English Publications
Selected publications in English
Selected publications in English
English News / Highlights
Review of Neutrino Astronomy and Neutrino Physics
Daniel Lee, Member of the Neutrino Energy Group Committee, presents a comprehensive review of neutrino astronomy and neutrino physics — from the PMNS mixing mechanism and MSW matter effect to IceCube's high-energy detections, multi-messenger astronomy, and the pivotal role of neutrinos across ten branches of fundamental physics.
Could Ghost Particles Become a New Energy Source? 12-Layer Nanofilms Convert Cosmic Energy into Everlasting Direct Current
Holger Thorsten Schubart, CEO of the Neutrino Energy Group, explains how 12-layer graphene-silicon nanofilms harness the CEνNS effect to convert the momentum of trillions of neutrinos passing through your body every second into stable, continuous direct current — no sunlight, wind, or fuel required.
Neutrino Life Cube: Continuous Energy. Treated Water. Human Progress.
The Neutrino Energy Group introduces the Neutrino Life Cube — a self-contained unit combining a 1–1.5 kW neutrinovoltaic generator, climate control, and atmospheric water production of 12–25 litres per day. No fuel. No grid. No external water source. Infrastructure that remains when infrastructure disappears.
U.S. Department of Energy Invests in Fermilab Projects to Accelerate AI-Enabled Scientific Discovery
The U.S. Department of Energy announces first Genesis Mission awards. Fermilab receives funding for AI/ML-driven accelerator research, including projects directly advancing neutrino physics through DUNE and next-generation detector technologies.
What Is Energy Harvesting? Ambient Energy, Explained
From piezoelectric vibration sensors to thermoelectric generators and indoor photovoltaics — a comprehensive guide to energy harvesting technologies. How microwatt-scale ambient conversion works today, where its honest limits lie, and how neutrinovoltaic research extends the principle to fluxes that never stop.
High in the Mountains, TAMBO Will Hunt for the Highest-Energy Neutrinos
Harvard physicists propose TAMBO — the Tau Air-shower Mountain-Based Observatory — using the Colca Valley in the Peruvian Andes to detect the highest-energy tau neutrinos. Published in Nature Astronomy, the project pioneers a new approach to neutrino astronomy at a fraction of the cost of current observatories.
The Weak Nuclear Force: A Complete Reference
What is the weak nuclear force? A complete reference on the weak interaction — beta decay, W and Z bosons, electroweak unification, and why neutrinos feel only this force and gravity. From subatomic distances of 10⁻¹⁸ metres to the energy conversion architecture behind neutrinovoltaic technology.
The Architecture of a New Energy Civilization
Energy scarcity is not a natural law — it is a design flaw. What happens when civilisation stops extracting energy and starts converting what is already everywhere?
Power for the Places the Grid Cannot Reach Anymore
When climate extremes disable the infrastructure that power systems depend on — cooling water, fuel logistics, road access — continuity becomes the metric that matters most. Neutrinovoltaic technology is designed to keep working where conventional systems fail.
Neutrinovoltaic® Master Edition — The Physics, the Master Formula, and the Multilayer Architecture
The Neutrino Energy Group has released its most comprehensive technical overview to date — covering the physics of coherent elastic neutrino-nucleus scattering, the four-channel Schubart Master Formula, and the 12-layer graphene-silicon conversion architecture behind continuous, fuel-free power generation.
The Generator That Never Stops
Electricity is usually tied to familiar sources such as sunlight, wind, fuel, or the grid. A different line of research explores whether ambient radiation fields, present continuously in the environment, can contribute to energy conversion through advanced materials — raising fundamental questions about materials science, particle physics, and future energy systems.
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.
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.
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…
