TheNewPhysics (@CharlesMullins2) - Twitter Profili

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TheNewPhysics@CharlesMullins2·9h

🚨 THE SUN MAY BE TOO POWERFUL FOR SPACE SOLAR PANELS Scientists may have discovered a strange limit to solar power in space. In orbit, solar panels can only cool themselves by radiating heat into space. A new study found that absorbing too much infrared sunlight actually overheats the panels enough to REDUCE total power output. In other words: More sunlight doesn’t always mean more electricity in space. Researchers say future spacecraft may intentionally reject parts of the Sun’s infrared spectrum to stay cooler and generate MORE usable energy. Space solar design may be about thermal balance not maximum absorption. Follow for more future physics and space discoveries.

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TheNewPhysics@CharlesMullins2·5h

🚨 SCIENTISTS ARE BEGINNING TO DECODE THE BRAIN’S GENETIC WIRING MAP Researchers are uncovering how specific genes help organize the neural circuits that shape memory, behavior, emotion, and thought itself. In simple terms: They’re learning how biology helps “wire” the human mind. Why this matters: Understanding the brain at the genetic level could eventually transform: • neurological disease treatment • memory research • brain-computer interfaces • AI inspired by human cognition • personalized medicine • mental health science For decades we mapped the stars above us. Now humanity is starting to map the universe inside our heads. Follow for more future science and technology breakthroughs.

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TheNewPhysics@CharlesMullins2·5h

🚨 CHINA JUST UNVEILED THE WORLD’S FASTEST QUANTUM COMPUTER Chinese scientists have developed a new quantum computer prototype called Jiuzhang 4.0 capable of solving calculations in microseconds that would reportedly take the world’s most powerful supercomputer longer than the age of the universe to complete. The system uses photons particles of light instead of traditional electronic circuits. Why this matters: Normal computers process information step-by-step. Quantum computers can explore enormous numbers of possibilities simultaneously using quantum superposition. Jiuzhang 4.0 reportedly manipulated over 3,000 photons a massive leap from previous generations. Scientists say this breakthrough could eventually impact: • AI • cryptography • drug discovery • climate simulations • advanced materials • space technology • future physics research The real race of the 21st century may not be space… It may be quantum computation. Follow for more future technology and physics breakthroughs.

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TheNewPhysics@CharlesMullins2·7h

🚨 SCIENTISTS JUST GAVE ROBOTS A SENSE OF TOUCH Researchers have created an ultra-light graphene aerogel sensor capable of detecting pressures as subtle as a human pulse while also handling industrial-scale forces. The material is so sensitive it can: • detect wrist pulse waves • feel delicate textures • help robots hold fragile objects like eggs or tofu • identify foods with 100% accuracy Even more impressive: The sensor survived over 20,000 compression cycles while remaining flexible and lightweight. Scientists say this could become a major step toward: • electronic skin • advanced prosthetics • wearable health systems • human-machine interaction • next-generation soft robotics Machines may be getting closer to feeling the world the way humans do. Follow for more future technology and physics breakthroughs.

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TheNewPhysics@CharlesMullins2·9h

🚨 SCIENTISTS IN JAPAN MAY HAVE JUST BUILT A COMPUTER BREAKTHROUGH THAT CHANGES EVERYTHING Researchers at the University of Tokyo have reportedly developed a new processing device that operates without generating heat potentially allowing computation speeds up to 1000× faster than current systems. Why this matters: Modern computers are increasingly limited by heat, not raw processing power. As chips become faster, they generate enormous thermal energy that wastes electricity and forces systems to slow down. But if computing can happen with near-zero heat generation… The bottleneck of modern computing could fundamentally change. That could impact: • AI training • supercomputers • quantum systems • data centers • robotics • real-time simulations • future consumer devices Some researchers believe thermal management not transistor count has become the true limit of the computing era. If this technology scales, it may represent one of the biggest shifts in computing architecture in decades. Follow for more future technology and physics breakthroughs.

