Understanding instabilities and turbulence in plasmas is one of the key challenges across a wide range of plasma research ...
Activated carbon made from waste almond shells and modified with titanium dioxide nanoparticles reached 914 F g⁻¹ at 1 A g⁻¹ ...
In a controlled comparison, zinc oxide nanoparticles degraded 85 percent of methyl red dye under xenon-lamp irradiation, ...
A mineral common deep inside Earth behaves differently under extreme pressure depending on the direction in which it is compressed. The finding could help explain puzzling laboratory results and ...
At ASHG 2026 in Montreal, Nabsys founder and CEO Barrett Bready argued that both short-read sequencing and traditional cytogenetics leave a blind ...
2026年1月，维也纳大学团队把由五千到一万个钠原子结成的金属团簇送进了干涉仪，结果令人意外又熟悉，干涉条纹依然出现，量子力学再次“胜出”。这项发表在《自然》上的成果，把物质波干涉的质量纪录推到了新高度。两百多年来，从托马斯·杨的一束阳光，到单个电子、大分子，再到接近纳米器件尺度的“微型金属块”，物理学家不断挑战同一个问题：量子世界的规则，究竟能延伸到多大？到2026年，这场跨越两个世纪的追求，仍 ...
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