Thermal Analysis

BQPhy’s intuitive user interface allows an uncomplicated way to innovate solutions simultaneously at scale to engineering challenges. Simulate Advanced Heat Radiation, conduction, and convection with BQPhy’s GPU-optimized solver.

Quantum algorithms and high-performance computing, model complex thermodynamic systems accurately
Study heat conduction, convection, and radiation exchange
Increased Parallelizability

Hybrid quantum-classical finite element framework (HQCFE)
Ensures the robustness of the finite element method for solving highly coupled problems.

Streamlining design processes for avoiding product hang-ups during prototyping and testing
Solvers to help the engineering team solve the most complex thermal challenges and adjust designs to achieve peak performance.
Intuitive User Interface provides an uncomplicated way to innovate solutions and simultaneously simulate

IBM Quantum Network

We are excited to leverage #Qiskit libraries and IBM quantum systems to enhance...

Partnership with Strangeworks

New partnership to advance Quantum-powered engineering simulations

Quantum Insider

Best Software-focused Quantum Technology Companies...

Racecar Engineering Magazine

Engineering teams today rely more than ever on simulations...

Azoquantum

Regional Spotlight: Quantum Technology India

Quantum Zeitgeist

BQP as one of the leading startup forces in quantum computing...

Partnership with Intel oneAPI

BosonQ Psi (BQP) has joined the Intel® oneAPI for Startups...

Sponsor of Quantum Computing Summit

The Quantum Computing Summit alongside IoT World Events and The AI Summit...

Global Incubator Network Austria (GIN)

I.E.C.T. Summer School on Entrepreneurship by Hermann Hauser...

BQPhy Early Access

World’s first Quantum-powered computer-aided engineering (CAE) suite

43North Startup Showcase

Budding startup community in up state new york...

BMW Startup Garage

The founding team talks about our technical progress...