Tag
Physik
2026
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Nobel Prize 2026: What is being honoured in neutrino research
The Nobel Prize brings neutrinos into public awareness. This also gives the Neutrino Energy Group new opportunities to explain its approach.
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Neutrinos at the reactor: what an elastic collision reveals about the limits of physics
A new study shows how neutrinos from nuclear reactors can test the Standard Model of particle physics more precisely than before.
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The world applauds. We can already hear the next symphony.
Holger Thorsten Schubart congratulates Francis Halzen on the 2026 Nobel Prize in Physics for IceCube and the detection of high-energy cosmic neutrinos.
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Neutrinovoltaics taken up by China’s media
Chinese media report on neutrinovoltaics and place the technology in the context of new findings from neutrino and graphene research.
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Neutrinovoltaics: The global map of research
The Schubart master formula for neutrinovoltaics combines neutrino physics, graphene research and nanotechnology into an energy integrator model.
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Beyond megawatts
Neutrino Energy Group: as a negawatt technology, neutrinovoltaics could permanently reduce grid load, storage requirements and central energy infrastructure.
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Beyond the discovery threshold
A sigma value of 5.9 to 6.0 marks a scientific threshold that practically rules out reasonable doubt about neutrinovoltaics.
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Dirac fluid in graphene: basic physics for new energy
Dirac fluid in graphene confirms central principles of neutrinovoltaics: collective quantum transport and thermal-electrical decoupling.
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Energy, mathematically inevitable
Neutrinovoltaics follows physical logic: why generating energy from ambient radiation becomes mathematically inevitable.
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Open systems, new answers
Interview on open thermodynamics, AI misframing and the future of decentralised energy systems.
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Emergency measures 2026: when systems tip over
Unexpected emergency measures in 2026 reveal the limits of systems – and why complex energy approaches are often misunderstood.
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Graphene & Ghost Light: energy becomes visible
Graphene as an energy converter: Ghost Light provides visible proof of neutrinovoltaics. A new approach to continuous energy.
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Straw-man arguments against new energy technologies
Criticism of Neutrino Energy often relies on a straw-man argument. Why the technology is more than “neutrinos as an energy source” – and what it is really about.
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Neutrinovoltaics: when materials become energy converters
Neutrinovoltaics uses nanoscale materials to convert permanent ambient energy flows into electrical power – without fuel and independent of the weather.
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Neutrinovoltaics: the realistic path to round-the-clock energy
Neutrinovoltaics explained: how nanostructured energy converters integrate weak ambient flows and continuously generate electric current.
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Neutrinovoltaics & thermodynamics: a factual clarification
Neutrinovoltaics explained: why the technology does not create energy but integrates weak ambient flows through nanostructures – thermodynamically correct.
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Neutrinovoltaics: numbers don't lie
Neutrinovoltaics explained: how nanostructured energy converters integrate ambient energy strictly in accordance with the law of conservation of energy.
2020
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Physics recombined
The scientific world view shapes our thinking – and today it is very materialistic and at the same time confusing.
