I cannot prove all of the following though I must venture forth, willing to accept quantification and confirmations post contemplation.
The EI (either) logic can be expressed in four dimensions. As the value/plotting of the fourth dimension increases, so does a small new facsimile of negative three dimensional shape inside itself (simplified visual). The larger the coefficient for the fourth value, the larger a negative cube would become inside of a real parent three-dimensional cube.
The negative space exists where and when all probabilities exist, what is known as quantum superposition.
..i and I believe that imaginary numbers themselves might no longer be "imaginary". Now we can implement them in coldware superconducting circuits as we have.
..antimatter at the center of logic statements?
What if Schrodinger's equation were to have a fourth dimension patched in by mathematical function? ..he added an operation for handling noise in wave functions, what if that operation were replaced with an operator for the inclusion of anti-matter? ..we can still keep the wave function noise operator as well.
During their time, the great scientists of the early twentieth used frequency to travel. They had to take hold of the model T engine crank (while minding thumbs), then make oscillations to start the vehicle ..wave functions.
I believe Schrodinger may have thermal energy compensation plotted on the fourth dimension where newly confirmed quantum mechanics might add a necessary operation.
It seems the quantum processor might come with the fourth dimension shifter and transmission package, anti-lag.
No more doing the Hokey Pokey dance in orbit while waiting for electronics to perform four operations to accomplish the one.
I wonder if anyone else is aware of this fourth dimension business? ..this is the first time I see the fourth dimension and quantum computers stated in the same writing together.
All that time, why why why the 3 - 1 lopsided logic and truth tables? ..three dimensional physics above the temperatures of inter-stellar space.
What else is in that "negative" space?
I honestly know nothing of antimatter other than mathematics and logic suggest that it is there. I followed the clues to the fourth dimension under the rug ..below the temperatures of space.
What happens to the circuit if it crosses from the three present dimensions to a fourth? ..smaller inner replication or inversion?
The cooling conduits and coolant still function though one part of the apparatus is below the temperature of space while the other is above. How does coolant flow if there is a dimensional inclusion? ..??? ..it just does? ..what if that is not a fourth dimension nor antimatter? ..the mathematics and logic will confirm either way. So far the graphing of logic suggests there is an antimatter state, even if only a logical one is detected.
The qbit can behave in a way that produces a function upon which can be mapped balanced logic gates. The uni-directional property of direct current in transistorized circuits meant the balanced logic of 2 - 2 truth tables needed to be produced using an XOR or NAND logic gate. Both gates were really decision structures containing four logic gates, the "Hokey Pokey" dance.
I see evidence for the qbit being an element of the third dimension while also in the fourth. I cannot prove all of this is due to a fourth dimension but it seems to fit the solution a little too well for one not to continue.
WOW! ..quantum computers can operate in deep space without the power consumption needed to supply the first two or three hundred degrees Celsius of cooling. In space, circuits are super-cooled to begin with. They need only a slight amount of energy to achieve the same super-cooling produced on earth.
The temperature of interstellar space is approximated and accepted to be 2.7 Kelvin. Quantum mechanical effects are reported at 9.2 Kelvin, which means there should be near-free quantum effects in space ..also they are available in the more stabilized colder form for much less energy input than here on earth.
The Space-Time Interval equation behaves similar to the graphing of the EI (either) and AND logic gate transformations.
The difference is that balanced logic gate function transformations are all expressed fourty-five degrees from the logic contained in the Space-Time Interval equation. It is the display and cycling of two states, the X plotted in four quadrants over the center-point.
There are two other candidate functions which accept the parameters for balanced logic gates that describe the quantum mechanical function of qbits. Quartic (fourth) and eight dimensional functions are also suited to reading qbits and transformation ..a common language based on mathematical relationships.
These equations can also define the limits of curves which delineate the probabilistic "fog" that quantum superposition proposes as the "annealing" process applies an overlay of programmed biases to the undeterministic quantum mechanical behaviour of a qbit when one of two classical states is caused/biased.
AHA! ..one probabilistic function for scientific applications, the other is deterministic (less variables and coefficients) for development of applications and graphical interfaces to quantum mechanical operating environments.