Understanding False Vacuum in Quantum Field Theory

Instead of trying to quantize gravity, some sources propose a revolutionary idea: gravitize quantum theory. This involves integrating quantum phenomena into a gravitational understanding of reality, seeing quantum mechanics through the lens of gravity. Instead of finding quantum aspects within gravity, understand how quantum phenomena arise from an underlying gravitational reality. This unconventional approach, supported by figures like Penrose and Weinstein, suggests a necessary new path. #quantumtheory #gravity #physics #innovation #science

A team of scientists including #CWRU Physics Jonathan Boyd and Prof. Giuseppe Strangi have uncovered intervalence plasmons in boron-doped diamond. This discovery opens the door for diamond in next-gen quantum information and sensing technologies! Read more about their work here! https://lnkd.in/d9ij8DPp Case Western Reserve University #physics

Explaining neutron stars... using eggs 🌟 This simple experiment, demonstrated by Dr Vanessa Graber of Royal Holloway, Department of Physics, is a neat way of conveying the complex makeup and movement of neutron stars. Recently, Dr Graber conducted this on an episode of 'The Sky at Night' on BBC Four. #RoyalHolloway #University #Physics #Stars #Science

Is the universe whispering secrets that physicists are on the cusp of understanding? Consider the muon, an unstable particle akin to a heavier electron. Its 'wobble' in a magnetic field, dictated by its magnetic moment, reveals intriguing anomalies. The Muon g-2 experiment seeks to precisely measure this anomaly, potentially unveiling new particles or forces beyond the Standard Model. The muon's wobble may signify a groundbreaking discovery, challenging our current understanding of the subatomic world and opening doors to new physics. #physics #quantumMechanics #StandardModel #MuonG2 #particlePhysics

For 50 years, the Standard Model has been our guide to the subatomic world, organizing matter and explaining fundamental forces with astonishing accuracy. Despite its success, it's incomplete, omitting gravity, dark matter, and dark energy—95% of the universe. The muon's wobble points beyond the known, suggesting physics beyond the Standard Model. It's a call to explore the cosmic iceberg's hidden depths and expand our understanding of the universe. This discovery highlights the importance of questioning established theories and seeking new perspectives in the pursuit of scientific advancement. #physics #StandardModel #muon #darkmatter #darkenergy #science

【Irreversible Thermodynamics of Cosmological Matter Creation】 Full article: https://lnkd.in/geHvtdsV (Authored by Amos S. Kubeka, et al., from University of South Africa (South Africa), etc.) This study derives the expression of the #internal_energy of the universe, and then explores the physics of the very early #universe from a thermodynamic point of view. Moreover, the entropy analysis of this study reviles a much richer structure of quantum cosmology from the perspective of quantum vacuum matter creation fluctuations as outlined by standard theory of particle physics.  

Imagine the universe as a grand, intricate clock, with the Standard Model of particle physics as its manual. But what if one tiny gear doesn't behave as predicted? The muon, a subatomic particle, exhibits a strange wobble that's shaking physics. The Muon g-2 experiment detected this anomaly, suggesting the Standard Model is missing something significant. This could point to new particles, forces, or even hidden dimensions. The universe is whispering a secret, and physicists are listening closely. The muon's wobble serves as a signpost pointing beyond the known. #physics #muon #particlephysics #standardmodel #science #innovation

The Young Trailblazer of Quantum Mechanics: In 1925, at just twenty-three years old, Werner Heisenberg retreated to the remote island of Helgoland, recovering from hay fever. There, he grappled with the mysteries of atomic structure, rethinking electron orbits. His breakthrough—matrix mechanics—proposed that momentum and position are observables, not fixed quantities, challenging the Bohr model. This bold idea birthed quantum mechanics, a field where measuring one property, like position, alters another, like momentum, due to inherent uncertainty. Heisenberg collaborated with Max Born and Pascual Jordan, who refined his work into a rigorous theory. Though he doubted its #audacity, his youthful insight paved the way for Erwin Schrödinger’s wave mechanics, later shown to be equivalent. At twenty-three, Heisenberg’s physics revolutionized our understanding of reality—proof that age is no limit to #groundbreaking discovery. CERN Quantum Theory Project Physics #grit

Day 11: Quantum Entanglement Bell states, EPR paradox, Non-locality Entanglement Basics (Veritasium) EPR Paradox (MinutePhysics) Day 11- Complete! Explored one of the most fascinating pillars of quantum mechanics: Entanglement Bell States – the four maximally entangled two-qubit states that form the basis of many quantum information protocols. EPR Paradox – Einstein, Podolsky, and Rosen’s challenge to quantum mechanics, questioning its completeness. Non-locality – how entangled particles exhibit correlations that cannot be explained by classical physics. #QuCode

Have you ever considered how interconnected everything truly is? This clip explores the fascinating concept of quantum entanglement, where particles remain connected regardless of distance. The discussion highlights a crucial distinction: while these particles are intrinsically linked as 'the same system,' information cannot be transmitted between them faster than light. It was interesting to consider these concepts as intertwined but independent elements. This challenges assumptions about causality and distance, prompting reflection on the unseen connections that shape reality. Would love your perspective on the implications of quantum entanglement in broader contexts. #QuantumPhysics #Science #Physics #Interconnectedness #Innovation #Technology