BEIT
Approaching Hard Problems With Algorithms For Quantum Computers
About Us
We are a quantum computing software R&D company.
We develop novel quantum algorithms and their implementations with the aim of pushing the boundary of what is possible on quantum hardware at any given time. Thus we work on both practical software engineering within limits imposed by currently available quantum hardware as well as on speeding up theoretical algorithms giving us the edge wherever advances of hardware may take us. Our solutions offer to bring useful applications of quantum computers not only sooner, but with greater reliability and speed.
The project is co-financed by the European Funds under the Operational Program for
Intelligent Development 2014–2020
PO IR 2.3.4.
Project title: Establishing an intellectual property protection system for BEIT quantum computing optimization techniques in the US.
Duration: Jun 2019 – Dec 2023
Project value: PLN 821,240.00.
Financing of the project from the EU: PLN 410,620.00.
The project is co-financed by the European Funds under the Operational Program for
Intelligent Development 2014–2020
PO IR 1.1.1.
Project title: Development and implementation of effective quantum-inspired methods for performing complex calculations on non-quantum, ASICs based hardware simulated annealing devices.
Duration: Jan 2021 – Dec 2023
Project value: PLN 11,886,101.06.
Financing of the project from the EU: PLN 8,924,653.79.
The project is co-financed by the European Funds under the Operational Program for
Intelligent Development 2014–2020
PO IR 1.1.1.
Project title: Development and implementation of an effective algorithm for solving NP-complete problems on quantum computers.
Duration: Jan 2017 – Dec 2020
Project value: PLN 10,951,954.20.
Financing of the project from the EU: PLN 8,060,831.23.
Recent activity
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ICPC Quantum Computing Challenge results
We are proud to announce that three of our employees placed among the top ten of the March 2021 ICPC Quantum Computing Challenge.
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Wojtek discussing recent progress in the quantum computing
Wojciech Burkot speaks about the current status of quantum computing and addresses some common misconceptions regarding QC.
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IBM Quantum Challenge – Jan's write-up
I introduce a permanent-based approach to the final problem of IBM Fall 2020 Quantum Challenge and prove its correctness. I describe a way to implement it as a quantum circuit and discuss the combinatorial consequences of such approach. The optimized solution obtained the score of 6574 and the 6th place in the final challenge ranking.
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BEIT starring in a podcast about promising growing startups
Our Co-Founder, Wojciech Burkot, talking about BEIT and various aspects of leading a quantum startup in general.
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A note on the winning solution of the Fall 2020 IBM Quantum Challenge
What could have happened if we had applied our low-level optimizations to the winning solution?
Career
When working with us you can get a project in a very early phase of development where you can have a huge impact on it. There is also a chance to learn and work with quantum computers with a friendly team of IT experts in a startup atmosphere.
Job description
We offer fully paid 3-month on-site internship with 5 days of holidays.
If you have an understanding of linear algebra, advanced coding skills in Python or C++, and you love tackling new challenges it may be you we are looking for!
We are developing solutions for combinatorial and optimization problems arising in logistics, communication, risk management, and more. Working in a small team, everyone serves an important role.
Job description
Physicists and electronics engineers, experts in the field of quantum computing and optical detectors. You will be responsible for the algorithm integration within existing quantum computers and working directly with companies and universities to implement the algorithm targeted
Job description
As the expert in quantum measurements at the nanoscale you will be responsible for the design of measurement methods for minimizing the “bit flip” error as well as the construction and simulation of detectors measuring single quanta. Based on this, you’ll work on the integration of specific detectors for quantum computing architectures.