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TheNewPhysics@CharlesMullins2·9h

🚨 VAPING MAY BE CAUSING DAMAGE WE STILL DON’T FULLY UNDERSTAND. Scientists are increasingly linking vaping to severe lung inflammation, tissue scarring, and rare irreversible respiratory diseases. Some doctors now describe certain vape-related lung injuries as chemically induced damage that can permanently alter lung function. The concern is growing because many of these effects are appearing in young people with otherwise healthy lungs. What makes this especially worrying: Vape aerosols can contain ultrafine particles, heavy metals, flavoring chemicals, and heated compounds that reach deep into the lungs. We may be running a global long-term experiment on human lungs in real time. Please share this if you know someone who vapes. Follow for more science and health discoveries.

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TheNewPhysics@CharlesMullins2·9h

🚨 QUANTUM PHYSICS MAY HAVE HELPED CHOOSE THE MOLECULES OF LIFE Scientists may have uncovered a quantum-level reason why biology overwhelmingly favors one molecular “hand” over another. Life on Earth is strangely asymmetric. Amino acids, sugars, DNA many exist in mirror-image forms, yet biology almost always chooses only one version. Now researchers believe electron spin a tiny quantum property of electrons may have subtly broken that symmetry billions of years ago. As electrons moved through these mirror-image molecules, one molecular form may have interacted slightly more efficiently than the other. That tiny advantage, repeated over immense spans of time, could have shaped the molecular foundation of all life on Earth. In other words: Quantum physics may have influenced which molecules became biology itself. The implications are enormous: • quantum effects shaping evolution • new understanding of life’s origin • spin-driven chemistry • quantum biology becoming mainstream science • possible clues for alien life chemistry Life may not just be chemistry. It may also be quantum selection happening across deep time. Follow for more space, quantum physics, and future science discoveries.

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TheNewPhysics@CharlesMullins2·11h

@GoldSmith625773 Simply stated

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Gold Smith@GoldSmith625773·11h

@CharlesMullins2 "In simple terms..." when it comes to quantum entanglement, there are no simple terms.

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TheNewPhysics@CharlesMullins2·1d

🚨 QUANTUM BREAKTHROUGH: SCIENTISTS JUST SOLVED ONE OF PHYSICS’ BIGGEST UNSOLVED PROBLEMS. Researchers in Japan have successfully detected an elusive quantum entanglement pattern known as a “W state” something physicists have struggled to measure for decades. Why does this matter? Because W states are considered one of the key building blocks for: • quantum teleportation • ultra-secure communication • next-generation quantum internet • massively powerful quantum computers The breakthrough allows scientists to identify complex entangled photon states in a single measurement instead of using extremely slow quantum tomography. In simple terms: they found a faster way to “read” deeply entangled quantum systems. The team built a stable 3-photon optical quantum circuit capable of detecting these exotic states with high fidelity a major step toward scalable quantum networks and photonic quantum computing. This is the kind of breakthrough that moves quantum technology from fragile lab experiments… toward real-world infrastructure. The future internet may not send information through electrical signals alone. It may send reality itself through entanglement. Follow for more future physics and quantum breakthroughs.

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TheNewPhysics@CharlesMullins2·12h

🚨 HUMANITY JUST LAUNCHED ITS FIRST SPACE-BASED NEUTRINO DETECTOR Scientists are sending a detector into orbit designed to observe one of the strangest particles in the universe: neutrinos. These particles pass through planets, stars… even your body… almost without interacting with anything. Trillions are passing through you every second right now. Researchers say putting a neutrino detector in space could be “like placing a microscope into the core of the Sun.” Why? Because neutrinos escape directly from stellar interiors, carrying information ordinary light cannot. This mission could help humanity peer deeper into: • the Sun’s core • supernovas • cosmic radiation • hidden particle physics • the extreme physics shaping the universe We may be entering an era where space telescopes don’t just observe light… They observe the invisible particles flowing through reality itself. Follow for more space and physics discoveries.

