290^0^9^
tLy are
still need
to ha^f^d?
J
, in electronics:
many unsolved or only partially
solved problems
what
-sor?
d
nS
«
b
^i6d
;
We need
t0 know how
the data systems
of the organism operate
data system,
etc?
’ ^ h°W “edlcal interference can assist
the operation of
the
to! °i
ax tent
to which
the data signals
in
the organism are
electrical
(The
data
is played by data
e
tran!mi!s?
ed h^h
electrical signals.
In particular,
an important role
troSaSe?ic oscillawSn?
? ind
hf asents ‘
But *e. shall only
deal here with elec!
Him,-,*
° Bc;LJ
-fatlons.
)
and
the problems
concern
the "electronic” nroDerties
of tho
mlt in!ofve
W
e
yS
° f 3tudylnS
Problems must also be "eLct^Sfc," Lf
ties
etl
An inroorLnf
characteristics
and of nonlinear and modulation propeL
many Ixp^rimenS data?
Was made
ln
[2] with
the P^of. (based on analysis
of
magnetic oscillations
(EMO)
with ?i%iVo?g!nI!^
electro-
nals
on the^EMO^nower'
C
fii°^ biological effects
of external
(radiation-connected)
data sig-
going !p
?o fUeS S Sicb ^r
rt
ine
fl,°m
f ‘“S* 11* extremely
low
threshold level and
to Sfve
P
an impo^LfroJef
6CtS
Connected wlth heatl "e of the irradiated object start
are onlv^^e^kin^L^
3!^.?
re ? p°nse of
4llvlnS organisms
to low-power EMO radiation
(We
dent for dif™?ti£l ?he
frequencies
at which the energy
of the quanta
is
insuffi-
sponse
is
seen usually doS^n^eLeed^enth?
11!/
61® 111^ 6
fre(luency bandwidth in which
a
re-
display bands „ observed, £
KSS*
tions^I T
tU
fl
°h
i
aWS
ht
S
b
f en
d
^scussed ^ various Russian and foreign publica-
parison il ii technical 'cyberSeSfsjstass!
iS/
0O""
system
S
fSSSSS.
;L*S.
,52tS 3^S^rL5S^i°SB
,,L“
d
Sanlsm;
to each variation of the atate or type of activity \he?e oor?e?oonS aoEwo
°'Z„
let^requencies
* [ll)
6 TsSel»?
Xte
!
ldSi
-i '’"’T
to
Cat
leaat
In some
cases). ultraSlo-
spectra
i
fr4 ®?e
?i
ls played by
the
lines
in the infrared part of the
Denature
*
f" the vicinity of the maximum of thermal radiation at
the organism tem-
perature.
This
is
confirmed by
the determination and analysis
of Raman snect™
rfi
71 of
living organisms, which include a number of pronounced lines
in the infrared Dart
’aid
a i
“^.S^SdraS^i^^rS
0?"^.?’
‘he a
eotSr‘s^agSs
edm^e^s of
S °
uueoreucai study,
and gives
a detailed justification of the hvDothesis
that
tho
dirar+-
action of low-power- EMO on the living organism
is
linked with
Collective ^citftion! ^r
arrsh;j4crt0
5Bosi's?a”sWc 3 ?
ra° te
6 the3 ' excltM°”s
Uke Bosons,
i.e..
The
threshold power needed for response
to
irradiation ls determined bv
tha
trano-<
auboxure
zero
L°J
in the living organism becomes possible
as
a result of material
enerf!
transformation, whereby,
in
the neighborhood of certair^frequencies
absolute
t
zero?
UrCe *
*
systera can behave like
a system operating
in
the neighborhood of
iivdn^LLriar^d^LY^^^
the l^a5i
ea^d°oLf^
Sl
i S5 tly
(by apprM -
°- 001 of “>« t,ds“
P??^Uency! acco?S!L ?o
'
the basic
filquenc?)
in Shirh^
Xt Wa
<
alS °
sh °!?n
that
the bandwidth
(likewise
Q. 001 of
OIJC
Udsxc.
irequency;
in which the organism responds
to irradiation
is
detarm-tnad
w„
It,
pcij^joytsss ssssss s‘ts^ss?s.
