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GATE01
Express algorithms as circuits
Build circuits with built-in gates, custom gates and parameterized operations, then inspect their structure through visualization.
Circuit construction/Custom gates/Parameters
MB CLOUD / QUANTUM CLOUD PLATFORM
MB Cloud Quantum Platform
Connect to real quantum systems
Develop, validate and deploy algorithms
Quantum programming, simulation and hardware experiments in one platform.
01 / TWO LEVELS OF PROGRAMMING
From algorithm design
to physical control
Quantum gates provide a clear logical representation, while pulses bring research closer to physical control. MB Cloud supports both approaches within a shared toolchain.
PULSE02
Explore control through pulses
Design pulse sequences and quantum instruction sets. Explore control through waveform envelopes, amplitudes, durations and channel timing.
Waveforms/Channel timing/Schedule visualization
Connect gate instructions and pulse instructions through target-device descriptions, pulse templates and calibration parameters.
02 / DIGITAL & ANALOG
Different validation paths
for your research question
Move between discrete quantum gates and continuous physical evolution. Choose a research path suited to the problem and device, and examine how control parameters affect the results.
Computation through discrete gates
Organize algorithms as quantum circuits and design, compile and validate experiments at the gate level.
Research through continuous evolution
Combine pulse programming and evolution solvers to explore control under a specified Hamiltonian, supporting research into quantum dynamics and many-body models.
03 / COMPUTE RESOURCES
From simulation
to hardware validation
Connect CPU/GPU simulators and compatible quantum hardware. Explore parameters in simulation, then run experiments on a target device and compare the ideal model with the physical system.
Available capabilities depend on the backend and target device.
04 / DEVELOPER TOOLKIT
Build with MB-client
Build circuits, design pulses and manage experiments with the MB-client Python SDK.
GitHub ↗
BUILT FOR QUANTUM RESEARCH
A shared platform
for quantum research
Universities & research groups
Connect quantum circuits and physical control for research and teaching.
Algorithm developers
Explore Digital and Analog approaches and validate them across compute resources.
Control & experiment teams
Design pulses and controls around algorithm requirements, linking software with physical experiments.
START YOUR QUANTUM EXPLORATION
Start your next
quantum experiment here
Tell us about your research and computing needs to explore how MB Cloud can support your work.
Contact us