键盘II

Thomas Nail
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引用次数: 0

摘要

本章认为计算机键盘的动力学主要是由二十世纪中期引入的二进制调制来定义的。除了打字机引入的二进制循环之外,晶体管计算机和计算机键盘不仅通过机械和电子循环移动,而且还通过这些循环本身的量子动力学调制。特别是,计算机键盘不仅具有由弹簧或橡胶支撑的弹性振荡键,而且还依靠晶体管的工作来调制或修改键触点释放的能量流。反过来,晶体管不是依靠机械或电子开关,而是依靠半导体材料亚原子结构中纯量子通量的调制。这种动力学操作因此被定义为三个子操作:调制振荡、调制弹性和调制主观性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Keyboard II
This chapter argues that the kinetics of the computer keyboard are defined primarily by a binary modulation, introduced in the mid-twentieth century. In addition to the binary circulation introduced by the typewriter, the transistor computer and computer keyboard move not only by mechanical and electrical circulation, but also by a quantum kinetic modulation of those circulations themselves. In particular, the computer keyboard not only has elastic oscillating keys supported by springs or rubber, but also relies on the work of transistors to modulate or modify the flow of energy released from the key contact. Transistors in turn rely not on a mechanical or even electrical switch, but on the modulation of a purely quantum flux in the subatomic structure of a semiconductor material. This kinetic operation is thus defined by three suboperations: modulated oscillation, modulated elasticity, and modulated subjectivity.
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