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Caltech Scientists Stretch Quantum Memory Lifetimes 30x in Major Leap
Caltech scientists developed a hybrid quantum memory that stores qubit states 30 times longer by converting them into sound waves. The method, using mechanical oscillators at gigahertz frequencies, reduces energy loss and shows scalability potential. Published in Nature Physics, the breakthrough marks a step toward practical, long-term storage for ...
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Mathematicians Revive Discarded Particles to Boost Quantum Computing
A new mathematical approach has revived previously ignored particles, now called neglectons, and shown how they can work with Ising anyons. By filling in the missing functions of these quasiparticles, neglectons could overcome key limits in topological quantum computing and help build more stable, universal quantum computers in the future.
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ESA's Proba-3 Unveils First-Ever Artificial Solar Eclipse Images from Precision Satellite Formation
ESA’s Proba-3 mission has captured the first artificial solar eclipse from space using two satellites flying in precise formation. This breakthrough allows frequent, high-resolution imaging of the sun’s corona, bypassing the rarity of natural eclipses. The mission opens new frontiers in solar physics and space weather research with open access ...
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New Theory Challenges Black Hole Singularities, But Critics Raise Red Flags
A new black hole theory proposes a fix to the long-standing singularity paradox by modifying gravity equations. But scientists like Nikodem Poplawski argue that the model lacks observational support and rests on speculative assumptions. He suggests future data from gravitational waves or the cosmic microwave background may one day help us uncover t...
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Scientists Discover Heaviest Proton-Emitting Nucleus After Nearly 30 Years
Researchers at Finland’s University of Jyväskylä have identified astatine-188, the heaviest atomic nucleus yet known to undergo proton emission. This rare radioactive decay challenges established nuclear models and offers new insight into the structure and stability of exotic isotopes. The breakthrough, published in Nature Communications, marks...
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How 'Hope Molecules' Released During Exercise Can Transform Your Mental Health
Discover how "hope molecules" released during exercise can transform mental health by reducing depression symptoms, improving mood, and increasing stress resilience.
-
New Study Sets Stronger Mass Limit on Ultralight Bosonic Dark Matter
A groundbreaking study has set a new lower bound on the mass of ultralight bosonic dark matter particles—2.2 × 10⁻²¹ eV. Using stellar motion data from the dwarf galaxy Leo II and advanced computational models, the team ruled out lighter masses that cannot form observed structures. This challenges the popular fuzzy dark matter theory and pav...
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Why We Struggle To Exercise: Tips To Overcome
Understanding the reasons behind this struggle and adopting effective strategies can help overcome these barriers, making fitness a natural part of daily life.
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Physicists Achieve Record-Breaking Electron Beam Power and Current at SLAC
Researchers at SLAC National Accelerator Laboratory have set a new record by generating the highest-current, highest-peak-power electron beam ever recorded. The beam reached 100 kiloamps in just one quadrillionth of a second, achieved through advanced compression techniques and magnetic field manipulation. This breakthrough could have major implica...
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The Power Of Physical Touch: Here's How It Can Boost Your Health
By incorporating more healthy touch into daily life, we can enhance both mental and physical health naturally, here's how.
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Quantum Research Reveals Time May Not Always Move Forward
A new study on quantum systems suggests time might not always move forward. Researchers found that time-reversal symmetry persists in open quantum systems, challenging the traditional notion of a single directional arrow of time. The mathematical framework behind these interactions indicates that fundamental equations do not impose a distinction be...
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Physicists Predict Exotic ‘Paraparticles’ Defying Fermion and Boson Classifications
A new class of particles, called paraparticles, has been proposed by physicists, breaking the conventional boundaries of fermions and bosons. This theoretical discovery could reshape our understanding of quantum mechanics, offering possible applications in quantum computing. The model suggests that paraparticles have unique properties that could he...
-
MIT Researchers Measure Quantum Geometry of Electrons in Solid Materials for First Time
Physicists at MIT have successfully measured the quantum geometry of electrons in solids, marking a pivotal moment in quantum research. This was achieved using an advanced adaptation of angle-resolved photoemission spectroscopy (ARPES), enabling direct observation of quantum properties that were previously theoretical. The study, featured in Nature...
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India-UK Team Proposes Experiment to Test Quantum Behaviour of Gravity with Diamond Crystals
An India-UK physics team led by Professor Sougato Bose from UCL has proposed a ground-breaking experiment to determine if gravity follows quantum mechanics, like other fundamental forces. Using a table-top setup, they aim to measure gravitational interactions between two nanodiamonds. The study, requiring cutting-edge technology, could take 10-15 y...
-
Is Laughter The Best Medicine?
Health Benefits of Laughter: In this article, we will explore seven reasons why laughter is considered one of the best remedies for better health.
