第９１回日本生理学会大会
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第９１回日本生理学会大会は、
２０１４年３月１６日（日）〜３月１８日（火）に
鹿児島大学（鹿児島県鹿児島市）で開催される。
２０１３年１１月に、筆者は第９１回日本生理学会大会に
「パラダイムの転換とマイクロ波聴覚効果」
というタイトルで応募しました。
マイクロ波はパルス波形のときには人間に聞こえる現象があること
を生理学者に教えたかったのです。
しかし、応募は拒否されました。
やはり、医学、生物学は、実験の捏造がある世界なので、
マイクロ波の可聴もそのたぐいと誤解されたのかもしれません。
マイクロ波の可聴については、５０報以上の論文が発表されており、
日本医学界が愚かなだけなのですけどね。
先日、「第９１回日本生理学会大会」というタイトルの予稿集が
郵送されてきました。
当然のことですが、私の講演は掲載されていません。
今週末に生理学会が開催されるのですが、
欠席します。
日本の生理学者は、マイクロ波が一定の条件で聞こえる現象を
未だに知らず、おバカなままです。
以下、応募したときの抄録を記載します。
Abstract
The human auditory response to pulsed microwave energy
called microwave auditory effect is firmly established phenomenon
in the area of high-frequency electromagnetism.
It has been observed that rectangular pulses of microwave frequencies
were heard in radar installations during World War II, and
this observation was reported in 1962 by Allan Frey
in Journal of Applied Physiology.
Microwave auditory effect has been subsequently confirmed
by numerous electromagnetic experiments in the 1960s and following 1970s.
The electromagnetic frequency ranging from 200 MHz to around 6.5 GHz
causes auditory sensation.
Pulse width from 1 microsecond to 1000 microseconds shows
auditory responses, but this range is not limitative but illustrative.
The waveform is crucial and limited to pulses in a rectangular shape.
The volume of microwave-induced sound does not depend on
an average power density but a peak power density of
pulse-modulated microwave energy.
A threshold energy for microwave hearing was determined
to an energy density of 40 microjoules per square centimeters
regardless of the peak power and pulse width.
The irradiation of pulsed microwave energy onto the head,
especially around temporal lobe generates acoustic waves in the tissue,
which propagate into the cochlear in the inner ear.
The cochlear converts the acoustic waves into electrical signal
in the same mechanism as the air conducted acoustic waves.
This presentation introduces the development of the research
concerning microwave auditory effect with emphasis on
its physiological mechanism.
Microwaveauditory effect enables innovative communication system
to transmit audiosignals directly into the human head, and
this microwave communication may bethe unknown cause of schizophrenia.
マイクロ波の可聴に関する文献
１ Frey, A. H.,
“Auditory response to pulsed radiofrequency energy
to human auditory system”
Journal of Applied Physiology
１９６２、１７（４）６８９〜６９２ページ
２ Elder, J.A. and Chou, C.K.,
“Auditory response to pulsed radiofrequencyenergy”
Bioelectromagnetics, ２００３、24: S162–S173.
３．Chung-Kwang Chou, Arthur W. Guy,Robert Galambos,
"Auditory perception ofradio-frequencyelectromagnetic fields"
Journal of Acoustic Society of America 1982,71(6), June, 1321-1334
４ Kenneth R. Foster, Edward D. Finch
“Microwave Hearing:Evidence for
Thermoacoustic Auditory Stimulationby Pulsed Microwave”
Science 19 July, 1974, Vol. 185, No. 4147 pp. 256-258.
５ Olsen, Richard G.; Lin, J.C.,
"Microwave-Induced Pressure Wavesin Mammalian Brains,"
IEEE Transactions on Biomedical Engineering,
vol.BME-30, no.5, pp.289〜294, May 1983
６ Chou C, Galambos R, Guy AW, Lovely RH.
“Cochlear microphonics generatedbymicrowave pulses”
The Journal of Microwave Power,1975,Vol.10(4) , 361-367.
７ Eugene M. Taylor, Bonnie T. Ashleman
“Analysis of Central Nervous Involvement
in the Microwave Auditory Effect”
1974, Brain Research, Vol. 74, pp.201-208. |