Microsoft Quantum Funds Research in Topological Architecture

Microsoft Quantum is expanding its search for advancements in both quantum computing hardware and software with a new round of proposals for the 2026 Quantum Pioneers Program. The program now includes a dedicated Software Track alongside its existing Hardware Track, signaling the company’s belief that parallel progress in both areas is essential for building a scalable quantum computer. This strategic move reflects Microsoft Quantum’s commitment to a topological quantum computing approach, characterized by Matthias Troyer, Technical Fellow and Corporate Vice President, and Dr. Chetan Nayak, also Technical Fellow and Corporate Vice President, who stated, “To achieve fault tolerance, hardware breakthroughs alone will not be enough. Software and hardware must advance together to build a scalable quantum computer.” The new Software Track will focus on research relevant to topological architecture, inviting leading academic researchers to submit proposals through July 17.

Topological Quantum Computing & Program Mission

Microsoft Quantum is significantly expanding its investment in quantum computing research with dedicated hardware and software tracks, indicating that simultaneous progress in both domains is essential for realizing a scalable quantum computer. This dual-track approach represents a strategic shift beyond solely pursuing hardware advancements, acknowledging the critical role of software in translating physical qubits into practical scientific and industrial applications. The program’s structure reflects the belief of Dr. Matthias Troyer and Dr. Chetan Nayak, both Technical Fellow and Corporate Vice President at Microsoft Quantum. Central to Microsoft Quantum’s efforts is a commitment to topological quantum computing, a fundamentally different architectural approach compared to many other quantum computing initiatives. The company highlights that this method is “characterized by inherent error resilience,” suggesting a deliberate design choice aimed at overcoming one of the most significant hurdles in quantum computation: maintaining qubit coherence.

Unlike approaches relying on isolating qubits, topological qubits encode information in the state of the system, making them less susceptible to local disturbances. This intrinsic robustness promises a pathway toward building more stable and reliable quantum computers, potentially reducing the overhead associated with complex error correction schemes. The newly launched Software Track of the Quantum Pioneers Program specifically targets academic researchers, inviting proposals focused on advancing the software foundations of fault-tolerant quantum computing, with a particular emphasis on architectures compatible with topological hardware. Proposals are being solicited within four key themes, and Microsoft is seeking “ambitious, technically rigorous proposals that have a credible path to impact and will benefit from collaboration with Microsoft Quantum.” The program’s rules stipulate that applicants must be faculty or degree-granting research institution, and may only serve as principal investigator on one proposal each year.

The selection process is multi-phased, beginning with a proposal submission period concluding on July 17, followed by a Proposers’ Day Event where finalists will present their work to a judging panel. Microsoft intends to select fourteen potential finalists, and a single winner will ultimately be chosen based on judging criteria encompassing technical merit, potential impact, and alignment with the program’s goals. The company explicitly states it will not claim ownership rights to submitted entries, but reserves the right to use them for marketing and promotional purposes, while also acknowledging the possibility of parallel development of similar concepts.

2026 Quantum Pioneers Program, Hardware & Software Tracks

Microsoft Quantum is actively broadening its research initiatives with the launch of a dedicated Software Track alongside its established Hardware Track within the 2026 Quantum Pioneers Program, indicating the company recognizes that scalable quantum computing demands simultaneous progress in both domains. The program’s structure, as articulated by Dr. Matthias Troyer and Dr. Proposals are being accepted within four defined themes, suggesting a focused approach to addressing key software challenges. Microsoft Quantum’s commitment to topological quantum computing, a methodology the company highlights as “characterized by inherent error resilience”, underpins the entire program. This architectural choice differentiates their approach from many other quantum computing efforts, which often rely on extensive error correction protocols. The Software Track is designed to complement this hardware focus, encouraging the development of compilers, error-correcting codes, and algorithms specifically tailored to the unique characteristics of topological qubits.

The submission process requires a five-page written proposal, submitted via email to QPP@microsoft. Finalists will be evaluated based on a set of judging criteria, with fourteen potential Finalists initially selected from all eligible entries. The company has established specific guidelines for public sector employees, requiring a gift letter from their organization before any prize awards can be issued demonstrating a commitment to ethical research practices and compliance with institutional policies. This multifaceted program signals a significant investment in the future of quantum computing, aiming to accelerate the development of a truly scalable and fault-tolerant quantum computer.