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TheNewPhysics@CharlesMullins2·12h

🚨 SCIENTISTS ARE BUILDING “LIVING MATERIALS” THAT COULD RELEASE MEDICINE INSIDE THE HUMAN BODY ON DEMAND Researchers are developing implantable bio-materials made from engineered living cells that can survive inside the body and produce drugs exactly when needed. Instead of swallowing pills every day… Future treatments could potentially live inside you sensing infection, inflammation, or disease in real time and responding automatically. The implications are enormous: • smart infection-fighting implants • self-regulating medicine delivery • personalized living therapies • reduced antibiotic overuse • materials that heal from within This is where biology starts becoming programmable technology. We may be witnessing the beginning of living medicine. 🧬 Follow for more future science and physics discoveries.

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TheNewPhysics@CharlesMullins2·14h

🚨 EARTH MAY BE MOVING THROUGH THE ASHES OF DEAD STARS Scientists may have just uncovered evidence that our solar system is traveling through the remains of ancient supernovas. Researchers detected traces of radioactive iron-60 buried deep inside Antarctic ice an isotope mainly created during exploding stars and almost never found naturally on Earth in meaningful amounts. The discovery suggests Earth has been passing through clouds of supernova debris drifting through interstellar space for tens of thousands of years. Even more fascinating: The concentration of iron-60 changes across different ice layers, meaning Antarctica may preserve a physical record of our solar system’s journey through the galaxy. In other words: The ice beneath Antarctica could be acting like a cosmic timeline — recording where our solar system has traveled through the Milky Way. Scientists believe these particles came from nearby stellar explosions millions of years ago, with the debris slowly spreading across interstellar space before eventually reaching Earth. We may literally be moving through the ashes of dead stars right now. Follow for more space and physics discoveries.

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TheNewPhysics@CharlesMullins2·15h

x.com/i/status/20551…

TheNewPhysics@CharlesMullins2

🚨 MORE THAN HALF OF THE UNITED STATES IS NOW FACING DROUGHT CONDITIONS New maps show massive regions across the US falling into severe drought stress. And this is no longer just a “weather problem.” It is becoming: • an agriculture problem • an energy problem • a food supply problem • a migration problem • an economic problem The American West has been under pressure for years. Now the drought footprint is spreading across huge parts of the country. Reservoirs shrink. Rivers weaken. Crop stress rises. Wildfire risk increases. At the same time, scientists are racing to develop technologies that can pull water directly from air. Humanity may be entering an era where water infrastructure becomes as important as energy infrastructure. The next great global competition may not be over oil. It may be over water. Follow for more future science and planetary updates.

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TheNewPhysics@CharlesMullins2·15h

🚨 BREAKING NEWS 🚨 🚨 SCIENTISTS JUST BUILT A FLEXIBLE MEMBRANE THAT CAN HARVEST WATER FROM AIR Researchers have developed a zeolite nanosheet membrane that pulls water vapor from the atmosphere at ultrafast speeds. In simple terms: Air goes in. Water comes out. The breakthrough is the material design. Instead of packing water-absorbing powders tightly together, which slows everything down, the team embedded zeolite-like nanosheets into a flexible 3D-printed porous membrane. That creates ordered pathways for water to move in and out fast. The result? A scalable atmospheric water harvesting system reaching up to 13.79 grams of water per gram of sorbent per day. Why this matters: • drinking water from air • solar-powered water harvesters • drought resilience • off-grid survival systems • future water technology The future of water may not only come from rivers, dams, or pipes. It may be harvested directly from the atmosphere. Follow for more future science and breakthrough technology.

