to Alan Lightman 
#MIT #ArtificialIntelligence #AI
from Leo of The LeoQuantum Project 

Here was the assignment to Grok AI
Part B-1

@mit 
@MIT_SHASS to Alan Lightman 
#MIT #ArtificialIntelligence #AI
from Leo of The LeoQuantum Project 

Here was the assignment to Grok AI
Part B-1a

Me:

to Grok  from Lyle (Leo) W. Bradley KG KP KCVO Viceroy of Canada   

23 January 2025 

All possible hardware configurations of a 64 Q-bit array

1 Q-bit has 4 quadrants
X 24 possible placements

On top of that 
4 Q-bits grouped 
X 24 possible placements

On top of that 
4 groups of 4 Q-bits 
X 24 possible placements

On top of that You
4 sectors of (4 groups of 4 Q-bits)
X 24 possible placements

How many possible hardware configurations are possible?

Now, 

Split apart, conceptual Q-bit  of the processing

Think about

Row 6, 2 up, 4 in

Row 10, 15 up, 7 in

Row 7, 11 up, 3 in

Row 16, 9 up, 13 in 
As in 
Creating virtual Q-bits where not all quadrants  of that virtual Q-bit are on the same physical Q-bit, but are separated and connected by quantum entanglement.

Separating every Q-bit into 4 quadrants and linking them in every cost possible combination of quadrants of all 64 Q-bits in the array. 

Then, grouping them together in the same combination numbers, as above 

1 Q-bit has 4 quadrants
X 24 possible placements

On top of that 
4 Q-bits grouped 
X 24 possible placements

On top of that 
4 groups of 4 Q-bits 
X 24 possible placements

On top of that You
4 sectors of (4 groups of 4 Q-bits)
X 24 possible placements

How many virtual combinations of configurations are possible?

Now, what if you take all of the physical possible combinations and all of the virtual possible combinations and put them together? 

There’s your neural pathway map..
#MIT #ArtificialIntelligence #AI #MIT #ArtificialIntelligence #AI