Quantum Theory
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New Gravity Theory Challenges Big Bang Singularity Problem
A new theory called Quadratic Quantum Gravity extends General Relativity to extreme energies, removing the Big Bang singularity and predicting testable gravitational wave signals from the early universe.
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Scientists Explore How Non-Repeating Quasicrystal Patterns Could Solve the Mystery of Quantum Gravity
Physicists have proposed a new concept called spacetime quasicrystals, orderly structures that never repeat but exist across space and time. If proven, they could help explain the universe’s deep structure, quantum gravity, and hidden dimensions, while preserving key laws of relativity even at extremely small scales.
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Scientists Search the Big Bang’s Afterglow for Signs of Colliding Parallel Universes
Some physicists argue our universe may be just one bubble in a much larger multiverse. Inflation theory suggests countless universes can form, each with different physical laws, while quantum mechanics allows branching realities. This idea could explain why cosmic constants appear finely tuned for life. However, other universes may be fundamentally...
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Physicists Develop New Method to Detect Tiny Fluctuations in Spacetime
Physicists at the University of Warwick have developed a new framework to detect tiny spacetime fluctuations known as “quantum foam,” a long-standing prediction of quantum gravity theories. The study maps different types of spacetime noise to measurable signals in interferometers such as LIGO and smaller laboratory setups. By translating abstra...
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Are We Living In A Simulation? Here's What Scientists Have Said
In their study, they identified what they called "Godelian truths", truths that cannot be defined by any algorithm or fixed rules.
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Cambridge Team Uncovers Unexpected Quantum Behaviour in Non-Metal Organic Molecule
Cambridge scientists have made a major leap in solar innovation by discovering a quantum effect in an organic molecule, P3TTM. This new material can convert light into electricity with unprecedented efficiency, potentially leading to the next generation of lightweight, flexible, and cost-effective solar power systems.
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Nobel Prize in Physics 2025 Awarded for Breakthroughs in Quantum Tunnelling and Energy Quantisation
Physicists John Clarke, Michel Devoret, and John M. Martinis have won the 2025 Nobel Prize in Physics for demonstrating macroscopic quantum tunnelling in superconducting circuits. Their experiments bridged theory and technology, forming the basis for superconducting qubits and today’s quantum computing and sensing technologies.
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Scientists Apply Stephen Hawking's Theory to Propose Detectable ‘Black Hole Morsels’ in Space
A new study suggests “black hole morsels” — tiny, asteroid-sized black holes from cosmic mergers — could emit detectable bursts of Hawking radiation. Observatories like HESS, HAWC, and Fermi may already hold clues. Detecting them could unlock insights into quantum gravity, unknown particles, and even hidden dimensions beyond the Standard Mo...
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MIT Just Proved Einstein Wrong in the Famous Double-Slit Quantum Experiment
MIT scientists have conducted the most precise version of the double-slit quantum experiment using ultracold atoms. The findings support Bohr’s Copenhagen interpretation of quantum mechanics and challenge Einstein’s belief in deterministic realism. The experiment offers robust evidence for quantum indeterminacy and reinforces Bell’s theorem, ...
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Newly Detected Seaborgium-257 Offers Critical Data on Fission and Quantum Shell Effects
The discovery of 257Sg by GSI scientists reveals new insights into nuclear stability and introduces the first seaborgium K-isomer. These findings challenge established theories of fission and may guide future efforts in synthesising superheavy elements like 256Sg and beyond.
-
New Gravity Theory Challenges Big Bang Singularity Problem
A new theory called Quadratic Quantum Gravity extends General Relativity to extreme energies, removing the Big Bang singularity and predicting testable gravitational wave signals from the early universe.
-
Scientists Explore How Non-Repeating Quasicrystal Patterns Could Solve the Mystery of Quantum Gravity
Physicists have proposed a new concept called spacetime quasicrystals, orderly structures that never repeat but exist across space and time. If proven, they could help explain the universe’s deep structure, quantum gravity, and hidden dimensions, while preserving key laws of relativity even at extremely small scales.
-
Scientists Search the Big Bang’s Afterglow for Signs of Colliding Parallel Universes
Some physicists argue our universe may be just one bubble in a much larger multiverse. Inflation theory suggests countless universes can form, each with different physical laws, while quantum mechanics allows branching realities. This idea could explain why cosmic constants appear finely tuned for life. However, other universes may be fundamentally...
-
Physicists Develop New Method to Detect Tiny Fluctuations in Spacetime
Physicists at the University of Warwick have developed a new framework to detect tiny spacetime fluctuations known as “quantum foam,” a long-standing prediction of quantum gravity theories. The study maps different types of spacetime noise to measurable signals in interferometers such as LIGO and smaller laboratory setups. By translating abstra...
-
Are We Living In A Simulation? Here's What Scientists Have Said
In their study, they identified what they called "Godelian truths", truths that cannot be defined by any algorithm or fixed rules.
-
Cambridge Team Uncovers Unexpected Quantum Behaviour in Non-Metal Organic Molecule
Cambridge scientists have made a major leap in solar innovation by discovering a quantum effect in an organic molecule, P3TTM. This new material can convert light into electricity with unprecedented efficiency, potentially leading to the next generation of lightweight, flexible, and cost-effective solar power systems.
-
Nobel Prize in Physics 2025 Awarded for Breakthroughs in Quantum Tunnelling and Energy Quantisation
Physicists John Clarke, Michel Devoret, and John M. Martinis have won the 2025 Nobel Prize in Physics for demonstrating macroscopic quantum tunnelling in superconducting circuits. Their experiments bridged theory and technology, forming the basis for superconducting qubits and today’s quantum computing and sensing technologies.
-
Scientists Apply Stephen Hawking's Theory to Propose Detectable ‘Black Hole Morsels’ in Space
A new study suggests “black hole morsels” — tiny, asteroid-sized black holes from cosmic mergers — could emit detectable bursts of Hawking radiation. Observatories like HESS, HAWC, and Fermi may already hold clues. Detecting them could unlock insights into quantum gravity, unknown particles, and even hidden dimensions beyond the Standard Mo...
-
MIT Just Proved Einstein Wrong in the Famous Double-Slit Quantum Experiment
MIT scientists have conducted the most precise version of the double-slit quantum experiment using ultracold atoms. The findings support Bohr’s Copenhagen interpretation of quantum mechanics and challenge Einstein’s belief in deterministic realism. The experiment offers robust evidence for quantum indeterminacy and reinforces Bell’s theorem, ...
-
Newly Detected Seaborgium-257 Offers Critical Data on Fission and Quantum Shell Effects
The discovery of 257Sg by GSI scientists reveals new insights into nuclear stability and introduces the first seaborgium K-isomer. These findings challenge established theories of fission and may guide future efforts in synthesising superheavy elements like 256Sg and beyond.
