Cryogenic Hardware at Bleximo: Superconducting Quantum Processor Packaging and Shielding
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Powering Innovation Through Quantum Computing
We are building full-stack superconducting application-specific quantum computers by co-designing algorithms and hardware to deliver practical solutions for high-impact problems
Speed
The processor and its control software are co-designed and optimized for a specific algorithm to cut execution time by orders of magnitude
Lower Complexity and Costs
Focusing on requirements for individual applications results in configurations with fewer components, lowering capital and operational expenses and increasing reliability
High IP Security
Co-designed hardware and software are much harder to reverse engineer than algorithmic software alone; therefore, owners of such systems gain significant first-mover advantage
Co-designing processors, software, and the control stack in one product development process is our strategic differentiator: everything from the fundamental physics of superconducting technology to the software dynamics in a deployed system is considered
Competitors
Incremental scaling of generic processor microarchitectures
Focus on applications requiring fault-tolerant processors
Unpredictable technology arrival date
Bleximo
Application-specific quantum processor microarchitectures
Coding and architecture follow each other
Processor physics-aware compilation techniques boost execution speed
Close collaborations with customers and deep technical understanding of their challenges are key to achieving unique application demands.
Optimization
- Logistics & Supply chain
- Scheduling & Operations
- Financial services
Resource reallocation and optimization problems with multiple inputs, modalities, and variables
Simulation
- Materials & Pharmaceuticals
- Aerospace dynamics
- Financial products
Simulation of difficult-to-predict systems, conditions, and consequences: weather, cell mutations, aerodynamics, etc.
Machine Learning
- Risk management
- Threat detection
- Decision-making
Predicting and preventing situations based on a large, diverse dataset.
Integrated solutions for high-value practical computation problems will offer a uniquely competitive advantage to our customers.
Algorithm and Platform Assessment Services
We provide a range of unique and performant solutions – from quantum algorithms to hybrid and quantum-inspired offerings – to solve your hard computational problems
Packaging and Shielding Solutions
We offer everything from individual components to turn-key systems for boosting the performance of your superconducting chips and optimizing their R&D cycle
We will work with you to analyze and improve the environment within which your chips operate
Full-Stack Application-Specific Systems
We facilitate the joint development of custom end-to-end solutions for your computational challenges
Our fast-growing team is a unique combination of experienced specialists and young, ambitious scientists and engineers. We value our team members’ professionalism and passion to develop solutions for the toughest technical problems.
Juan Ignacio Adame
Senior Quantum Application Engineer
Jason Ball
Research Scientist
Denis Chevallier
Research Scientist
Gerardo Jaramillo
Microfabrication Lead
Xiaoyue Jin
Research Scientist
Ziggy Q Kotchetkov
Research Engineer
Alexei Marchenkov
Founder & CEO
Anastasia Marchenkova
Research Scientist
Richard Maydra
Co-Founder & Director of Cryogenic Engineering
Konstantin Nesterov
Research Scientist
Chiara Pelletti
Director of Hardware Engineering
Yu “Randy” Shee
Research Engineer
Jack Tooley
Research Engineer
We can face the future boldly, make plans and reach new heights thanks to those who believe in us.
Quantum Chemistry: Using Application-Specific Quantum Computers to Accelerate Pharmaceutical Drug Discovery
