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Fusion by Pseudo-Particles, Part 3 The Future and Lessons of (Quasi-Particle) History

机译:伪粒子融合,第3部分(准粒子)历史的未来和教训

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摘要

Each pseudo or quasi-particle had its long fight for acceptance. Though semiconductors were known to exist by the 1880s, and the discovery of their rectification features commenced soon afterward, it was ignored by mainstream physics, meaning classical mechanics and Maxwellian electrodynamics. Semiconductor research was not even off mainstream, but off-off mainstream. Radioactivity was researched by the enthusiastic Curie couple, in filthy sheds. Even a generation later, in the 1920s, Wolfgang Pauli scorned semiconductors as "physics of dirt." Electron holes as quasi-particles did not storm physics departments. The idea reached industry and society a generation later in the early 1950s.
机译:每个伪或准粒子都为争取接受而进行了漫长的斗争。尽管半导体在1880年代就已经存在,并且其整流特性的发现很快就开始了,但是主流物理学却忽略了它,这意味着经典力学和麦克斯韦电动力学。半导体研究甚至不是主流,而是主流。热情的居里夫妇在肮脏的棚子里研究了放射性。甚至在一代人之后的1920年代,沃尔夫冈·保利(Wolfgang Pauli)都将半导体视为“污垢物理学”。电子空穴作为准粒子并没有冲进物理学系。这个想法在1950年代初的一代人中传到了工业和社会。

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    《Infinite energy》 |2013年第109期|29-36|共8页
  • 作者

    George Egely;

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