Quantum Computing Research & Innovation
Advancing quantum error correction and algebraic quantum circuit notation to unlock the potential of fault-tolerant quantum computing.
About Qubitalent S.L.U.
Founded in 2024, Qubitalent S.L.U. is dedicated to financing and advancing quantum computing research under the leadership of the founder Francisco Costa Cano.
Our mission is to breakthrough the fundamental challenge of quantum error correction by building scalable control systems and fast decoders, while developing optimal quantum algorithms for error-corrected quantum computers.
Meet Our FounderResearch & Innovation
Our Research Focus
Pioneering advances in quantum computing through focused research areas.
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Quantum Error Correction
Developing scalable control systems and fast decoders to achieve the error rates needed for practical quantum computing applications.
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Quantum Algebraic Circuits
Creating convenient and concise representations for quantum circuits, similar to Boolean expressions in classical computing.
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Quantum Cryptography
Partnership with IP5 Foundation for developing quantum-resistant blockchain protocols for secure node communication.
Learn More →Algebraic Quantum Circuit Notation
Our research proposes a formal language for quantum circuits that allows algebraic manipulations, similar to Boolean expressions in classical circuits.
For any qubit |a⟩, we use the notation:
$$a_0 = \langle a|0\rangle \text{ and } a_1 = \langle a|1\rangle$$
$$|a\rangle = a_0|0\rangle + a_1|1\rangle$$
This notation enables consistent and parameterized descriptions of quantum algorithms, facilitating powerful optimizations in circuit gate counts.
Explore Mathematical FrameworkReady to Explore Quantum Computing Research?
Discover our latest research findings, collaborations, and contributions to the quantum computing field.