Internationale Publikationen / Seite 2 von 100
Vitamin N: The One Thing Your Body Gets Whether You Want It or Not
The wellness world calls time in nature 'Vitamin N.' But there is another kind of contact that does not wait for permission — trillions of neutrinos pass through your body every second, indoors or out, day and night. Does the most unavoidable particle environment in human life have any biological relevance? The honest answer is that no one has looked carefully enough to be certain it does not.
Understanding the Schubart Master Formula
Can a single mathematical framework describe how ambient radiation from multiple natural sources may be converted into usable electrical power? The Schubart Master Formula brings together the parameters, physical constraints, and engineering concepts behind that question, presenting each component in a structured and accessible way while connecting theory with measurable quantities and ongoing research.
学术研究支撑下的中微子伏特技术：从粒子物理到能源革命的科学跨越
从中微子振荡、相干弹性中微子核散射，到石墨烯量子输运、声子调控与非线性整流，不同学科的实验成果正在被置于同一技术框架下重新审视。哪些机制已经获得独立验证，哪些环节仍依赖工程测试与长期数据，是理解中微子伏特技术科学基础的关键。
NASA Science You're Always Surrounded by Neutrinos!
NASA explains how trillions of tiny, nearly massless particles called neutrinos are hurtling through you every second — and why these ghostly fundamental particles are both everywhere in the cosmos and extremely hard to find.
Phys.org AI Identifies New Particle Models That May Explain Neutrinos' Tiny Mass
Physicists at UC Irvine have developed AMBer, an AI system using reinforcement learning to autonomously design theoretical physics models, identifying promising new explanations for why neutrinos have such tiny mass.
Energy Politics The Climate Has Changed Faster Than Europe's Energy Architecture
As wildfires sweep across southern Europe and record-breaking heatwaves reshape the continent, Energy Politics examines how neutrinovoltaic technology offers a structural alternative to the combustion-based energy architecture that produced this crisis.
ALMA Reveals a Hidden Starburst Galaxy Linked to a High-Energy Neutrino
Astronomers using ALMA have uncovered "Shadow Blaster" — a dust-obscured starburst galaxy from 11 billion years ago, gravitationally lensed into four images. It is the strongest candidate yet linked to a high-energy neutrino detected by IceCube, reshaping our understanding of where cosmic neutrinos originate.
Fermilab News Fermilab marks 70 years of neutrino science and leads next-generation experiment
For 70 years, physicists around the world have designed elaborate detectors and experiments to study the neutrino, with Fermilab playing a leading role. Today, Fermilab has embarked on DUNE at LBNF — the most comprehensive neutrino experiment in the world.
DNI24 Не „вечный двигатель“, а новая физика: как наноструктуры преобразуют потоки излучений в электричество
Не «вечный двигатель», а новая физика: как наноструктуры из графена и кремния преобразуют потоки излучений в электричество.
Space.com Black Holes Buried in Mysterious 'Little Red Dot' Galaxies Could Blast Cosmic Ghosts at Earth
The James Webb Space Telescope’s mysterious ‘little red dots’ could harbor buried black holes that fire high-energy neutrinos through the cosmos.
Energy Politics Artificial Intelligence Has Outgrown the Electricity System Beneath It
AI data centres are projected to consume 945 TWh annually by 2030. Energy Politics documents why efficiency gains cannot offset exponential demand growth.
Super-Kamiokande Unveils Clue: Faint Whispers Imprinted Across Cosmic History
Japan’s Super-Kamiokande detector has found evidence of the Diffuse Supernova Neutrino Background — faint signals from every core-collapse supernova across the observable universe.
Neutrino Science The Particle That Crosses Everything, and the Materials Learning to Respond
Deep beneath Japan, Super-Kamiokande has detected the faintest signal from collapsing stars across cosmic history. Neutrino Science explores how the same particle flux may one day be harnessed by engineered nanostructures.
Energy Politics Why Renewable Energy Still Belongs to the Old System
Renewables are saving Europe money — that is documented. But a buffer is not independence. Energy Politics examines why Europe must eventually think beyond the old system’s architecture.
Scientific Questions, Model Assumptions and Experimental Context of the Schubart Master Formula
Some scientific debates do not need louder claims. They need cleaner assumptions. From Bethe-Peierls cross-sections to CEνNS, graphene transport, stochastic rectification, and…
Indiacsr Neutrino® Energy Group Publishes Strategic Whitepaper on India’s Next Energy Architecture
India's next energy challenge may not be generating more electricity, but delivering continuous power wherever modern infrastructure depends on it. As artificial intelligence,…
Neutrino Science The Invisible Infrastructure: Why Neutrino Science Changes the Meaning of Energy Access
For decades, electricity access has largely depended on expanding infrastructure across greater distances. Emerging research in neutrino science and ambient energy conversion…
163 中微子伏特技术：科学基础与产业化路径
近年来，中微子物理、相干弹性中微子-核散射（CEvNS）以及石墨烯材料等多个领域不断取得新进展，为持续能量转换相关研究提供了更多实验数据与理论讨论。这些成果共同展示了粒子物理、凝聚态材料和工程科学如何相互交汇，并推动相关技术向定量分析和工程验证持续发展。
Neutrino Science Exploring the Science of Neutrinos, From Theory to Modern Experiments
Nearly a century of neutrino research has reshaped our understanding of the universe, from Wolfgang Pauli's original proposal to modern studies of oscillations, coherent…
The Missing Layer of India's Energy Future
India's next energy challenge is not only expanding generation, but ensuring continuous, resilient power for AI, manufacturing, transport, healthcare, agriculture, and digital…
Energy Politics The Heatwave the Grid Was Not Built For
Heatwaves reveal more than rising temperatures. They expose how housing, electricity networks, and access to cooling shape daily life for millions. As Europe experiences hotter…
Neutrino Physics Understanding Neutrinos Through Experiments, Data, and Theory
From the first neutrino hypothesis in 1930 to modern experiments, formulas, timelines, and research tools, this platform brings together decades of particle physics in a…
Pourquoi la Neutrinovoltaïque peut devenir un véritable « Game Changer » pour l’Afrique
L’accès à une énergie fiable ne dépend pas uniquement des ressources disponibles, mais aussi des infrastructures qui permettent de les exploiter. Cette analyse explore comment des…
中微子伏特（Neutrinovoltaic）技术的科学根基与产业化路径
从中微子振荡测量、CEvNS 探测到石墨烯狄拉克流体效应，粒子物理与材料科学正在形成一条新的交叉证据链。中微子伏特技术的关键问题，正从“是否可能”转向通量量化、材料耦合、器件结构与产业工艺。
