Terahertz Phonons and Nanomechanical Instabilities
Unlocking LENR in Condensed Matter with Insights into Geo, Astro, Electro, and Biochemical Systems
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Beschreibung
This open access book explores tiny and high-frequency vibrations called terahertz phonons, which happen in solids and fluids due to small mechanical changes. It shows how these vibrations can trigger nuclear reactions in chemical elements like iron and calcium, releasing neutrons and alpha particles. These discoveries help explain old mysteries like carbon pollution in early Earth, how oceans formed, cold fusion, and correct carbon dating. The book also discusses how this knowledge could be used in predicting earthquakes, spotting early signs of material fatigue, understanding geochemical evolution and climate change, and creating new energy sources.
This open access book explores tiny and high-frequency vibrations called terahertz phonons, which happen in solids and fluids due to small mechanical changes. It shows how these vibrations can trigger nuclear reactions in chemical elements like iron and calcium, releasing neutrons and alpha particles. These discoveries help explain old mysteries like carbon pollution in early Earth, how oceans formed, cold fusion, and correct carbon dating. The book also discusses how this knowledge could be used in predicting earthquakes, spotting early signs of material fatigue, understanding geochemical evolution and climate change, and creating new energy sources.
This book is open access, which means that you have free and unlimited access Introduces a groundbreaking mechanical framework for understanding low-energy nuclear reactions (LENR) Delivers unprecedented insights through experimental evidence and innovative theoretical models Enhances comprehension of nanoscale mechanical instabilities and their consequences in both solids and fluids
Autor*in
Alberto Carpinteri
Themen in »Terahertz Phonons and Nanomechanical Instabilities«
Open Access Nanomechanics Instabilities Microcracking Microbubble implosion TeraHertz Phonons TeraHertz Plasmons Low Energy Nuclear Reactions (LENR) Phono-fission Nuclear Reactions Piezonuclear Reactions Sub-atomic Particle Emissions Fracto- emissions Chemical Composition Changes Geochemical Evolution Seismic Precursors Rock Crushing