Northwestern University officially launched the $25 million Simpson-Q Accelerators on March 19, 2026, to bridge the gap between academic research and commercial success. Funded by a significant gift from Trustee Kimberly K. Querrey, the initiative focuses on accelerating breakthroughs in artificial intelligence, medical technologies, and new disease treatments. By providing scientists with the resources to turn lab discoveries into market-ready products, the program aims to solidify Chicago’s reputation as a premier global destination for technology and healthcare innovation.
A Major Investment in Chicago’s Future
The announcement marks a significant moment for the local economy and the university’s research community. For a long time, many brilliant ideas born in university labs never reached the public. This problem is often called the “valley of death,” where a lack of funding and business support prevents a scientific discovery from becoming a real product. The Simpson-Q Accelerators are designed to solve this by providing the money, space, and expert advice needed to move projects forward.
The $25 million investment is part of a larger trend of private donors supporting specific, high-impact research. This gift allows Northwestern to stay competitive with other major research hubs like Silicon Valley or Boston. By keeping these innovators in Evanston and Chicago, the university helps create local jobs and attracts new business to the region.
Three Pillars of Innovation
The program is not trying to fix everything at once. Instead, it focuses on three specific areas that are currently changing the world.
1. Artificial Intelligence (AI)
In 2026, AI is everywhere, but there are still many concerns about safety and ethics. The Simpson-Q Accelerators will focus on developing “secure and trustworthy” AI systems. This means creating technology that does not just work well, but also protects user data and avoids harmful biases. Researchers will look for ways to use AI in complex fields like law, finance, and urban planning without compromising security.
2. Medical Technologies
Chicago is already a leader in healthcare, and this pillar aims to strengthen that position. The goal is to create “intelligent devices” that can improve how doctors treat patients. This could include wearable sensors that predict heart problems before they happen or robotic tools that help surgeons perform more precise operations.
3. Therapeutics
Finding new treatments for diseases is often the most expensive and time-consuming part of science. The accelerators will provide the funding for “early-stage” drug development. This helps scientists test their ideas in the lab so they can eventually start clinical trials. By focusing on therapeutics, Northwestern hopes to find cures for rare diseases and improve the lives of millions of people.
The Vision of Kimberly K. Querrey
Kimberly K. Querrey has been a long-time supporter of Northwestern University. Her latest gift reflects a belief that science must move faster to help people today. During the launch event, she explained why she feels this mission is so urgent:
“We are at a moment when the pace of innovation must match the urgency of global challenges. The Simpson-Q Accelerators will empower Northwestern researchers to move faster, think bigger, and deliver solutions.”
Her history with the university includes supporting the Louis A. Simpson and Kimberly K. Querrey Biomedical Research Center, which is already a landmark in Chicago’s Streeterville neighborhood. This new $25 million gift extends that legacy by focusing on the “final mile” of research—the part where an idea becomes a tool people can actually use.
Strengthening the Local Tech Hub
For the city of Chicago, this initiative is about more than just science. It is about business. When a university like Northwestern launches a successful startup, it often stays in the area. This leads to new office spaces, high-paying jobs, and a stronger local tax base.
Chicago has been working hard to shed its image as just a center for traditional industry and finance. With projects like the Simpson-Q Accelerators, the city is showing that it can lead in the “knowledge economy.” The university believes that by fostering a community of entrepreneurs and scientists, it can create a cycle of growth that benefits everyone in the Chicago area.
Academic leaders at the university have also noted that this model helps students. By working in these accelerators, students get to see how a business is run and how products are made. This prepares them for careers in the 21st-century workforce, whether they stay in academia or move into the private sector.
Moving Forward
The first group of projects to receive support from the Simpson-Q Accelerators is expected to be announced later this spring. A committee of experts from both the university and the business world will review applications. They will look for projects that have the most potential to help people and become successful businesses.
As these projects develop, the university plans to host “demo days” where researchers can show their work to potential investors. This will create a direct line between the lab benches in Evanston and the venture capital firms in downtown Chicago.
