3 Questions with Artem Nikitin, Founder Quantum Logic
The technology and research behind quantum computing is progressing rapidly. Once the science is proven, do we have the right hardware components to support it at scale? Quantum Logic founder Artem Nikitin aims to address that exact challenge. The newly-founded, Delft-based startup’s mission is to enable quantum systems to grow from laboratory prototypes to machines capable of economically valuable computation.
For superconducting and semiconducting quantum processors operating at cryogenic temperatures, every electronic component that generates heat becomes a scaling constraint. The growing demand for an increasing number of qubits has placed cryogenic electronics at the top of the priority list. Quantum Logic is developing cryogenically compatible analog superconducting electronics designed to reduce system complexity, manage heat dissipation, demultiplex radio-frequency signals, and enable large-scale quantum architectures.
Quantum Logic will join the Dutch delegation to the APS March Meeting in Denver, Colorado, organised by Quantum Delta NL. We spoke with Artem about the inspiration behind his new company, the hardware challenges facing the industry, and what he hopes to gain from connecting with the international quantum community.
What inspired you to found Quantum Logic?
The technological development of quantum computing modalities has seen remarkable progress. However, significant bottlenecks remain in the cryogenic hardware. We have identified technological solutions that enable the scaling of qubit counts. I believe now is the right moment to address these challenges.
You identified scaling as a primary challenge for the future success of quantum computing. From your perspective, what must evolve in today’s hardware architecture to move from promising prototypes to practical systems?
There are several proposals currently being explored to address cryogenic electronics as a means of enabling qubit scaling. Some approaches focus on generating radio-frequency signals closer to the qubit at low temperatures. Others aim to convert digital signals into control pulses within the cryogenic environment.
Quantum Logic’s approach is different. We demultiplex radio-frequency signals generated at room temperature using superconducting circuits operating at low temperatures. This approach enables scaling without compromising the heat load.
Quantum Logic is joining the Dutch delegation at the APS March Meeting in Denver. What conversations are you hoping to spark there, and how does international visibility accelerate your mission?
I am very excited to meet scientists and engineers from around the world in Denver during the Global Physics Summit. It is an excellent opportunity to exchange ideas and connect with potential partners. Thanks to the support of Quantum Delta NL, we are able to participate in this important event. This support is especially crucial for Quantum Logic as a newly founded company at such an early stage.
Follow Quantum Logic's journey on their LinkedIn and website.
