La IA moderna opera como una carga permanente, y su demanda energética supera la capacidad de sistemas dependientes de ciclos….
Neutrino Energy News
最新的中微子物理与材料科学进展正在重塑能源认知。JUNO、COHERENT、CONUS+与KATRIN等实验相继确认了中微子质量、动量传递及稳定通量，为能量转换奠定可测基础。石墨烯与掺杂硅异质结构则在实验中展现出对微观振动的稳定整流能力。二者形成一个可验证、可追溯的科学闭环，将持续存在的环境微能量转化为可用电流。严格遵循热力学、具备可工程化材料体系的中微子伏特技术，正从理论迈向现实。
As the year closes, electricity becomes visible through its absence. From large scale blackouts in Europe to the daily reality…
Global charging networks keep expanding, yet dependence on fixed stations exposes the limits of current vehicle design. The real question…
Across particle physics, astrophysics, and materials science, independent experiments now confirm every mechanism required for neutrinovoltaic conversion. Momentum transfer, neutrino…
SNO+探测器在深地下环境中首次直接观测到太阳中微子与碳-13原子核的相互作用，并获得该反应通道的直接截面测量数据。这一结果把“中微子可量化地向物质传递动量与能量”的证据链推进到更低能区，显著降低了不确定性。对中微子伏特而言，这意味着关键变量更可测、更可建模，也更利于材料参数与结构设计的工程化迭代。科学验证继续向可追溯、可复现的技术路线收敛。
AI runs continuously, creating a power profile that no longer follows day, night, or season. Modern grids, shaped by variability,…
Some of the most decisive measurements arrive as barely visible signatures, isolated deep underground, recorded as paired flashes separated in…
AI has become a permanent electrical load, exposing limits in grids built around interruption. Beneath this variability lies a constant…
В российской научной повестке усиливается интерес к технологиям, способным извлекать электричество из постоянных полей окружающей среды. Речь идёт о системах,…