TLDR: Google Research has initiated a new award program, offering grants of approximately $100,000 to faculty researchers. The program aims to investigate whether quantum phenomena, such as entanglement and superposition, play a role in brain function and neural processes, with the broader goal of advancing quantum biology and its applications in computing, neuroscience, and medicine.
Google Research has announced a new award program, the ‘Quantum Neuroscience Research Challenge,’ inviting scientists to delve into one of biology’s most intriguing questions: whether quantum phenomena influence the human brain. The initiative offers grants of around $100,000 to faculty researchers who propose strong investigations into the intersection of quantum physics, biology, and neuroscience. The program seeks to explore if quantum effects, such as entanglement and superposition, might impact how neurons function and how the brain makes decisions.
Historically, the idea that quantum properties could be significant in neural function has been met with skepticism, largely due to the warm, wet, and noisy conditions within biological organisms, which were thought to suppress fragile quantum states. However, the past decade has seen emerging experimental evidence suggesting that quantum effects may indeed play a role in biological processes, particularly in brain function. Established examples of quantum biological phenomena include enzyme catalysis, photosynthesis, and avian magnetoreception, while areas like olfaction and anesthetics are still under active investigation.
Google’s call for proposals emphasizes the challenge of demonstrating not just the presence of quantum effects, but their functional role in neural processes beyond classical explanations. The research is deemed crucial not only for its potential to revolutionize our understanding of the brain but also for its applications when combined with quantum computing, quantum sensing, and the transduction between them. The company envisions future possibilities such as deploying quantum computers for sophisticated real-time sensing and control of neural function, which could lead to novel human-computer interfaces and an entirely new field of medicine. Furthermore, recent research indicates that quantum computers can provide an advantage for machine learning with quantum data, suggesting that quantum sensors could be combined with quantum computers for powerful machine-learning-enabled analysis of biological data, potentially advancing research and treatment.
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The application period for the Google Quantum Neuroscience Research Challenge opened on June 18, 2025, and will close on July 23, 2025, at 11:59 PM PST. Proposal decisions are expected by October 15, 2025. Review criteria for proposals include faculty merit, research merit (alignment with Google Research interests, innovation, and potential impact), proposal quality, and strong alignment with Google’s AI Principles.
