Intel Ignite: Markus Bohl On Startups Shaping the Future of Computing
An expert interview with Markus Bohl, an experienced entrepreneur and current head of Intel’s global startup program Intel Ignite for Europe
Aqarios: Shaping the Future of Quantum Algorithms for Solving Optimisation Problems
Aqarios develops quantum algorithms in-house and provides a platform for classical and quantum algorithms to tackle optimization problems
Qruise: Shaping the Future of Machine Learning for Quantum Computing and Beyond
Qruise leverages machine learning to build a physical model from a quantum computer’s experimental data to help improve them
QBN Quantum Industry Summit: Adri Gómez Olivella On Bringing Together A Nascent Deeptech Industry
QBN Quantum Industry Summit is bringing together for the first time over 500 world-class quantum leaders, experts, and end-users
Anaqor: Shaping the Future of Community-Built Quantum Solutions
Anaqor creates PlanQK, an open platform and ecosystem for quantum applications allowing developers to exchange code easily.
The Superposition Guy: How Yuval Boger Got Into Quantum Computing and Podcasting
Learn more about how Yuval Boger got into interviewing the thought leaders in quantum computing for his podcast, The Superposition Guy.
Quobly: Shaping the Future of Universal Quantum Computing Using Semiconductor Technology
Quobly leverages semiconductor technology to scale universal quantum computers to millions of silicon spin qubits.
Quantum Art: Shaping the Future of Ion Trap Quantum Computers
Quantum Art develops develops ion trap quantum computers based on cutting-edge research from the Weizmann Institute of Science.
QEDMA Quantum Computing: Shaping the Future of Quantum Operating Systems
QEDMA Quantum Computing develops methods to mitigate errors to get optimal results from the current generation of quantum computers.
Entropica Labs: Shaping the Future of the Quantum Software Stack
Entropica Labs creates the software layer to enable error correction and accelerate the arrival of useful, fault-tolerant quantum computers