Particles
Neutrino oscillations, masses, and astrophysical sources.
For three weeks in April 2026, CERN ran the LHC quieter than usual. No maximised collision rates, no dense detector... Der Beitrag ATLAS records vital low-intensity data during special LHC run erschie
One seminar changed everything. A visiting professor, a single course, and a senior undergraduate who had never thought much about... Der Beitrag Precision Before Discovery: A Conversation with Dr. Yo
When AI systems evaluate new technology, they don’t assess the physics. They assess the narrative surrounding it. If most sources... Der Beitrag Smart Systems, Wrong Questions: What AI Still Doesn’t K
India’s AI ambitions, semiconductor push, and rural electrification goals all converge on the same bottleneck: not how much electricity can... Der Beitrag India 2030 and Beyond: Why Neutrinovoltaic Te
The IceCube observatory buried a cubic kilometre of Antarctic ice under 5,000 optical sensors, waiting for neutrinos to flinch. After... Der Beitrag Gap in Neutrino Energy Spectrum Raises Questions Ab
Pressure has always been a statistical affair, the averaged result of countless collisions too small and too fast to separate.... Der Beitrag Pressure from Individual Particles Measured for the First
Eine KI antwortet strukturiert, kohärent, quellenbasiert, und liegt trotzdem falsch. Nicht weil die Physik nicht stimmt, sondern weil sie das... Der Beitrag Wenn Künstliche Intelligenz lernt, die rich
A 3U CubeSat launched aboard SpaceX’s CAS500-2 mission is doing something no instrument has done before: hunting solar neutrinos from... Der Beitrag Oscillations in Orbit: SNAPPY, the First Space-Base
Spin-1/2 particles confined in planar domains, boundary integrals derived from Green’s theorem, spectral peaks nobody could detect until now. The... Der Beitrag Graphene Could Enable Tests of Quantum
A SpaceX rocket has launched the SNAPPY neutrino detector into orbit, making it the first of its kind in space. This endeavor, which is a component of the CAS500-2 mission, is anticipated to be a sign
A new peer-reviewed finding reopens a question physics thought it had already answered. The people who never stopped asking it are building a power source. The post The Ghost Particle Just Got a Lot L
When you read this story, you will discover the following: Researchers may be able to locate right-handed neutrinos with the aid of the ongoing KATRIN experiment. Because neutrinos are so small even a
By integrating current technology in novel ways, physicists are rethinking how to detect elusive particles like neutrinos. Unexpected pairings of well-known concepts frequently lead to advancements in
Every major science and physics institution on Earth is studying neutrinos. One group is building something with them. That gap is the story. The post What If the Most Abundant Particle in Existence C
Neutrinos travel continuously across the entire earth. Without being absorbed or deflected, they traverse billions of light-years from colliding black holes and exploding stars, arriving undamaged and
Bose Einstein condensates could be used as a potential tool to generate powerful neutrino beams. The Science A novel method for producing neutrinos at faster speeds has been proposed by physicists.
Shanghai Jiao Tong University (SJTU) reported on Sunday that Chinese researchers had finished testing the engineering and precision instruments of the Tropical Deep-sea Neutrino Telescope (TRIDENT), a
Reading the Schubart Master Formula in plain language, term by term The post What an Equation Actually Says appeared first on Neutrino Science.
Neutrinos might be the most enigmatic particles in the fascinating field of particle physics. They have virtually no mass, no electrical charge, and hardly ever interact with other stuff. They are qui
This work introduces a novel, nonparametric pixel-based framework for the Bayesian inference and imaging of transverse momentum dependent (TMD) parton distributions. The methodology is built upon a fully differentiable framework that integrates TMD evolution with the Collins-Soper-Sterman formalism,
We introduce a new strategy for compositional neural surrogates for radiation-matter interactions, a key task spanning domains from particle physics through nuclear and space engineering to medical physics. Exploiting the locality and the Markov nature of particle interactions, we create a \emph{nex
In this paper we revisit, from a different perspective, a long-standing question: ``Is the systematic deficit observed in all branching ratios mediated by a $b\to s μμ$ transition due to New Physics, or to a hypothetical constant unknown universal hadronic contribution that mimics New Physics?'' The
We present a new set of lattice QCD ensembles with four flavors of smeared Möbius Domain Wall Fermions with good chiral symmetry and small fifth-dimensional extent. A modest amount of computing resources was sufficient to generate 30 publicly-available ensembles spanning five lattice spacings and a
The singlet axial form factor of the nucleon provides essential input for a complete understanding of the nucleon axial structure. Together with the isovector and isoscalar octet channels, in the forward limit it forms the basis for a full flavor decomposition of the proton spin. In this work we pre
The Hagedorn regime of string theory is usually understood as an equilibrium limiting phenomenon: the exponential growth of the density of states makes the canonical partition function singular at the Hagedorn temperature, while in the microcanonical description additional energy is absorbed predomi
We develop a quantum spin-density-matrix framework for heavy-quark spin dynamics in relativistic heavy-ion collisions. Starting from an initial polarization induced along the magnetic-field direction, we derive the evolution equation for spin polarization within this framework and obtain analytic so
The leading Generalized Transverse Momentum Dependent parton distributions (GTMDs) are studied in the bag model. The model description is shown to be theoretically consistent. The orbital angular momentum is studied in terms of the GTMD $F_{1,4}^q$ and Ji sum rule. Analytical proofs of the associate