Overview
UConn Quantum Venture Capital Conference Award (QuantumVenture) Program
The Quantum Venture Capital Conference Award Program (QuantumVenture), made possible through investments by the Connecticut Office of Innovation, supports the derisking of use-inspired innovations centered on quantum and quantum adjacent technologies through Academic / Industry partnerships. The program provides awards of approximately $10,000 to help accelerate the translation of developed quantum and quantum adjacent technologies / applications for real world impact. QuantumVenture is open all Connecticut Quantum Startups.
Funds can be used for
- Establishing partnerships with CT universities that can support students or other personnel to conduct experiments designed to de-risk the technology for targeted applications
- External validation of the technology and/or its use cases with an industry and/or startup partner, and/or
- Use of in-house or external resources critical for de-risking the technology
Important Dates (all due dates by 12 noon)
- 5/7/26 – program opens
- 5/15/26 - full proposal deadline (see proposal guidelines below)
- Submissions are made via Kuali Build
- Award notifications are expected by June 5, 2026
Award details
- UConn OVPR anticipates funding between 3 and 5 awards of approximately $10,000
- Financial Award will be provided with award decision
- QuantumVenture awards are intended to support the translation of quantum-related research into innovations developed
- No post award considerations
Eligibility
The QuantumVenture program is available for any quantum startup in Connecticut.
- Location: Headquarters in Connecticut, Majority of Employees in Connecticut, or Commitment to establish operations in CT within 12 months.
- Startup: Company must be a startup. This opportunity defines startup as:
- Less than 7 years old from date of incorporation
- Has fewer than 25 employees
- Is engaged in development and commercialization of innovative technology or intellectual property
- Has not reached sustained profitability, OR is still in a pre-growth/scale phase
- Is independently owned
- Operates around a core quantum technology. Quantum technologies refer to technologies that leverage the principals of quantum mechanics, such as superposition, entanglement, and quantum coherence, to enable new or significantly enhanced capabilities. To qualify, the company must demonstrate that quantum mechanical effects are central to the technology’s function or value proposition, not merely a downstream application or marketing label
- Eligible categories:
- Quantum computing
- Quantum algorithms
- Quantum error correction
- Quantum communications/networking/cryptography
- Quantum sensing and metrology
- Enabling technologies:
- Cryogenics, control electronics, photonics, or materials specifically developed for quantum systems
- Fabrication techniques for qubits or quantum devices
- Software tools for quantum system design, simulation, or orchestration
- Quantum Adjacent
- AI/ML applied to quantum systems
- Classical infrastructure supporting quantum workflows
- Number of submissions: Eligible companies may only submit one proposal for QuantumVenture funds per startup. Individuals may serve as collaborator on multiple projects.
Proposal Guidelines
Elements to include in the full application are as follows:
- A Project title
- A one-paragraph abstract
- Project plan document two page maximum, 11-pt font and 1” margins including explanation of technology and relevance to the state.
- Competing products
- Include descriptions of competing products
- Identify any currently available products/technologies and explain why they do not adequately satisfy the problem or unmet need.
- Explain how the proposed innovation is different from or better than those that are already available.
- Intellectual Property (IP)
- Describe your IP position, and the competitive IP landscape. List your current patent applications or patents pending as well as any granted patents related to this project. If you currently have no patent applications, please mention plans for future invention disclosures.
- Commercialization Plan
- Explain how the available funds can derisk commercialization activities and will allow you to achieve the major milestones required to further develop the technology for market entry.
- Describe your plans for funding development of this technology beyond the QuantumVenture award
- Preliminary evidence: Summarize any preliminary data available that substantiates the proposed innovation usefulness for the applications envisioned.
- Competing products
- Biosketches/CVs
- Include brief biosketches/CVs (formatted as appropriate for your field) for all PIs/Co-PIs (No more than 2 pages). Biosketches/CVs may be attached as one PDF or as separate PDF documents.
- Include your most recent publications or those most relevant to the work proposed.
- Include current/pending support from external sponsors and UConn sources (including start-up funding).
- Budget
- Provide a preliminary budget estimate and proposed use of funds. Please see Internal Funding Budget Guidelines for instructions and a budget template.
Review Criteria
Proposals will be scored based on the following 4 criteria:
Market Need—does the innovation address an unmet need and is there evidence that there is a market for the proposed solution?
- Does the applicant make a strong case that there is a need/problem that needs to be met?
- Is the science/technology strong enough to evidence its success
- Does the proposal include data about how much of the market the technology may realistically capture?
Innovation and Novelty—Is the innovation novel and/or does it make a significant improvement over currently-available solutions?
- Does the proposal make a convincing argument that the innovation is novel and or makes a significant improvement over currently-available solutions?
- Is there existing or the potential for intellectual property protection?
- To what degree does the innovation solve the unmet need differently (e.g., better, faster, cheaper) than the current state-of-the art?
- If novel, is the innovation a disruptive technology, a platform technology, or an incremental improvement over the current state-of-the art?
Commercialization Plan—Is there a realistic path for commercializing the innovation?
- Does the proposal present a path to bring the innovation forward to market?
- Does the proposal present plans for future financing of the project, such as SBIR/STTR or industry investment?
- For future development, will this technology require regulatory approval? If so, does the proposal address plans for successfully navigating the process?
- Does the applicant point to any obvious potential licenses / commercial partners for this innovation?
Approach and Feasibility—Are the activities proposed attainable in the proposed timeline and are they consistent with the high scientific/scholarly standards?
- Does the investigator/team have appropriate expertise and laboratory facilities available to conduct the work?
- Does the project include the involvement of a UConn core facility or a third party be required to complete the work (e.g prototype development)? If so, have appropriate commitments been obtained?
- To what degree will the activities proposed de-risk and advance the development of the innovation?
Program Contacts
Matthew Mroz: Matthew.Mroz@UConn.edu
Mike DiDonato: Michael.DiDonato@UConn.edu