Software Track Proposal Requirements & Submission Details

This strategic emphasis reflects an understanding that physical qubit development, while crucial, is insufficient; effective compilers, error-correction protocols, and algorithms are equally vital to translating hardware potential into practical impact. Eligibility is limited to faculty members, assistant, associate, and full professors, or equivalent research-track positions at degree-granting institutions, with a restriction of one proposal submission per person each year, allowing a maximum of two principal investigators per proposal. Microsoft has established a clear submission process, requiring a five-page written proposal emailed to QPP@microsoft.com with the subject line “Quantum Pioneers Program – Software Track” during the entry period, which runs from June 10th to July 17th. Selected proposers will then be invited to a Proposers’ Day Event to present their work. In the event of ties, an additional judge will resolve them based on the established criteria.

Fourteen potential Finalists will then present their proposals at the Proposers’ Day Event, after which a single winner will be selected. Microsoft explicitly states it retains rights to use submitted proposals for any non-commercial or commercial purpose, including marketing, without providing additional compensation beyond the program’s awards. The company acknowledges the potential for overlap between submitted ideas and its own internal development, waiving any claims resulting from such similarities.

Eligibility Criteria for Academic Researchers

Microsoft Quantum’s expanded 2026 Quantum Pioneers Program, now encompassing both a Hardware Track and a newly launched Software Track, signals a strategic shift toward recognizing the intertwined development necessary for scalable quantum computing, a departure from approaches prioritizing hardware advancements in isolation. This dual focus reflects an understanding that realizing the potential of quantum technology demands concurrent progress in both physical qubit development and the software infrastructure to control and interpret their outputs. Matthias Troyer and Dr. Chetan Nayak aim to foster collaboration between academic researchers and Microsoft Quantum’s engineering teams, accelerating the translation of theoretical breakthroughs into practical applications. This focus on established academic researchers underscores the program’s need for technically rigorous proposals grounded in foundational research.

Applicants may only serve as principal investigator or co-PI on one proposal submitted to Microsoft as part of the Quantum Pioneers Program, Software Track each year, with a maximum of two PIs per proposal, ensuring a manageable scope for review and maximizing the impact of funded projects. Individuals must be at least twenty-one years of age, or have parental/legal guardian consent if not of the age of majority in their legal residence, and cannot be employees or directors of Microsoft Corporation or affiliated entities. The program explicitly addresses potential conflicts of interest for public sector employees, stipulating that any awards will be made directly to the organization and contingent upon a gift letter confirming ethical compliance. Microsoft reserves the right to use submitted proposals for internal analysis and potential commercial applications, while also acknowledging that representatives may utilize information from unaided memory in product development without incurring liability.

Judging Criteria & Selection of Finalists

While many assume quantum computing competitions prioritize purely technical brilliance, Microsoft Quantum’s 2026 Quantum Pioneers Program employs a nuanced evaluation process, extending beyond raw innovation to assess real-world applicability and collaborative potential. This holistic approach is reflected in the rigorous judging criteria used to identify finalists and ultimately, a winner. Microsoft Quantum isn’t solely seeking technically impressive proposals; the judging panel, comprised of Microsoft representatives and qualified experts, will evaluate submissions based on their potential to address significant challenges and contribute to the broader quantum ecosystem. The selection process isn’t static; it unfolds in phases designed to progressively refine the field of applicants. Following the initial proposal review, potential finalists are invited to a Proposers’ Day Event to present their work to the judging panel. This event allows for a deeper dive into the technical details and provides an opportunity for direct questioning.

Each finalist will deliver a PowerPoint presentation outlining their proposal, adhering to specific guidelines regarding content and time constraints. “During Phase 2, you must prepare a PowerPoint presentation describing your Proposal,” the program guidelines state, emphasizing the importance of clear and concise communication. The judges will then select fourteen potential Finalists from among the eligible entries, based on the established judging criteria. Should a selected finalist be unreachable, ineligible, or fail to meet requirements, another finalist will be chosen. Microsoft explicitly reserves the right to select fewer finalists if the initial pool of submissions doesn’t meet the required standards, demonstrating a commitment to quality over quantity.