-
Caltech Scientists Stretch Quantum Memory Lifetimes 30x in Major Leap
Caltech scientists developed a hybrid quantum memory that stores qubit states 30 times longer by converting them into sound waves. The method, using mechanical oscillators at gigahertz frequencies, reduces energy loss and shows scalability potential. Published in Nature Physics, the breakthrough marks a step toward practical, long-term storage for ...
-
Mathematicians Revive Discarded Particles to Boost Quantum Computing
A new mathematical approach has revived previously ignored particles, now called neglectons, and shown how they can work with Ising anyons. By filling in the missing functions of these quasiparticles, neglectons could overcome key limits in topological quantum computing and help build more stable, universal quantum computers in the future.
-
ESA's Proba-3 Unveils First-Ever Artificial Solar Eclipse Images from Precision Satellite Formation
ESA’s Proba-3 mission has captured the first artificial solar eclipse from space using two satellites flying in precise formation. This breakthrough allows frequent, high-resolution imaging of the sun’s corona, bypassing the rarity of natural eclipses. The mission opens new frontiers in solar physics and space weather research with open access ...
-
New Theory Challenges Black Hole Singularities, But Critics Raise Red Flags
A new black hole theory proposes a fix to the long-standing singularity paradox by modifying gravity equations. But scientists like Nikodem Poplawski argue that the model lacks observational support and rests on speculative assumptions. He suggests future data from gravitational waves or the cosmic microwave background may one day help us uncover t...
-
Scientists Discover Heaviest Proton-Emitting Nucleus After Nearly 30 Years
Researchers at Finland’s University of Jyväskylä have identified astatine-188, the heaviest atomic nucleus yet known to undergo proton emission. This rare radioactive decay challenges established nuclear models and offers new insight into the structure and stability of exotic isotopes. The breakthrough, published in Nature Communications, marks...
-
How 'Hope Molecules' Released During Exercise Can Transform Your Mental Health
Discover how "hope molecules" released during exercise can transform mental health by reducing depression symptoms, improving mood, and increasing stress resilience.
-
New Study Sets Stronger Mass Limit on Ultralight Bosonic Dark Matter
A groundbreaking study has set a new lower bound on the mass of ultralight bosonic dark matter particles—2.2 × 10⁻²¹ eV. Using stellar motion data from the dwarf galaxy Leo II and advanced computational models, the team ruled out lighter masses that cannot form observed structures. This challenges the popular fuzzy dark matter theory and pav...
-
Why We Struggle To Exercise: Tips To Overcome
Understanding the reasons behind this struggle and adopting effective strategies can help overcome these barriers, making fitness a natural part of daily life.
-
Physicists Achieve Record-Breaking Electron Beam Power and Current at SLAC
Researchers at SLAC National Accelerator Laboratory have set a new record by generating the highest-current, highest-peak-power electron beam ever recorded. The beam reached 100 kiloamps in just one quadrillionth of a second, achieved through advanced compression techniques and magnetic field manipulation. This breakthrough could have major implica...
-
The Power Of Physical Touch: Here's How It Can Boost Your Health
By incorporating more healthy touch into daily life, we can enhance both mental and physical health naturally, here's how.
-
Quantum Research Reveals Time May Not Always Move Forward
A new study on quantum systems suggests time might not always move forward. Researchers found that time-reversal symmetry persists in open quantum systems, challenging the traditional notion of a single directional arrow of time. The mathematical framework behind these interactions indicates that fundamental equations do not impose a distinction be...
-
Physicists Predict Exotic ‘Paraparticles’ Defying Fermion and Boson Classifications
A new class of particles, called paraparticles, has been proposed by physicists, breaking the conventional boundaries of fermions and bosons. This theoretical discovery could reshape our understanding of quantum mechanics, offering possible applications in quantum computing. The model suggests that paraparticles have unique properties that could he...
-
MIT Researchers Measure Quantum Geometry of Electrons in Solid Materials for First Time
Physicists at MIT have successfully measured the quantum geometry of electrons in solids, marking a pivotal moment in quantum research. This was achieved using an advanced adaptation of angle-resolved photoemission spectroscopy (ARPES), enabling direct observation of quantum properties that were previously theoretical. The study, featured in Nature...
-
India-UK Team Proposes Experiment to Test Quantum Behaviour of Gravity with Diamond Crystals
An India-UK physics team led by Professor Sougato Bose from UCL has proposed a ground-breaking experiment to determine if gravity follows quantum mechanics, like other fundamental forces. Using a table-top setup, they aim to measure gravitational interactions between two nanodiamonds. The study, requiring cutting-edge technology, could take 10-15 y...
-
Is Laughter The Best Medicine?
Health Benefits of Laughter: In this article, we will explore seven reasons why laughter is considered one of the best remedies for better health.
