01.1 / COMPOSE
Think in gates.
Single-qubit operations, rotations and two-qubit gates. Build on the grid, navigate steps and revise with undo and redo.
INTRODUCING 0.1 PROD BY QAUNTUM BEAR SYSTEMS
Your circuit.
Real hardware.
A precise workspace for quantum experiments. Shape your circuit. Connect your processor. Inspect what actually happened.
NO SEQUENCEQ ACCOUNT REQUIRED
CONNECT YOUR OWN QUANTUM INSPIRE ACCOUNT
NATIVE LINUX APPLICATION
ACTUAL APPLICATION CAPTURECircuit composition · No execution shown01 / 02
QUANTUM INSPIRE24 GATE OPERATIONSCQASM 3.0TUNA-17RAW SHOT EXPORT
01 / THE INSTRUMENTPRECISION, IN PLAIN SIGHT
Built to feel
like an instrument.
Every gate has a place.
Every parameter has a control.
A step grid you can read at a glance. Tactile controls for exact values. Source, jobs and measurements within reach. The browser brings the desktop’s visual language to the web.
Explore the workspace01.2 / ADJUST
Dial in the details.
Set rotation, wait cycles and shots. Turn a control or enter a precise value. The same quiet, monochrome instrument surface.
02 / FROM SOURCE TO SHOTSYOU CONTROL EACH STEP
Make the experiment.
Keep the evidence.
Quantum Inspire handles compilation and execution. SequenceQ keeps the source, job and returned measurements connected.
- 01
Compose
Arrange gates or work directly in cQASM. Validate the circuit before sending your source.
GRID / SOURCE - 02
Compile
Connect your QI account. Choose a physical processor and project. Compile the exact source.
QUANTUM INSPIRE - 03
Submit
Review the processor, shot count and snapshot. Explicitly confirm the hardware job.
YOUR CONFIRMATION - 04
Inspect
Track the job. Retrieve real measurements and export the original result and available raw shots.
RESULTS / RAW JSON
HARDWARE VERIFICATION
Three completed Tuna-17 runs. 48 measured shots. Job IDs 1648121, 1648202, 1648230.
03 / INSIDE SEQUENCEQREAL SCREENS. NO RENDERS.
A closer look.
Open any capture to inspect the interface.
04 / CHOOSE YOUR WORKSPACEONE FAMILIAR SURFACE
On your desk.
In your browser.
The visual layout stays familiar. Your working environment is your choice.
NATIVE / LINUX
The desktop instrument.
A local application for an extended lab session. Project files, the parameter bank and a real terminal, together.
- Local projects, recovery and circuit variants
- QI compilation, hardware jobs and result exports
- Finite hardware series and sweep controls
- Local Shell and optional Codex sessions
WEB / NO INSTALLATION
Open. Start composing.
Your own workspace at one public address. Desktop-style controls with projects stored in your browser.
- No SequenceQ registration
- Your own Quantum Inspire authorization
- Single hardware jobs, queue and real results
- Project, cQASM and raw-shot exports
05 / GOOD TO KNOWBefore the
Before the
first run.
0.1 Prod brings a new product site and a familiar instrument layout to the browser. The native application is unchanged.
Do I need an account?
You can open the web instrument, edit and save projects without a SequenceQ account. Compilation and hardware execution require your own Quantum Inspire account and access to a physical processor.
Are these real quantum results?
Hardware results come from Quantum Inspire. SequenceQ does not simulate your circuit or generate measurements locally. Availability of raw shots depends on the processor and service response. The circuit drafts in the screenshots have not been executed.
Is the browser identical to the desktop?
The browser uses the same panel arrangement, colours, grid and rotary controls. It submits individual hardware jobs. Finite series, sweep execution, a local terminal and Codex sessions are desktop features; the browser shows those series controls as unavailable.
Where are my projects saved?
On desktop, projects are local files. In the browser, projects and recovery drafts are stored on this device in the browser. They do not automatically sync across devices. Export a .sequenceq backup before clearing browser data.
What has been verified?
The previous hardware verification includes three completed Tuna-17 jobs, each with 16 shots, and matching returned counts and raw shots. A new complete cloud authorization and hardware submission flow has not been separately verified. A verification record is available above.
Which desktop platforms are available?
The tested native build runs on ARM64 Debian, including Debian on Android through Termux/PRoot and X11. Source and build instructions are available. Other architectures have not been verified as part of this release.
Can I inspect the source?
Yes. SequenceQ is distributed under AGPL-3.0, with third-party notices included. The source archive contains the desktop application, web client, QI gateway and build instructions.