,s“ts ss
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(usually low-level) signals functioning through the data systems n-f
J
signals [3,5].
It Is natural to ask what the function cTf theseTlSals
A
Led data
might
t>. at
follows:
to mobilize
the reserves of the orglolsm^hen
for
normaily
functioning data system cannot perform this talk itself
(Data have sJ fl? beeS®
published only on certain data EMO signals and the nature
of. their moblllzLe action oS the
exP®rimental data refer mainly
to protective action of EMO on^emopoiesis
action on malignant neoplasms,
ophthalmological diseases, .trauma,
and certain hSt ™Jen
lar diseases
etc.
But we can in principle expect that
as reae&Arh
S-rrff~r
a^,neart Va3 £U“
these signals will be extended and the scope for mobilizing the reserves nf the xfnee
.r 0f
will correspondingly be seen
to increase.).
This
is
to iome exteS sTmf
S® °^anism
SiS
e
in?d
d
?he
k
sys?em..°
f “ electronlc
3y3tera in order better
to. mobilize the res trvts
the o^anis^fuli^performs S*
1°^
'
to
be borne in mind,
first,
that
the prime task of mediSl Serfe^™*
b
J°
n3 *
Bu! “ has
organism
to
its
normal state.
Second,
any
of: the present popular medical
faV-ri'ftf
0r®
the
precisely aimed at assisting
the organism In Its
struggle Sith illnefs
anJ nJJ ^
?t are
k
stitution,
so
that,
from
this point of view,
the data signals
no ?, at dts
sub ->
ly and most important,
the vast reserve potentials of the organism hav^ t-n?h
C
hPtl0n
^
*
,Thlrd~
By gradual
training a man can be
taught
to wlthttlnd cold , helt ^oxyge^ defL^nov
? mlnd '
tains,
to
consume
a small amount of food and moisture,
to maintain
In raoun-
accelerate regenerative action,
etc.
To realize thele pLsIbiXwes^flnS
loadS
*
to
the organism is needed,
specially of its system of internal feedbacks
fc .°£
of gradual adjustment In connection with changes in conditions of existent
t-hnf^
?? ?ere
to be remembered that similar adjustments can be SuJ^rJSctolSSirSkSSff
1 (US**
long-term).
For instance,
there are the widely known
a
£td-tudea
Calso
term oxygen deficiency,
or
to enormous
static
loads reaching several tons
etc^
cine
Is often concerned with cases when sudden disruptions
do not leave
tation and adjustment of the organism,
and its reserves cannot be broutfh^inJ Lh
adap-
natural
conditions,.
This
is
sensible starting-point lor Sg dlta siSlls
adjustment of the organism can be accelerated many times.
In
[51
from arvnvq-rq
£f>y tbe
of EMO data signals remembered
by. the organism,
It is concluded that tL “ganilm Lbilizel
them for overcoming factors unfavorable
to
its operation.
Naturallv
the dfta
f6S
also prove useful when the data communication circuits are destroyed *and external
S
n-r£rnn?
an
are used for replacing those
that
do not arrive over ^thfnatSal JhanneL?
8iSnalS
.
.
.
Discovery of the effects of data signals bn adjustment of the organism can be assisted
y experiments
in which
the organism is irradiated by square pulse amplitude-modulated EMO
3*S™} 3
^ 10 ]
Even earlier,
in
[2,
5],
it was established that often° when da?fsllmSlf-
realized by continuous
EMO,
fairly long-term
(not less than an hour In
[2
51)
lrra
l
S/
ee
?dH
In
C^
]
lhe biol°ei°al results of stimulation were compared for
tio
°1
lrr??latl°n\
flrsfc
tyP e was
continuous, using a generator with, power onlv
bove ^he threshold required for obtaining a biological effect,
so
that an! siSnifi
cant power reduction or reduction of irradiation time to under
45 mins
leads
to vanifhi^
of the effect.
