Sebastian Weidt, CEO and co-founder of Universal Quantum, is interviewed by Yuval Boger. They discuss his company’s unique approach to building scalable trapped-ion quantum computers. Sebastian explains how Universal Quantum focuses on overcoming key scaling challenges—such as error-free modular connections, laser-free control, and integrated electronics—rather than rushing small systems to market. He contrasts their 70K cooling and qubit-shuttling architecture with other modalities, addresses trade-offs like gate speed, and shares why algorithmic execution speed can offset slower clock cycles. Sebastian and Yuval also talk about the company’s €70M DLR contracts, its emphasis on software alongside hardware, and Sebastian’s view that quantum utility will likely emerge north of 10,000 qubits. Reflecting on entrepreneurship, he shares lessons learned about market education, the company’s engineering-heavy team, and much more.

Scott Buchholz, global leader for Deloitte Consulting's quantum computing efforts, is interviewed by Yuval Boger. Scott explains how Deloitte helps clients understand quantum technology and its potential applications, particularly in solving business problems. They discuss the timelines for quantum computing becoming commercially useful, referencing industry roadmaps. He emphasizes Deloitte's role in bridging the gap between technical jargon and business needs, helping clients navigate vendor selection, shares insights into the learning curve associated with quantum computing, highlights Deloitte's work in developing quantum-inspired machine learning solutions, and much more.

Yuval Boger interviews Tal David, CEO and co-founder of Quantum Art, a quantum computing company based in Israel focused on full-stack quantum computing with trapped ions. They discuss Quantum Art's unique architecture, which emphasizes sophisticated multi-qubit gate operations, optical tweezers for segmenting ion chains, and dynamic reconfigurability for scaling up to millions of qubits. Tal highlights the company's roadmap, including launching a 50-qubit system by 2025 and a 1,000-qubit system by 2027, with a long-term goal of achieving a million-qubit system. Tal also addresses the challenges and advantages of their approach, particularly regarding error correction and speed, and mentions collaborations with companies like NVIDIA and BlueQubit, emphasizes the importance of focusing on scalable architectures, and much more.

Scott Genin, Vice President of Materials Discovery at OTI Lumionics, is interviewed by Yuval Boger. Scott outlines his role in overseeing materials design and simulation programs, focusing on OLEDs and cathode patterning materials. He highlights OTI's growth and its strategic integration of quantum-inspired methods due to current limitations in quantum computing. Scott remains optimistic about the future of quantum but emphasizes the need for further advancements, particularly regarding error correction and cost efficiency. He also shares insights on a novel encoding method that allows OTI to emulate up to 80 qubits classically, significantly improving their simulation capabilities. They segway into the potential for quantum computing to impact vibronic spectra calculations, the importance of achieving meaningful results within a competitive business environment, and much more.

Preeti Chalsani, Chief Quantum Officer at Intersect Illinois, and Harley Johnson, CEO of the Illinois Quantum and Microelectronics Park, are interviewed by Yuval Boger. Preeti and Harley discuss the rapid creation and ambitious goals of the IQMP, a state-backed initiative to support the scale-up of quantum computing and microelectronics. They talk about the park’s public-private structure, a $500M infrastructure investment by the state, early tenants like PsiQuantum and and Diraq, and its emphasis on workforce development and cross-sector collaboration. They also explore Illinois’ unique advantages as well as the challenges of infrastructure timelines, community impact, managing expectations in a fast-moving field, and much more.

Michele Dallari, co-founder and CEO, and Marco Polini, co-founder, of Planckian, are interviewed by Yuval Boger. Michele and Marco talk about their company’s novel superconducting chip architecture, which uses global control and always-on ZZ interactions to drastically reduce wiring complexity and improve scalability. They discuss the advantages of controlling many qubits with just two or three classical lines, their early-stage experimental progress, and the software adaptations required to compile algorithms for their architecture. The conversation also touches on Italy’s growing quantum ecosystem, Planckian’s collaborative approach to chip manufacturing, their excitement about recent advances in pulse engineering to compensate for fabrication imperfections—and much more.

Romana Schirhagl, co-founder, and Deepak Veeregowda, CEO of QT Sense, are interviewed by Yuval Boger. QT Sense develops quantum sensing technology using NV center sensors in nanodiamonds for biomedical applications. Romana explains how their technology measures magnetic noise from free radicals inside cells, indicating cellular stress, similar to a small-scale MRI. Deepak discusses the company's product, Quantum Nova, which is available for research and diagnostic purposes, particularly in cancer and infectious disease detection. QT Sense describes their technology as having subcellular resolution and nanomolar sensitivity, sees a key advantage in applying NV sensors in living systems where the sensors move and rotate, and aim to impact millions of patients by 2030.

Andrea Tabacchini of Quantum Brilliance joins Yuval to discuss room-temperature quantum computing. Quantum Brilliance develops compact, diamond-based quantum accelerators for edge applications like robotics and satellites.

Andrea explains their nitrogen-vacancy (NV) center technology, enabling stable qubits without cryogenic cooling. With innovations in deterministic defect placement and scalable nanoelectronics, they aim to launch a commercial 60–100 qubit quantum computer by 2029.

He envisions small, low-power quantum processors working alongside classical systems and sees growing investment driving practical quantum applications within five years.

Michelle Simmons, CEO of Silicon Quantum Computing, is interviewed by Yuval Boger. Michelle’s company uses phosphorus atoms in silicon-28 to create high-fidelity, low-noise qubits with exceptional coherence. She highlights their multi-nucleus spin registers for all-to-all connectivity and native multi-qubit operations, achieving what she describes as industry-leading fidelities. We discuss their three products—quantum machine learning, analog simulation, and fault-tolerant quantum computing—and their progress. We also discuss the expected date of their error-corrected system, the key to accelerating their roadmap, and much more.

Maud Vinet, CEO and co-founder of Quobly, is interviewed by Yuval Boger. They discuss the company’s mission to build large-scale quantum computers based on silicon qubits. Maud explains how silicon offers unique advantages in scalability, leveraging decades of semiconductor expertise, and why the biggest challenge lies in qubit control rather than fabrication yield. Maud shares insights on her transition from semiconductor R&D to quantum computing, the partnerships Quobly has formed with fabs like STMicroelectronics, the anticipated timeline for achieving significant qubit counts, and much more.