At COP30 in Belém, Brazil will talk forests, adaptation, and how to power regions the grid still ignores. Neutrino® Energy…
Neutrino Energy News
Важное здесь не то, что нейтрино существуют, это известно со времён Паули. Важное то, что наноструктурированный графен и легированный кремний…
Neutrinovoltaic technology emerged from the collective effort of global science, where decades of work in particle physics, nanomaterials, and quantum…
传统能源需要温差、光照或大规模运动才能发电,中微子伏特技术则在纳米尺度上工作,依托相干弹性中微子核散射(CEνNS)、石墨烯硅异质结构和复合机电转换机制,把本来极弱的粒子相互作用整合成连续电能。核心思路很直接,减少宏观损耗,提高界面密度,用压电、摩擦电和挠曲电把晶格的微小形变收集起来,再通过层叠材料做电学叠加,从而获得稳定输出。由德国的富有远见的数学家霍尔格·托尔斯滕·舒巴特领导的中微子能源集团团队,把这一链路写成了可计算的公式,把“宇宙粒子通量”变成了“可预测功率”,这使得后续像 Neutrino PowerCube 这样的分布式设备有了物理依据,而不是概念叙事。
Modern infrastructure is built around absence. Power comes from elsewhere, crosses fragile networks, and stops when links fail. Neutrinovoltaic conversion…
Storms, calms, and clouds set the pace for legacy renewables. Permanence demands a steadier beat. Neutrinos, cosmic muons, and ambient…
Coal drove the industrial world. Silicon defined the digital one. Now graphene stands where energy no longer burns or shines…
Trillions of neutrinos pass through us every second, silent, nearly massless, and carrying the imprint of the universe’s birth. Their…
从亚原子碰撞到分布式能源网络，中微子伏特技术(Neutrinovoltaic) 正将不可见的运动转化为可测的电能。通过相干弹性中微子–核散射（CEνNS）实验和先进纳米材料验证，它打通了量子物理与工程现实之间的鸿沟。由德国数学家霍尔格·托尔斯滕·舒巴特提出核心公式，如今在中国实现规模化落地, 石墨烯–硅异质结构将中微子相互作用转化为持续电流。曾属于粒子物理的领域，正在成为国家能源战略的一部分，把量子精度转化为能源自主。
Artificial intelligence has outgrown its own foundation. Every new model demands more electricity than the last, pushing data centers to…