activated, it delivers soft electrical impulses that disrupt malfunctioning pain signals before they reach the brain, bypassing the need for invasive surgical procedures or internal battery packs. Traditional spinal stimulators require complex surgeries and carry risks of hardware infection, while oral painkillers often bring severe side effects and addiction risks. By offering a customizable, injectable alternative, this wireless electroceutical technology represents a major leap in non-surgical therapy for chronic pain, movement disorders, and paralysis. While currently in preclinical testing, it paves the way toward safer, on-demand relief that can be adjusted in real time by clinicians and patients alike. source: Ramadi, K., et al. (2026). Stimulating Electrode for Electroceutical Delivery (SEED) for wireless peripheral nerve neuromodulation. Science Advances.
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NASA's JWST confirmed the earliest supernova ever observed. The light came from a massive star that exploded when the universe was only 730 million years old. For the first time, the telescope also imaged the supernova's host galaxy.
NASA's JWST confirmed the earliest supernova ever observed. The light came from a massive star that exploded when the universe was only 730 million years old. For the first time, the telescope also imaged the supernova's host galaxy.

ALT NASA's JWST confirmed the earliest supernova ever observed. The light came from a massive star that exploded when the universe was only 730 million years old. For the first time, the telescope also imaged the supernova's host galaxy.

NASA's JWST confirmed the earliest supernova ever observed. The light came from a massive star that exploded when the universe was only 730 million years old. For the first time, the telescope also imaged the supernova's host galaxy.

ALT NASA's JWST confirmed the earliest supernova ever observed. The light came from a massive star that exploded when the universe was only 730 million years old. For the first time, the telescope also imaged the supernova's host galaxy.

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