babyÖ±²¥app

In partnership with the babyÖ±²¥app Office of Economic Development and International Trade (OEDIT), the University of babyÖ±²¥app welcomes proposals for translational quantum research seed grants. Seed grants are open to any babyÖ±²¥app research institution and industry partners. The goals of the programs are to incentivize innovations launched out of the lab and help them along the development path to new programs and businesses. High-risk proposals that push a boundary in quantum applications are encouraged. The Selection Committee will pay particular attention to developing a diverse portfolio of awardees, including recruiting potential proposers from minority-service institutions and industry partners from outside the Front Range (e.g., the western slope, eastern plains, SW babyÖ±²¥app). Two types of seed grant proposals will be considered:

• Quantum: Research-to-Industry Collaboration Seed Grants: The quantum research-to-industry collaboration seed grants create incentives to commercialize technologies used in academic research environments. These seed grants would fund joint academic-industry partnerships that translate specific technologies into a targeted quantum industry. (Requires an academic and an industry/national laboratory partner)

• Quantum: Use-Inspired Technology Seed Grants: Use-inspired seed grants would fund the development of academic-based quantum technologies to address real world applications. A successful application will have an identified quantum application, a path to commercialization, and an identified babyÖ±²¥app and/or societal impact. These seed grants are designed to help researchers bridge their work to existing pathways created by OEDIT, angel investors, and incubators. (Can be an academic institution-only submission)

These quantum seed grants are designed to help researchers and industry partners to take a step forward in the development cycle.  They can prepare participants for proposal opportunities in the OEDIT Advanced Industry Pipeline, including:

• that help babyÖ±²¥app research institutions speed up applied research in advanced industries and commercialize products and services with the private sector. (Up to $150,000)
• that support helps babyÖ±²¥app-based technologies that will be created or manufactured in babyÖ±²¥app.  (Up to $250,000)

Quantum researchers and companies in the State of babyÖ±²¥app are eligible for this award. Seed grants can be initiated either by an institution of higher education or an industry partner. Additional eligibility information:

• Applicants may submit no more than one proposal as a funded PI. Applicants can serve on multiple proposals as an unpaid co-PI.
• Recipients with active seed grant awards may not be compensated for another project but may serve as an unpaid co-PI. Like PIs, co-PIs may only be funded in one active seed grant.
• National laboratories, such as Sandia National Lab, can be a partner on a seed grant, as long as they partner with a babyÖ±²¥app academic or industry partner, and the work based in and benefits babyÖ±²¥app.
• Industry partners must be headquartered in babyÖ±²¥app or have at least 50% of its workforce in the State.  The work must be completed in babyÖ±²¥app.
• Projects with a primary focus on curriculum development are not eligible.
• Special consideration will be given to proposals coming from outside the Front Range and the Boulder-Denver corridor.

Seed grant proposals are .

2024 Timeline

Proposal Information: Proposals should use clear writing appropriate for non-specialists and should include the following components in a single PDF.  The maximum length is 3 pages, including tables, figures, charts, references, and any other supporting information.

• Executive Summary: A short summary of the project, goals and impact. (100 words max.)
• Project Description: Describe the aims, significance, methods, and expected outcomes of the project, highlighting any new or creative directions. Include a description of the team and their ability to carry out the work.
• Bridging Discovery to Market: What is the core idea, discovery, or innovation? Describe why this effort represents a clear and compelling step forward in moving this quantum idea/discovery/innovation towards commercial application.
• Commercial Potential: Describe any validation that has been done for this work.  Suggested topics include:  Who will be the customers for the application, and do you have input from them?  What is the current market (size, trends, players)?  What is the proposed competitive advantage compared to currently available solutions? Has an invention disclosure form been submitted or a patent application filed?   

Supplemental Materials (these materials do not count toward the 3-page proposal limit):

• PI Curriculum Vitae: Up to 2 pages.
• Co-PI Curriculum Vitae: Up to 2 pages.

Budget: In no more than 1 page, please outline the following project budget elements.  Concisely provide a justification of the items requested in the budget. Particular attention should be given to justifying budget items that may not be obvious to reviewers who are familiar with (but are not experts in) your specific field. Include any cost-sharing or matching by participating organization.

• Maximum Budget Request: $50,000

• No overhead and/or fees can be included in these awards.

• Up to 2 pages total.

These elements could include:

• A. Personnel:  include name, role on project, base of salary, percentage of effort devoted to the project, salary requested, and fringe benefits.  
• B. Materials and supplies:   Include an itemized list, along with a justification of how the project will use these.
• C. Equipment:  List each item of equipment (>$5000 and with a useful life of more than one year) with justification of why the project needs to make the purchase, as well as a bases of cost (e.g., vendor quote)
• D. Travel: Provide the purpose, destination, travelers (name or position/role), and duration of each trip, along with all associated costs (e.g., mileage, airfare, lodging, etc.), using federal MI&E rates.
• E. Other: Pease detail any other costs attributed to the projects, with associated detail.

Project Duration: Up to 18 months.

Other Important Information:  If selected, project partners will be expected to execute (or have executed) an effective managed IP agreement before work begins.  As part of this seed grant effort, participating higher education institutions will xdevelop a managed IP template to be used for their selected projects.

The rubric for proposal evaluation will center on the following questions and should be explicitly addressed and quantified in the proposal:

1) Bridging discovery to market: Does the proposed work represent a clear and compelling step forward in moving a quantum application towards commercial viability?  

2) Likelihood of success: Does the proposed work have a clear path towards success? If successful, will the outcome be ready for second-stage investment or commercial trajectories?

3) The Team:  Is the proposal team capable of bringing the project to fruition?

4) Commercial Potential: Has the need for the application been validated (e.g., via customer discovery)?  Is the addressable market big enough to support the commercialization effort?  Is the path to market feasible?

5) Geographic diversity: Special consideration will be given to proposals that are, in whole or in part, based outside of the Boulder-Denver corridor.