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TheNewPhysics@CharlesMullins2·15h

x.com/i/status/20551…

TheNewPhysics@CharlesMullins2

🚨 BREAKING NEWS 🚨 🚨 SCIENTISTS JUST BUILT A FLEXIBLE MEMBRANE THAT CAN HARVEST WATER FROM AIR Researchers have developed a zeolite nanosheet membrane that pulls water vapor from the atmosphere at ultrafast speeds. In simple terms: Air goes in. Water comes out. The breakthrough is the material design. Instead of packing water-absorbing powders tightly together, which slows everything down, the team embedded zeolite-like nanosheets into a flexible 3D-printed porous membrane. That creates ordered pathways for water to move in and out fast. The result? A scalable atmospheric water harvesting system reaching up to 13.79 grams of water per gram of sorbent per day. Why this matters: • drinking water from air • solar-powered water harvesters • drought resilience • off-grid survival systems • future water technology The future of water may not only come from rivers, dams, or pipes. It may be harvested directly from the atmosphere. Follow for more future science and breakthrough technology.

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TheNewPhysics@CharlesMullins2·15h

I actually covered one of these breakthrough atmospheric water-harvesting systems earlier today. Researchers are now building materials that can harvest usable water directly from air at remarkable speeds.

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TheNewPhysics@CharlesMullins2·15h

🚨 More than HALF of America is now under drought conditions. Not someday. Right now. This isn’t just a weather event anymore. It threatens: • food production • water supplies • power grids • agriculture • entire regional economies The next great global crisis may not be oil. It may be water.

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TheNewPhysics@CharlesMullins2·15h

x.com/i/status/20551…

TheNewPhysics@CharlesMullins2

🚨 BREAKING NEWS 🚨 🚨 SCIENTISTS JUST BUILT A FLEXIBLE MEMBRANE THAT CAN HARVEST WATER FROM AIR Researchers have developed a zeolite nanosheet membrane that pulls water vapor from the atmosphere at ultrafast speeds. In simple terms: Air goes in. Water comes out. The breakthrough is the material design. Instead of packing water-absorbing powders tightly together, which slows everything down, the team embedded zeolite-like nanosheets into a flexible 3D-printed porous membrane. That creates ordered pathways for water to move in and out fast. The result? A scalable atmospheric water harvesting system reaching up to 13.79 grams of water per gram of sorbent per day. Why this matters: • drinking water from air • solar-powered water harvesters • drought resilience • off-grid survival systems • future water technology The future of water may not only come from rivers, dams, or pipes. It may be harvested directly from the atmosphere. Follow for more future science and breakthrough technology.

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TheNewPhysics@CharlesMullins2·15h

I actually covered one of these breakthrough atmospheric water-harvesting systems earlier today. Researchers are now building materials that can harvest usable water directly from air at remarkable speeds.

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TheNewPhysics@CharlesMullins2·15h

🚨 MORE THAN HALF OF THE UNITED STATES IS NOW FACING DROUGHT CONDITIONS New maps show massive regions across the US falling into severe drought stress. And this is no longer just a “weather problem.” It is becoming: • an agriculture problem • an energy problem • a food supply problem • a migration problem • an economic problem The American West has been under pressure for years. Now the drought footprint is spreading across huge parts of the country. Reservoirs shrink. Rivers weaken. Crop stress rises. Wildfire risk increases. At the same time, scientists are racing to develop technologies that can pull water directly from air. Humanity may be entering an era where water infrastructure becomes as important as energy infrastructure. The next great global competition may not be over oil. It may be over water. Follow for more future science and planetary updates.

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TheNewPhysics@CharlesMullins2·15h

🚨 QUANTUM INTERNET JUST MOVED CLOSER TO REALITY Researchers have built a quantum dot emitter that can release near-identical telecom photons at 40 million per second. That matters because photons are the “carriers” of future quantum networks. But they cannot be random. For quantum communication to work, single photons need to be: • stable • coherent • nearly identical • compatible with existing fiber-optic systems This device produces photons in the telecom band the same wavelength range used by modern communication networks. In simple terms: Scientists are building light sources that could plug quantum information into the internet infrastructure we already have. Why this matters: • quantum internet • secure communication • photonic quantum computing • quantum repeaters • long-distance entanglement • future data networks The internet of the future may not just send information. It may send single particles of light carrying quantum states. Follow for more future physics and quantum breakthroughs.

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TheNewPhysics

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