De los detectores enterrados a gran profundidad a las nanocapas de grafeno y silicio ajustadas con precisión atómica, los neutrinos…
Neutrino Energy News
训练人工智能模型的能耗已堪比重工业，而传统电网难以承受如此高负荷。中微子能源集团研发的中微子伏打技术，利用石墨烯与掺杂硅的多层纳米结构，将中微子及其他不可见辐射转化为稳定直流电，实现全天候不间断供能。人工智能则在纳米材料设计中发挥优化作用，加速技术迭代，形成能源与算力的双向赋能闭环，使体系从集中依赖走向分布式自主。
From Sub-Saharan villages without wires to disaster zones where fragile grids collapse, the absence of reliable electricity cuts deeper than…
Artificial intelligence consumes power with relentless intensity, reshaping grid demand curves and outpacing traditional infrastructure. Neutrinovoltaics, pioneered by the Neutrino®…
Spain’s April 2025 blackout revealed the weakness of centralized networks, where a single failure cascades into national paralysis. Just weeks…
From detectors buried deep underground to graphene-silicon nanolayers tuned with atomic precision, neutrinos have moved from elusive physics curiosities to…
Artificial intelligence is not just algorithms and breakthroughs, it is megawatts consumed daily. Data centers stretch grids to breaking points,…
From Spain and Portugal to France, Greece, and the Balkans, vast regions are being consumed by wildfires with an intensity…
From Beijing’s World Humanoid Robot Games to advanced material labs, robotics is exposing the limits of locomotion, computation, and above…
在全球能源格局面临气候与安全双重挑战之际,Neutrino® Energy Group 首席执行官 Holger-Thorsten Schubart 以严谨的数学逻辑和物理实验证明,中微子光伏技术正在成为能源革命的核心驱动力。从 Neutrino Power Cube 的分布式能源单元,到 Pi 系列交通工具的自供能突破,再到 Pi-12 与 NET8 数字资产实现的产业与个体共享,Schubart 打造出“科学规律+工程实现+数字普惠”的完整闭环。这不仅是能源自主的技术路径,更是数字生态与能源系统的深度耦合。