Trapped ions
Single charged atoms held in electric fields above a chip and driven with light.
Machines
One path to every kind of machine.
You write one job and name the backend. Listed here by kind and by the path that reaches each one.
| Provider | Machine | Kind | Reached through |
|---|---|---|---|
| SoftQuantus | State-vector simulator, up to 24 qubits | CPU simulator | Softquantus Cloud |
| SoftQuantus | Density-matrix simulator, up to 10 qubits | CPU simulator | Softquantus Cloud |
| IonQ | Trapped-ion quantum computers | Trapped ion | Softquantus Cloud |
| Quantinuum | Trapped-ion quantum computers | Trapped ion | Softquantus Cloud |
| Rigetti | Superconducting quantum computers | Superconducting | Softquantus Cloud |
| IBM Quantum | Superconducting quantum computers | Superconducting | Softquantus Cloud |
| Neutral-atom makers | Neutral-atom quantum computers | Neutral atom | Softquantus Cloud |
| EuroHPC JU | LUMI-G, the GPU partition of LUMI | Supercomputer | Softquantus Cloud |
Names belong to their owners and identify the hardware. Apart from our partner IonQ, they imply no partnership, endorsement or commercial agreement.
Three ways to build a qubit.
Superconducting circuits
Patterned chips cooled in a dilution refrigerator to a few thousandths of a degree above absolute zero.
Neutral atoms
Uncharged atoms held by focused laser light, and rearranged with it.
Cropped and recompressed. Ion trap: NIST (public domain); Dilution refrigerator render: OJB Quantum (CC BY 4.0). These machines and facilities are not SoftQuantus sites or customers, and no partnership or endorsement is implied.