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Subject: Scientists discover radio signal FRB 180916 relaying
to Earth in steady 16-day cycles -
Re: 2020 uge 07 (news samlet)
Date: Mon, 10 Feb 2020 11:51:31 +0100, GMT 10:51
Organization: The Kingdom of Heaven, Department Fools of Christ
22136 news:5e4135c7$0$702$14726298@news.sunsite.dk
https://sites.google.com/site/etfootsteps/home/radio-bursts/22-136
https://groups.google.com/d/msg/dk.politik/AbjAJfWrpCY/WHFvwJtPBAAJ
https://groups.google.com/d/msg/dk.videnskab/KkI7N8nCcF4/nSBIcS0gFwAJ
___ quote begin ___________________________________________
[ ... cut 01 ... ]
-
Scientists discover radio signal relaying to Earth in steady 16-day cycles
Scientists have discovered the first ever fast radio bursts
that beat at a steady rhythm, in addition to a mysterious
repeating signal coming from another galaxy.
By JERUSALEM POST STAFF FEBRUARY 10, 2020 09:25
[ ... ]
The source of the radio burst is located in a galaxy
approximately 500 million light years from Earth, ...
[ ... ]
... discovered a repeating FRB called FRB 180916.J0158+65.
Kommentar:
Hmm ... (memory on from) ...
Newsgroups:
Subject: [Hypotese ved the-ET-Bible-code]
Re: *ET-copyright*:
Abraham-75 + (430) 1200 -> (43) 120 = 195 (Target) -
Was: Interrupt 140,8125 -
Re: 2020 uge 04 (news samlet)
Date: Sun, 26 Jan 2020 12:31:33 +0100, GMT 11:31
Organization: The Kingdom of Heaven, Department Fools of Christ
22089 news:5e2d78b0$0$706$14726298@news.sunsite.dk
https://sites.google.com/site/abraham175code/files/22-xxx/22-089
https://sites.google.com/site/etbible/home/ET-bible-code/22-089
https://sites.google.com/site/etfootsteps/home/ET-bible-code/22-089
https://groups.google.com/d/msg/dk.videnskab/RMh-_LAjHO8/IhG4lkjpAAAJ
>
> *Hypotesen* er - med andre ord - at de *tester* et SETI-budskab,
> fordi de måskee IKKE selv 100% forstår det!
>
> Årsagen hertil KAN være, at de har modtaget budskabet fra en
> 3. civilisation (fx. langt borte fra i en helt anden galakse).
>
> Dette budskab har kørt i længere tid (måske i mange 1000 år),
> men de har først opdaget signalet undervejs!
>
> Så ...
>
> HVIS det illustrativt fx. havde været en film, da begynder de
> først at kikke med efter ... tja ... hvad skal vi sige? En ½
> time?
>
> Og så kan MANGE ting godt være ret svært at forstå!
>
> Input en eksempel herpå:
>
> SETI-test-program (version 1.03)
> https://sites.google.com/site/setiv103/home/all-in-one
> >
> > 078 00000000 000--------
> > 079 10100000 005 5
> > 080 00100000 004 4
> > 081 01000000 002 2
>
>
> HVEM forstår en dyt af dette?
>
> (
> HVIS man IKKE har fået den *forudgående*
> FORKLARING, at markør-tallene 4 og 2
> dækker over en viden angående ... bla, bla, bla ...
> )
=>
List of fast radio bursts
https://en.wikipedia.org/wiki/List_of_fast_radio_bursts
Fast radio burst
https://en.wikipedia.org/wiki/Fast_radio_burst
https://en.wikipedia.org/wiki/Fast_radio_burst#FRB_180916
FRB 180916
FRB 180916, more formally FRB 180916.J0158+65, is a
repeating FRB discovered by CHIME, that later studies
found to have originated from a medium-sized spiral galaxy
(SDSS J015800.28+654253.0) about 500 million light-years
away – the closest FRB discovered to date.[78][18][19] It
is also the first FRB observed to have a regular
periodicity. Bursts are clustered into a period of about
four days, followed by a dormant period of about 12 days,
for a total cycle length of 16.35+0.18−0.18 days.[11][79]
[80] Additional followup studies of the repeating FRB by
Swift XRT and UVOT instruments were reported on 4 February
2020.[81]
[ ... ]
This page was last edited on 10 February 2020, at 01:56
(UTC).
