The quantum computer — what it is, how big 105 qubits really is, and the problems it cracks
Your computer flips switches.
This one bends probability.
A normal computer thinks in bits — tiny switches, each one either 0 or 1. This machine thinks in qubits. A qubit can be 0 and 1 at the same time — and qubits link together, so the whole machine acts as one giant state.
One value at a time
These eight bits hold exactly one number. To try another one, the machine has to overwrite them and start again.
All 256 values at once
Eight qubits hold all 256 possible values at the same time. Add one more qubit — and that number doubles.
Every qubit doubles the world.
Drag the slider and watch. Your laptop stops at 64. This machine goes to 105.
The problems it cracks.
Some problems have too many combinations for any normal computer — they simply explode. That's where this machine wins.
Designing new materials & medicines
CHEMISTRY · BATTERIES · DRUGSMolecules follow quantum rules. Tracking them classically takes 2¹⁰⁵ numbers — billions of times all the storage humanity has ever built.
The machine is quantum too — so it simply holds the molecule's state. New batteries, catalysts and drugs, modeled atom by atom.
Finding the best plan
LOGISTICS · SCHEDULING · FINANCEChecking a billion routes per second still takes 77 years. So normal computers settle for "good enough".
All options live in one quantum state, so the machine works on the whole landscape at once — and finds genuinely better answers.
Codes & security
ENCRYPTION · POST-QUANTUMThe internet is safe because factoring huge numbers is hopeless for normal machines — longer than the age of the universe.
That's why governments, banks and labs buy quantum hardware today — to build and test the next generation of security before it's needed.
A journey to absolute zero.
The chip only works near absolute zero. The gold tower is a giant fridge — every floor is colder than the last, and the chip sits at the very bottom.
① Control electronics
293 KRacks turn your program into microwave pulses — and read the answer back.
② Upper floors
77 K → 4 KThe signals descend through gold-plated stages. By the third floor, it's colder than anywhere on Earth.
③ The wiring
< 1 KHundreds of special lines carry the signals down without carrying heat with them.
④ The chip
< 10 mKAt ten millikelvin all heat-noise dies away, superconductivity switches on — and the qubits compute.
105 qubits.
Smaller than your palm.
The processor · actual packageQubit count gets the headlines — quality is what counts: how clean every operation is, and how long the qubits last. These are real measured values from delivered machines.
| Key indicator | 36-qubit | 105-qubit flagship |
|---|---|---|
| Single-qubit accuracy | 99.9% · 99.96 max | 99.9% · 99.94 max |
| Two-qubit accuracy | 99.31% · 99.82 max | 99.31% · 99.78 max |
| Readout accuracy | 98.31% · 99.3 max | 98.31% · 98.84 max |
| Tunable couplers | 55 | 160+ |
| Qubit lifetime T1 | 50 µs | 50 µs |
Every delivered machine is measured and confirmed before acceptance.
Want one in
your building?
From the 36-qubit system to the 105-qubit flagship — tell us about your lab and your goals, and our engineers take it from there.