Molecule Electron Counts Uses And Frequency Ratios
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Continued from:Binary Tables (9 Bit Registers)
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Alternate view:Shell Tables (8 Bit Registers)Timings
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Timing/Amp follows DNA and table 7 to 5 patterns
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First capacitor discharge puts bit allocation to 15v. It drops to 6, and puts 3 into the cap. 9/9 then discharges back into (gate remains open) the circuit for 15 total volts.
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Timing3/3 _ 2/3 _ 1/3 _ 3/3 _ 2/3 _ 1/3 _ 3/3 _ 2/3 _ 1/3 _ 3/3 _ 1/3 _ 1/3 _3/3 _ 2/3 _ 1/3 _ 3/3 _ 2/3 _ 1/3 _ 3/3 _ 2/3 _ 1/3 _ 3/3 _ 1/3 _ 1/3 _3/3 _ 2/3 _ 1/3 _ 3/3 _ 2/3 _ 1/3 _ 3/3 _ 2/3 _ 1/3 _ 3/3 _ 1/3 _ 1/3 _3/3 _ 2/3 _ 1/3 _ 3/3 _ 2/3 _ 1/3 _ 3/3 _ 2/3 _ 1/3 _ 3/3 _ 1/3 _ 1/3 _Separation between initial timing is 6. Following is 8, 8 which sums to 22. Following is 2, which sums to 24Each table sums to 154 with a tail end of 14
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Cap Amp
3/3 _ 2/3 _ 1/3 _ 3/3 _ 2/3 _ 1/3 _ 4/3 _ 2/3 _ 1/3 _ 3/3 _ 1/3 _ 1/3 _
3/3 _ 2/3 _ 1/3 _ 3/3 _ 2/3 _ 1/3 _ 4/3 _ 2/3 _ 1/3 _ 3/3 _ 1/3 _ 1/3 _
3/3 _ 2/3 _ 1/3 _ 3/3 _ 2/3 _ 1/3 _ 4/3 _ 2/3 _ 1/3 _ 3/3 _ 1/3 _ 1/3 _
3/3 _ 2/3 _ 1/3 _ 3/3 _ 2/3 _ 1/3 _ 4/3 _ 2/3 _ 1/3 _ 3/3 _ 1/3 _ 1/3 _
Forgoing tails/separations sum initial + sets * 8 is 70
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963963(9)63963963963(9)63963963963(9)63963963963(9)63963963963(9)63963963963(9)63963963963(9)63963963963(9)63963963963(9)63963
That is 8 * 8 + 6 = 70.
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Shell 1Bit allocation100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100
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HydrogenVolt per bit300300300300300300300300300300300300300300300300300300300300300300300300300300300300300300300300300300300300
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Sum
963963(15)63963
963963(15)63963
963963(15)63963
963963(15)63963
963963(15)63963963963(15)63963963963(15)63963
963963(15)63963
963963(15)63963
There seems to be potential for alternate methods
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Hydrogen (H)Diamagnetic1321321321321321321321321321321321321Counter300600900300600900300600900300600900300600900300600900300600900300600900300600900300600900300600900300600900of balance
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963963963963963963963963963963963963Voltage values (9/9) - 6 is 2/3Cutoff300600(6)00300600(6)00300600
(6)00300600(6)00
300600(6)00300600(6)00300600
(6)00300600(6)00
300600(6)00300600(6)00300600
(6)00300600(6)00
36 cap
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When cut-off663663663663663663663663663663663663Low000000(3)00000000(3)00000000
(3)00000000(3)00
000000(3)00000000(3)00000000
(3)00000000(3)00
000000(3)00000000(3)00000000
(3)00000000(3)00
36
15
100100100100100100100100100100100100000000(3)00000000(3)00000000
(3)00000000(3)00
000000(3)00000000(3)00000000
(3)00000000(3)00
000000(3)00000000(3)00000000
(3)00000000(3)00
Low18126
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Cap timings1/3_0/3_0/3 _ _ 2/3_0/3_0/3 _ _ 3/3_0/3_0/3000000(3)00000000(3)00000000B/ce1284
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(3)00000000(3)00
High630
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963963(18)63963
963963(18)63963
963963(18)63963
24 cap
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5 bits (9 bit register low)100100200100100100200100100100200100This table can flip in two directions as a result of its timings. Filling a capacitor requires 3/3. After 2 sets you get 2/3 and a new table (gate) opens24
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The timings dictate that 3 total sets are required in order to syncopate (and discharge)1284
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One final set after that and you get 1/3 into the next gate. This is a total of 7 parts maximum, with 6.666 as a flip value842
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963963(18)63963
963963(18)63963
963963(18)63963
963963(18)63963
963963(18)63963
963963(18)63963
963963(18)63963
963963(18)63963
963963(18)63963
That leaves us with 1,296 volts (low) plus 144, which is 2/3 of a full set of registers (144 / 72 is 8)42.6661.333
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100100200100100100200100100100300100100100200100100100200100100100300100100100200100100100200100100100400100If this is confusing note above that 72 filled out over 12 bits as a factor of 963 * 4
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00000010000000000010000000000020000000000010000000000010000000000020000000000010000000000010000000000030000012 cap
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000000000000000000000000000000100000000000000000000000000000000000100000000000000000000000000000000000200000Cap gateLet time pass to visualize. Minimum of 6 passes are needed to flip new ceiling.12
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000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000100000This is 12 * 3, 36 * 2, 72 bits along with:642
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72 * 3, 216 * 6 = 1296Low42.6661.333
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72 * 3, 216 * 6.666 = 1440B/ce21.3330.666
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72 * 3, 216 * 7 = 1512High
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Element Table
