Four UK-based startups have been selected for the DeepTech Catalyst Quantum (DTC Quantum) incubator program, a strategic initiative designed to accelerate the commercialization of quantum technologies. Led by the Science and Technology Facilities Council (STFC) in collaboration with the UKRI National Quantum Computing Centre (NQCC), the program provides early-stage companies with access to high-performance research facilities at the Harwell Science and Innovation Campus, technical mentorship, and targeted R&D funding ranging from £50,000 to £100,000.
The incubator is part of the broader STFC DeepTech Catalyst network, which was recently ranked by the Financial Times as one of Europe’s leading startup hubs for 2026. Since its inception in 2011, the network has supported over 230 companies, helping them raise more than £300 million in private investment and maintaining a 95% survival rate. The DTC Quantum program specifically aligns with the UK’s Modern Industrial Strategy, targeting high-growth sectors such as healthcare, data infrastructure, and finance.
Meet the DTC Quantum Innovators
The four startups joining the current cohort are focused on transitioning quantum research into scalable, real-world products:
- Curenetics: Combines quantum-enhanced AI with tumor genomics to accelerate the identification of personalized cancer vaccine targets. By modeling complex neoantigen interactions faster than classical methods, the system aims to reduce vaccine development timelines from years to months.
- Coherence Engine: Addresses the “scaling cliff” of quantum hardware by providing a system-level design and simulation platform. Its software allows engineers to simulate the full quantum control stack—from cryogenic analog signal chains to digital timing—identifying bottlenecks and drift before physical hardware is built.
- AmorphiQ: Develops hybrid quantum-classical AI algorithms to solve NP-hard optimization and predictive modeling challenges. Initial focus areas include material degradation forecasting and high-frequency financial market analysis.
- Qascade: Focuses on optical interconnects that use light instead of electricity to transfer data. This technology is critical for reducing the energy footprint of large-scale data centers and enabling modular, scalable quantum communication networks.
Strengthening the UK Quantum Ecosystem
The DTC Quantum program is designed to bridge the “valley of death” between laboratory research and commercial viability. In addition to direct funding, participants receive R&D vouchers to utilize public sector expertise and up to 50 hours of tailored business support, including market validation and IP coaching. Dr. Simon Plant, Deputy Director for Innovation at the NQCC, noted that such programs are essential for strengthening the UK’s position as a global hub for sovereign quantum infrastructure.
By integrating these startups into the Harwell ecosystem—where they can interact with the NQCC’s developing hardware testbeds—the program aims to foster an “execution-oriented” environment. The STFC reports that the DeepTech Catalyst currently generates an estimated £25 in economic return for every £1 invested, contributing approximately £150 million in gross value added to the UK economy annually.
For the official announcement regarding the DTC Quantum cohort, visit the UKRI newsroom here. Details on the DeepTech Catalyst support packages can be found via the STFC here.
April 19, 2026