Doug Finke

Quantum Elements, a Los Angeles-based startup focused on streamlining quantum application development has received new funding. The investment, structured as a SAFE, also includes participation from QDNL Participations, Quantacet, R-Squared Ventures, and Firgun Ventures. Quantum Elements is developing Constellation, a platform designed to bridge the gap between abstract circuit design and physical hardware. By integrating AI-driven digital twins with hardware-aware simulation, the tool allows users to refine quantum circuits in a virtual environment before deploying them to live QPUs. This "shift-left" approach aims to reduce the high costs and error rates currently associated with NISQ-era hardware. The startup boasts a high-profile [...]

Guest Post by Dr James Wootton, CSO at Moth Game developers work at the frontier of innovation when it comes to what can be achieved with classical computing. Every year, games look better, worlds get bigger and systems get smarter. From the outside, it feels like steady progress without limits. But when you look at game development through a quantum lens, something else becomes clear: many design decisions are still shaped by technical limits rather than creative ambition. Worlds are made smaller because bigger ones are harder to test properly. Systems are simplified because every extra rule creates more that can [...]

In a continued advance in quantum networking Qunnect has teamed up with Cisco to demonstrate high-speed, high-fidelity entanglement swapping on their GothamQ network in New York City. The portion of the GothamQ network, pictured above, is arranged is a hub-and-spoke topology. S1 and S2 shown in the picture are independent entanglement sources located in Brooklyn while the hub H, located at QTD Systems' data center at 60 Hudson Street in Manhattan, is where the entanglement swapping happens. The nodes are connected by 17.6 km of standard telecom grade fiber cable that run under the city streets with all the potential noise [...]

Fisciano Campus of the University of Salerno In December of 2024, the government of Campania, Italy issued a tender with a budget of €62.1 million for the purchase, delivery, installation, and specialized support of a quantum system to be installed at the Fisciano campus of the University of Salerno with a due date of February 10, 2025. The proposals were to be ranked according to three different individual scores, Technical, Economic, and Time with a Total Score calculated as a weighted average of those three. Only an hour before the bid deadline would occur, it was extended by one week until [...]

Joab Rosenberg, partner at Deep33, a new $100–150M venture fund focused on the future of compute, is interviewed by Yuval Boger. They discuss the current state of quantum computing, why Joab expects commercial applications within a few years, and where venture capital can realistically capture value. The conversation covers hardware-first investing, quantum algorithms and applications, capital intensity, geopolitics, and the growing role of deep tech in venture investing. Transcript Yuval: Hello Joab, and thank you for joining me today. Joab: Hi Yuval, how are you? Thanks for having me on the show, the famous show. Yuval: Of course. So who are you and what [...]

Yuval Boger interviews Vishal Chatrath, CEO and co-founder of QuantrolOx, a quantum control software company focused on automating qubit tuning and calibration. They discuss how automation accelerates chip characterization, supports scalable manufacturing, and feeds into real-time calibration and error correction. The conversation covers competition in quantum control, open architectures, fundraising challenges, and what it takes to industrialize quantum hardware. Transcript Yuval: Hello Vishal, thank you for joining me today. Vishal: Very nice to be here, Yuval. The last time we spoke was in early 2023, so I’m absolutely delighted to be back after nearly three years. Yuval: It feels like centuries ago, but remind [...]

Jonathan Reiner is interviewed by Yuval Boger and describes his path from condensed-matter physics to leading the Product Solutions team at Quantum Machines. They discuss the rising complexity of quantum control, customer trends toward fidelity, low-latency compute, and automated calibration, as well as QM’s products such as QUA, Qualibrate, and OPX-NIC for error-correction workflows. Jonathan shares insights on scaling control electronics, the skills needed to operate quantum computers, and his preference for spin qubits. The conversation concludes with a discussion of IP protection practices. Transcript Yuva Boger: Hello, Jonathan. Thank you for joining me today. Jonathan Reinder: Thank you very much, [...]

Quobly (Grenoble, France) and TNO (Delft, Netherlands) have announced a research collaboration focused on accelerating the industrialization of silicon-based quantum computing. The partnership aims to bridge the gap between device engineering and materials science to improve the yield and performance of silicon spin qubits. Strategic Objectives The collaboration centers on understanding how material-level phenomena affect qubit performance. By integrating Quobly’s CMOS-compatible design with TNO’s characterization capabilities, the organizations aim to: Identify and mitigate critical defect mechanisms in silicon hardware. Shorten development loops through faster iteration cycles. Optimize device designs for large-scale, industrial manufacturing. Complementary Expertise The partnership leverages specific regional strengths [...]