In 2025, physicists proposed a neutrino laser using Bose-Einstein condensates (BECs) to synchronize radioactive atom decays, creating a directed neutrino beam. The idea mirrored optical lasers, where photons align in a coherent beam. Joseph Formaggio, one of the original proposers, noted the concept aimed to “wrangle” neutrinos for “easier analysis,” as reported by ScienceAlert. The … Read more
Science Gallery Bengaluru (SGB) announces its newest year long exhibition season, QUANTUM, in Bengaluru on Friday, bringing 34 exhibits by over 14 interdisciplinary artists from six countries to the city. According to the institution, the exhibition uses art, design, games, and immersive installations to explore concepts like superposition, entanglement, tunnelling, and the observer effect that … Read more
Researchers at the University of Göttingen have reconstructed a molecule’s complete three-dimensional electron wavefunction using a tabletop laboratory system rather than a large synchrotron facility. According to the study published in Nature Communications, a new algorithm produced reliable orbital images from as few as four photon energies, cutting the required measurement time to eight hours. … Read more
Researchers at the Okinawa Institute of Science and Technology (OIST) have successfully simulated complex quantum behaviors using a simple water tank, according to a study published April 20, 2026, in Communications Physics. By generating opposing water waves around a central vortex, the team observed rotating nodal lines—a fluid-based analogue to the Aharonov-Bohm (AB) effect—that provide … Read more
Researchers at Los Alamos National Laboratory have developed quantum control protocols capable of suppressing or reversing the perceived arrow of time in quantum systems. By utilizing tailored measurement and feedback loops, the team demonstrated that quantum dynamics—which are fundamentally time-symmetric—can be manipulated to make processes appear as if they are evolving backward, a breakthrough published … Read more
The Resilience of the Standard Model: What the Muon Mystery Tells Us About the Future of Physics For decades, physicists believed they had found a “crack” in our understanding of the universe. The muon—a heavy, unstable cousin of the electron—was behaving in a way that didn’t align with theoretical predictions. This discrepancy sparked hope that … Read more
The Mathematical Bridge Between Two Worlds For decades, physics has been split into two distinct realms: the classical world of everyday objects and the quantum world of the subatomic. When you throw a ball, classical physics predicts its path with absolute precision. However, once you shrink that ball to the size of an atom, those … Read more
AI Breaks Fresh Ground in Particle Physics: A Revolution in Discovery? A groundbreaking study reveals a significant leap forward in theoretical physics, where artificial intelligence has not only assisted but led to the discovery of a previously unknown formula governing gluon interactions. The research, detailed in a preprint on arXiv, demonstrates the potential for AI … Read more
Quantum Reality: When Does ‘Small’ Become ‘Large’? For decades, quantum mechanics – the physics governing the incredibly small world of atoms and subatomic particles – has been largely confined to the laboratory. Its bizarre principles, like superposition (existing in multiple states at once) and entanglement, seemed unlikely to influence our everyday lives. But recent research … Read more
The Quantum Revolution in Healthcare: Seeing Inside the Invisible For decades, the promise of quantum computing has felt distant, relegated to the realm of theoretical physics. But a recent breakthrough from the University of Chicago, led by scientist Peter Maurer, is bringing that promise sharply into focus – not in building faster computers, but in … Read more