Transcript · English → Chinese
Microwave Hearing and Brain Signals
众所周知，微波和其他射频会影响人 体，但它们
会是人们脑海中出现声音的原因吗？
在伊利诺伊州芝加哥， 一位微波听觉领域的国际权威展示 了其工作原理。
我听到像咔哒声一样的微脉冲， 现在听起来像是带有音调的
唧唧声。
詹姆斯·林教授听到了不存在的声音 ， 但他并没有疯。
微波能量脉冲正在产生， 并从他身后发射过来。
能否听到微波因人而异， 取决于个人的听力敏锐度。
听力相当正常的人 可以在相当低的水平下听到微波。
被吸收的微波能量会导致脑组织轻 微升温，并且
膨胀，从而产生压力波， 并被内耳的听觉系统所接收。
林教授还远没有听到声音， 但或许有可能
通过这种方式向特工发送编码信号。
大脑是一个电器官。
它很容易受到电信号的影响。
既然微波具有电的属性，因此原则上 ， 人们可以嵌入或编码信息
到微波信号中，使其能被大脑感知。
End of transcript · 192 words · machine translated
Original transcript (English)
Microwaves and other radio frequencies are known to affect the human body, but could they be responsible for voices in people's heads? In Chicago, Illinois, a world authority on microwave hearing shows how it could work. I'm hearing a micropulse like a click, now it sounds like a chirp with a tonal quality to it.
Professor James Lin is hearing sounds that aren't there, but he's not crazy. Pulses of microwave energy are being generated and fired at him from behind. Microwaves can be heard depending on the individual, depending on the hearing acuity of the individual. Individuals with fairly normal hearing can hear microwaves at quite a low level. The energy of the absorbed microwaves causes brain tissue to very slightly heat up and
expand, causing a pressure wave to be picked up by the hearing mechanism in the inner ear. Professor Lin is far from hearing voices, but it could be possible to send coded signals to an agent this way. Brain is an electrical organ. It is susceptible to electrical signals.
Since microwave is electrical, therefore, in principle, one could embed or encode information in the microwave signal such that it could be perceived by the brain.
