AI runs continuously, creating a power profile that no longer follows day, night, or season. Modern grids, shaped by variability,…
Neutrino Energy News
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,…
España enfrenta una red eléctrica tensionada por demandas crecientes y dependiente del clima, lo que impulsa la búsqueda de soluciones…
India’s energy debate now intersects with a simple fact, every mechanism behind neutrinovoltaics has moved from theory into peer-reviewed evidence….
全球顶级实验密集给出证据链，从 CEvNS 动量传递到 JUNO 通量精测，再到 KM3NeT 捕获超高能事件，中微子伏特技术的核心物理已经全部被验证。石墨烯与掺硅结构让微弱动量得以整流输出，使这一体系从理论走向工程。多源能量叠加确保稳定输入，不依赖光照或天气。随着材料和探测精度继续提升，一个以精确物理为基础的无燃料能源体系正在出现。
Energy debates often focus on generation costs, yet real systems depend on grids, storage and backup. Studies now show that…
KATRIN’s latest dataset tightened the boundary around sterile neutrino models, reinforcing the stability of the three flavor framework. High resolution…
全球多项实验的精确测量，已经将中微子相互作用从理论推想转变为可量化的物理输入。高精度通量数据、经实测确认的动量传递，以及石墨烯硅结构在微弱环境激励下的整流特性，共同构成稳定电流的基础链条。体系依靠可验证的粒子物理与可重复的材料响应，而非假设。随着质量、通量与相互作用数据不断提升，连续供能正在从概念走向工程现实。核心逻辑清晰，韧性来自测量，而非间歇性。