Ihe second wasjthe square pulse amplitude-SolulaLfSode ol Ihfs^f^efa-
P^l
li^ P^
S
+
!
v, dU^atiOn
. Wa
fu
1 fl 4 10
"" 3
/ Sec, ^Petition period was
0.01 sec, and pulse power was
equal
to
the power in the first
(continuous)
mode.
It was found that the biolLl^l
is
virtually
the same for an hour's irradiation in either mode.
.This
shows
that
the
'
Requires
a short time
(at most
^ sec)
for response
to Irradation, whereas re-
laxation from the stimulated state requires over 0.01 sec.
As a result
the
ni,i, P
tinuous modes give the same biological effect.
Relatively long^tera iJradatlSn il
a”d
°° n"
or certain systems of the organism
to adjust,
thereby producing
a' memory of
the. stimulus .
?
...
continuously varying conditions
of existence, and with breaks of the data sormsp
^he!lp* mortf organism has-to adjust itself continuously,
. often quite rapidly In the cases
'
3 f d!ta EMQ ^s!imei?°?
Cern^%
It
can therefore be expected that there will be increased use
hL?
EM0 stfmu11
in medicine as research progresses
(It may be mentioned incidentally
adani-!hfi
a"±sm usua
ily becomes accustomed to any medical stimuli, presumably due to^Its
io
tC
l
a"y
^ extei*nal factors demanding adjustment of its operation.
But
so far
:ati!n
P
i! reali^^in
3timu
,
1:L has been observed..
This
is possibly because data comAuni-
Jly
by
"no^noticing" thlm!)?*
Y 3lmllar
,3lSnals *
and the organism adapts
to them sim-
PeratiL
U
of
t
q
U
?»r.^
bb
f*. la3t
° f
?he above-mentioned- conditions
for long-term uninterrupted
iboutall
^ y^m^ nam^y ’
fch
! presence of circuits
for obtaining Information
.he
changes affecting the system operation.
By obtaining information about faults
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JSSKS,
f
-h «S3
tSrSESS
Bi,J
,s:iS2,*ggK"
Disease l^usuall^flrs^lnrifon?^
^
1S
ltnown
to simplify
the treatment of sick people
SiSTdiJa^mS
th
.
e
J
lvine organism being e^uip^
Yet
there are^tlmee whin t£e
<f”“ e
'
c^e^dShlPFS
^s
3 SSi-
rupted‘epe?a“oS
e
o?
ef£?£
fSi?"
^SSLr
PS*
n
?»
a
5;y
«ompllx^e=?rSnle aya“ems, Ske
e
St££ l^l^SV^Td^Sre^
rFr"nf°sfar™-
ro^
terns,
the solutions of many problems
can be found more
easilv
y !
»!» L
nl
c
. s£?~
1,113 3&d b3
REFERENCES
'..'
Atomlziatf'MoacojfJf":
Llfe l8
fI'0,n the folnt ot Tle” <* **•*» tin Haaalan],
OSSR a7-“l8*SS%'";
1^!%Sff!
rS.
I,^‘J“ tSttlsHS
1973°
n
° f A°aaemy ° f Sol 'ncM '
IM-wi,
198o!’°
110h '
Ad',ances
ln Electronics and Electron Physics,
vol.
65,
pp.
85-110;
N *
D
:
Devyatkov et al.,
"Physical aspects of the medical use of energy and lnfor-
(333)?
is-SO^SS?”*
1516 StimUl1 ’" Elektronnaya tekhnlka,
Seriya Elektronlka SVCh,
no.
6.
S.
Webb,
Phys.
Pep.,
no.
60,
p.
201,
1980.
PP.
il02-4oi(,
D
198l^
n^ Ce *
S ‘ Deglla *
and M *
Milanl »
Phy s
-
Lett.,
Oct.,
vol.
15A,
no.
6,7,
1951.
