Computing in streams.

The stream architecture

Every Compu Quanti computer is a stream processor. Before each compute cycle begins, each compute stream is allocated its own quantum resources. Streams run independently and in parallel, so a single machine can carry many algorithms at once.

Feynman state and decoherence

When a stream finishes, it registers its Feynman state and passes through controlled decoherence, committing its results to quantum qubit memory. The state is preserved and the stream’s resources are released for the next cycle.

Atoms as processors

Streams can compute with different atoms, holding the state of each computation in electron spin. Our systems use every element up to neon except oxygen and fluorine, which are too reactive to control with the precision our machines require.

Supported	Hydrogen, helium, lithium, beryllium, boron, carbon, nitrogen, neon
Excluded	Oxygen and fluorine (too reactive)
State carrier	Electron spin
Result storage	Quantum qubit memory

Quantum atomic assembly code

Our native instruction set addresses the hardware directly. Algorithms written in it run at the full speed of the machine, which is why the most demanding software in the world, from encryption suites to starship drive control, is written for it.