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Invert the order and use a zero voltage pointRegister sum divided by first discharge is 4.8Or 120 * 3, 360 * 3, 1440 volts - is really 12 bits
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This is now a succession of 360 (one full circle)012012012012012012012012012012012012As a halfway point/frequency timer it is 2.415`10`5`15`10`5`(15)`10`5`15`10`5384 capacity;256;128,/4 = 32
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This is only a ratio. The true zero hosts a number036036036036036036036036036036036036There are other table combinations216; 144;72,/4 = 18
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In relation to its counterparts as a fraction of 12
0360036003600360
0360036003600360
0360036003600360
12-8-4-12-8-4-(20)-12-8-496;64;32,/4 = 8
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In this case zero would be 3 (1/4 of 12)
0010001000200010
0010001000200010
0010001000200010
400800120041440 / 18 (963) is the 2/3 collapse value (80) which is the element Mercury24;16;8,/4 = 2
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That makes this the BC table1/3_0/3_0/3 _ _ 2/3_0/3_0/3 _ _ 3/3_0/3_0/3
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And a third high table needs to be createdIt is possible that our element table is hosted in a different bit rate
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This is seen happening aboveWhich generates 360 counters
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Using 12 bits generates 4 flips. 15 generates 5.The two is used as a visualization/counter in row 1. The actual bit value is always no more than 1. It gets passed into the next register/capacitor
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this gives the High valueFlipping up into a new atomInput capacitor discharges on 3/3 which is 9/9vIf you multiply this all by 50, 72 becomes 360.
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Is always a new succession of 0360And 24 becomes 1200
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DNA does this as a conversion on HCO. It results in an always on value of 32.613363636_963963(9)63963963963(9)63963963963(9)63963963963(9)63963963963(9)63963963963(9)63963963963(9)63963963963(9)63963963963(9)63963
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Seen hereBit allocation100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100100
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3v per bit300300300300300300300300300300300300300300300300300300300300300300300300300300300300300300300300300300300300
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963963(15)63963
963963(15)63963
963963(15)63963
963963(15)63963
963963(15)63963963963(15)63963963963(15)63963
963963(15)63963
963963(15)63963
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Counter100100200100100100200100100100300100100100200100100100200100100100300100100100200100100100200100100100400100
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12v per bit000000100000000000100000000000200000000000100000000000100000000000200000000000100000000000100000000000300000
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Ratios36v per bit000000000000000000000000000000100000000000000000000000000000000000100000000000000000000000000000000000200000
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1212121248/144.333 First tangible Hydrogen (Low)000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000100000
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44 unused4 unused44 unused4 unused44 unused4 unused44 unused4 unused64/144
.444 Intermediate
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1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _ 1/3 _96/144.666 Table cap
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12/3612/36 12/3612/36 001002003004005006007008
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24/7224/72H11/3 2/33/3 4/35/3 6/37/3 8/3
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12121212He21/3 2/33/3 4/35/3 6/3
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84 unused84 unused84 unused84 unused31/3 2/33/3 4/3
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2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _ 2/3 _4
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24/3624/36 24/3624/36 5
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48/7248/72
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Bit Sums
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PositiveNegativeBit values:
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10101010102010101010102010101010102010101010102020/369 Bits
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101010101020_101010101020101010101020_1010101010204 Registers
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77
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14
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This bit depth hosts 1 full table inside of it
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As a balanced floor-ceiling of 6-7 inside of 12; where each register halts before flipping
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And requires extra voltage to pass values; as seen in the video below
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The interior table is the table of 9 bits; where 6 flips the gates
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PositiveNegative
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7142128
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7_77_7
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1414
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