8#
L *
Landau and E *
Livshits,
Statistical Physics
[in Russian],
GITTL Press,
Moscow,
9.
Li.
2.
Balakireva et al.,
"Study of influence of PM radio waves on m-ntpon „n
sssin.Ms^gg.'sri: sa
,ot
to
x-ray irrMiatio"- n
yanovai
"Oalng 2SSS3S
ffi'&^SSSVS Sje^SS*^
S^
tl °5al
4 Btl5?11 of eiectromagnetic oscillations
on ^Jiving organisSf"^ KeSSnlva
tekhnika,
Seriya Elektronlka SVCh,
no.
8,
1981.
organism,
txeicpronnaya
Press^ "Moscow j gfj“
heev and
P *
P *
Mikhailova,
Very Weak Radiations
[in Russian],
Nauka
5 April 1982
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VOLUME 25
Contents
NUMBER
1982
Radioelectronics' and medicine
(on
scope
for using certain analogies).
N.
D.
Devyatkov,
M.
B.
Golant,
and T.
B.
Rebrova
Adaptive quasi-coherent
digital
signal demodulators for fading channels.
N.
N.
Belousov and V.
E.
Martirosov.
Adaptive algorithm for detection of narrow-band signals
in noise of un-
known power and spectral
shape.
V.
P.
Peshkov
Use
of redundant
coding in channels with variable parameters.
B
„
I.
Filippov
•
High-speed digital filters with serial processing of data places.
L.
M.
Osinskii.and 0.
V. Glushko
Determination of characteristic function and iPpisson spectrum of gen-
erating process jumps from characteristic function of linear
system response.
B.
G. Marchenko and L.
D.
Protsenko
Quantization errors
in adaptive antenna arrays.
I.
V.
Grubrin,
O.
I.
Zaroshchinskii,
and V.
I.
Samoilenko
Detection of radio signals reflected from extended statistically
rough surface.
V.
I.
Chizhov
Transformation of equations of state variables for circuits with strict
numerical degeneracies.
Yu.
M.
Kalnikbolotskii and V. V. Khilenko
.
.
.
Analysis of control voltage overshoots
in
load network
in FET analog
switches.
G.
F.
Zverev,
D.
F.
Zaitsev,
V.
A.
Radchenko,
and
Ya.
L.
Khlyavich
Equivalent
circuit of physical processes
in semiconductor structures
for large
signal mode.
V.
P. Voinov
Characteristics of spectrum analyzer of recirculation type using charge
transport devices.
I.
A.
Balyakin,
Yu.
M.
Egorov,
and
V.
A.
Rodzivilov
Noise immunity of standard frequency discriminator with rejection of
anomalous errors
in fluctuation noise
conditions.
A.
F.
Fomin,
L.
M.
Zhuravleva,
and V.
S.
Kostroma
'
Brief Communications
Use
of
a priori
information on structure of correlation matrices for
adaptation.
V.
M.
Koshevoi
Digital processing of narrow-band
signal characteristics.
A.
V.
Zhogal
and Yu.
L.
Svalov.
Estimation of noise
immunity of redundant
coded system with pseudo-
random switching of frequencies.
V.
A. Lyudvig and
A.
M.
Chudnov...
Bandwidth of tapped delay
line noise compensator.
B.
V.
Nikit chenko and V.
V.
Popovskii
Smoothing of trajectory measurement data by polynomials of variable
order.
N.
D.
Ogorodnilchuk
Measurement
of parameters
of motipn by comparing structures of wave
fronts.
V.
A.
Chulyukov
Adaptive compensation of nonlinear distortion when using compensation
channel with cubic response.
M.
G.
Kolesnik,
S.
V.
Nikitin,
and
V.
V.
Nikitchenko
Matched filter using main maximum of
signal
for estimating instant
of arrival.
N.
A.
Dolinin
Information criteria for estimating performance of image receivers.
B.
0.
Karapetyan
PAGES
RUSSIAN/ENGLISH
/
(continued)
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