SDSS J015800.28+654253.0 ...
Dette svarer til:
Eq J 2000
RA 01 58 00.28512
Dec +65 42 53.0964
360°
Galactic
longitude 129,71056077
latitude +03,72288600
[ 600° ]
Galactic
longitude 216,18426795
latitude +06,20481
=>
Distance to (600-system) ...
https://sites.google.com/site/abraham175code/galactic/002
Arcdegrees Name 2
0,00000000
20,55765621 Target
44,40225066 M31
75,16806315 M45 (7-star)
88,93169245 Cygnus A
128,88151248 Orion, Epsilon
143,79519000 Galactic Northpole
156,20481000 Galactic Southpole
167,02952766 M87
190,93853901 Big Bang
216,01702753 GC
273,59535181 Great Attractor
288,77202299 Centauri, Alpha
292,35026254 Centauri, Proxima
Mht. pulserne (the bursts):
Målestokken 78-Pt-193, ½-life = 50 years
(365,25 days * 50 Years) / 16,35 days
=
1116,97...
Compare with ...
1140
https://sites.google.com/site/etbible/home/markpointer/1140
[
1140
1150
1260, 3½
1290
1335
]
Delta:
-1140
+1117
=
23
?
=>
1140, 23
1150, 33
1260, 143 ... (144 ?)
1290, 173
1335, 218
=>
1117,00000 16,3496
1140,00000 16,0197
1141,40625 16,0000
1150,00000 15,8804
1260,00000 14,4940 ... (14½)
1290,00000 14,1570
1335,00000 13,6798
Found nothing!
Hmm ...
Mht. 4 days/ 16 days
Compare with ...
SETI (search for intelligent life in space)
Struktur-opbygningen af pulserne
https://sites.google.com/site/setiv103/home/struktur-opbygningen-af-pulserne
>
> Opbygningen af SETI-test-programmets pulser:
>
> Programmet er et digitalt signal på ialt 5472 bit (684 bytes).
>
> (Programmet er dog en anelse længere, bestående af bl.a. et
> 3-D (Galaxic) "phone"-number. Denne del af koden er åben og
> behøves derfor ikke at blive knækket).
>
>
> Lys- og/eller Radio-fyrtårn
>
> SETI-test-programmet kan sendes direkte serielt ligesom
> Drake gjorde til fx. M13, men ulempen er her, at man i så
> fald er TVUNGET til at sende bit-for-bit *uden* komprimering.
>
> Benyttes derimod et lys- og/eller radio-fyrtårn kan signalet
> sendes parallelt og kan derved *komprimeres* 8 gange, dvs.
> fra 1-bit til 8-bit (1 byte), samtidig med at man udsender
> sit budskab til MANGE positioner på himlen, fx. hele
> Mælkevejen, hvor hovedparten af stjernerne befinder sig i
> vor galakse (og dermed - hypotetisk set - mulighed for
> biologisk liv.)
>
> Ulempen er her dog, at modtageren KUN modtager éet signal af
> gangen, og ventetiden (uden signal) kan være meget lang, fx.
> en hel uge ...
