Russian astronomy/ astrophysics WAR news - introduction

The STATUS of WORLD WAR 3......the SCIENCE WARS.

The Solar System has 9 planets...equivalent to 8 data bits and 1 parity error correction bit.
Thus the original data processing structure of the Solar System and its subsequent evolution to Planet Earth......is now, viewed as Computer Earth System 370.

The Solar System astronomy data processing system with

Program Status Word (PSW)

The Program Status Word (PSW)^[2](pp71-72) contains a variety of controls for the currently operating program

PSW = Program Staus Word  and its expression bio-computer

PSW = Professor Stephen W.  (Hexadecimal Hawking)

bits 0-5: enable channels 0-5, bit 6: enable all remaining channels,^{[NB 2]} bit 7: enable External interruptions (timer, interrupt key, and external signal) 

                   System Mask

                            PSW format

Hawking at NASA, 1980s

The solar system orbital uses SETI algebra set theory.
The Carl Sagan astronomy 7 letter word:
ORBITAL .......has the subset word
..B..AL = BAL = Basic Assembler Language.

The solar system PROJECT PLAN is very visible thru the Computer Earth geography map

...earth BAL processing regions.

Such geological data processing regions in Europe are the well-known BALtic region and the BALkans.   Both are well known as COMPUTER EARTH war regions.... WW1 and  the  WW2 (base 2 WAR)  and the     Yugoslavia   BALKAN conflict of 1994.

IBM Basic assembly language - Wikipedia, the free encyclopedia

Above, the lower level.... the Southern level of the Europe geography map

Below, the Northern version of Computer EARTH  BAL fata provessing region.

Earth Lab biological computer systems are understood thru their mirror....the copper wire computer systems. The mathematical-physics copper wire electron computer mirror came into existence after the Base 2 math war....known as World War 2 .....really a GALILEO astronomy war over year 1632 book: 2 Chief World Systems. Hence, the 1939/1945 war about 2 Chief World Systems was named World War Two.

What are the 2 systems?

This serious question engages thousands of research scientists and theorists around the world.
Using various symbolic tools (noun, verbs, chemistry formulas, physics equations, algebra,etc.) and conceptual tools like: supersymmtery physics and parallel processing.......and various EARTH LAB empircal data events .....a preliminary outline of the SOLAR SYSTEM war for control of EARTH emerges.
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A literary agent for the SOLAR SYSTEM
Aleksandr Isayevich .....Solzhenitsyn ..subset identifiers
Al........Is.............Sol ....giving his astronomy ID as
Alphabet..Info systems...Solar Systems......

thus explaining the cryptography nature of the
Russian (Cyrillic) alphabet, language, and pronunciation

In the First Circle    (the first orbital)  - Wikipedia, the free encyclopedia

the cryptography nature
the cryptography nature
the cryptography nature

Russian --> RU + SSI + AN

Request Unit   ....... Solar System Instrunction ...... Alpha/Numneric expressions

• Command and RU types in VTAM messages - IBM

  publib.boulder.ibm.com/infocenter/zos/v1r11/topic/.../cmdtype.htm‎

   

  This chapter lists the command and request/response unit (RU) types that can appear in VTAM® messages. See z/OS Communications Server: SNA Operation ...

• Using VTAM to communicate with LUs - IBM

  publib.boulder.ibm.com/infocenter/zos/v1r12/topic/com.../vclu.htm‎

   

  VTAM can split any function management (FM) data that exceeds the maximum RU size into a chain (or partial chain). VTAM can send FM data from a number of ...

VTAM BIND RU Session Parameters or Data Area (DBIND) - IBM

VTAM BIND RU Session Parameters or Data Area (DBIND) z/OS V1R10.0-V1R11.0 Communications Server SNA Data Areas Vol 2 z/OS V1R10.0-V1R11.0 

Thus the Solar System  processor  Data BIND  to human bio-computer  Solzhenitsyn ..... an accurate quality ...  data amplifier and output report writer.  

Russian ---> SS    and   Si:

Instruction formats for astronomy information string theory analysis of Europe

Instructions in the S/360 are two, four or six bytes in length, with the opcode in byte 0. Instructions have one of the following formats:

• RR (two bytes). Generally byte 1 specifies two 4-bit register numbers, but in some cases, e.g., SVC, byte 1 is a single 8-bit immediate field.
• RS (four bytes). Byte 1 specifies two register numbers; bytes 2-3 specify a base and displacement.
• RX (four bytes). Byte 1 bits 0-3 specifies either a register number or a modifier; byte 1 bits 4-7 specifies the number of the general register to be used as an index; bytes 2-3 specify a base and displacement.
• SI (four bytes). Byte 1 specifies an immediate field; bytes 2-3 specify a base and displacement.
• SS (six bytes). Byte 1 specifies two 4-bit length fields or one 8-bit length field; bytes 2-3 and 4-5 each specify a base and displacement. The encoding of the length fields is length-1.

Instructions must be on a two-byte boundary in memory; hence the low-order bit of the instruction address is always 0.

Additional SCIENCE WAR subjects are listed on the above TOOLBAR on your computer screen.
You may CLICK on those NOUNS for access.

CONTACT: Principle science researcher HERB ZINSER

Mail Address: P.O.BOX 134, Watertown, WI 53094-0134, USA

E-Mail: Herb@Zinoproject.com
Website: www.zinoproject.com