>
> Éet enkelt signal kan meget let *forveksles* med
> baggrundsstøj, men dette problem kan afbødes ved at montere
> 3 sendere på parabol-senderen (forskudt i forhold til
> hinanden), således at når fyrtårnet drejer rundt udsendes
> fx. følgende signal:
>
> 0464 news:LoKga.1187$mI2.227902@news000.worldonline.dk
> http://groups.google.com/group/se.vetenskap.astronomi/msg/bf6f8e4f9b8a3c99
>>
>> START:
>> Time=0000y000d00h00m00s000 - 0001 inpulse - 0
>> Time=0000y000d00h00m10s000 - 0002 inpulse - 1
>> Time=0000y000d00h00m31s416 - 0003 inpulse - Pi (22/7)
>
> Hvert signal består altså i virkeligheden af 3 pulser.
> Tidsforskellen mellem disse *afslører*, at afsenderen kender
> tallet Pi, hvilket man jo IKKE kan forvente af en
> ikke-levende genstand.
> Modtageren må derfor konkludere, at der står et
> *intelligent* væsen bag signalet (ET, Aliens).
>
> Kompressionen af 8-bit opnås da i kraft af, at *ændre* på
> tiderne:
>
> ... (se udfor Focus-markøren i eksemplet) ...
> 0464 news:LoKga.1187$mI2.227902@news000.worldonline.dk
> http://groups.google.com/group/se.vetenskap.astronomi/msg/bf6f8e4f9b8a3c99
>
> === "citat" start (file 0464) ===
>
> START:
> __________________Focus
> Time=0000y000d00h__00m__00s000 - 0001 inpulse - 0
> Time=0000y000d00h__00m__10s000 - 0002 inpulse - 1
> Time=0000y000d00h__00m__31s416 - 0003 inpulse - Pi (22/7)
>
> Byte 001 (out of 638 bytes)
> 10000000 = 1 (out of 256 possible, 0-255)
> __________________Focus
> Time=0000y001d00h__01m__00s000 - 0004 inpulse - 0
> Time=0000y001d00h__01m__10s000 - 0005 inpulse - 1
> Time=0000y001d00h__01m__31s416 - 0006 inpulse - Pi (22/7)
>
> [ ... cut ... ]
>
> Byte 008
> 00000000 = 0
> __________________Focus
> Time=0000y008d00h__00m__00s000 - 0000 inpulse - 0
> Time=0000y008d00h__00m__10s000 - 0000 inpulse - 1
> Time=0000y008d00h__00m__31s416 - 0000 inpulse - Phi (22/7)
> (on this position they will be enable to understand the
> byte-syntax)
> === "citat" slut (file 0464) ====
>
> Herved opnås også en anden fordel, nemlig at budskabet (i
> signalet) bedre kan forstås af en modtager, hvilket jo var
> problemet mht. Drakes budskab.
> _______________________________________________________
=>
16 days = 1 compressed signal/message (DATA unknown)
4 days = DATA
=>
bit______bit-time
1 bit = 2 days
2 bit = 1 days
3 bit = 12 hours
4 bit = 6 hours
5 bit = 3 hours
6 bit = 1,5 hours
7 bit = 45 min
8 bit = 22,5 min
9 bit = 11,25 min
10 bit = 5,625 min (or 337,5 sec)
11 bit = 168,75 sec
12 bit = 84,375 sec
13 bit = 42,1875 sec
14 bit = 21,09375 sec *1
15 bit = 10,546875 sec *1
16 bit = 5,2734375 sec *1
(
*1:
NB! Bemærk at den afsatte tid til at *definere* signalet (Pi)
på 30 sekunder her BEGRÆNSES, hvilket måske kan give problemer
på store afstande såsom betop fx. 500 millioner lysår.
)
16-bit searchstring:
0 (0, 0)
1 (0, 1)
...
65534 (255, 254)
65535 (255, 255)
0 (0, 0)
43 (0, 43)
61 (0, 61)
15-bit searchstring:
0 (0, 0)
1 (0, 1)
...
32766 (127, 254)
32767 (127, 255)
0 (0, 0)
43 (0, 43)
61 (0, 61)
and so on.
Wich You all a GOOD hunting ... :-)
-
22136
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