Advancing fundamental research to solve key unresolved challenges in known materials and to pioneer the next generation of quantum material systems

Quantum materials are systems in which quantum mechanical effects — such as entanglement and topology — manifest at macroscopic scales, giving rise to exotic electronic, magnetic, and optical properties. Understanding and controlling quantum phenomena in materials not only advances our knowledge of the fundamental laws of nature but also lays the foundation for future quantum technologies. 

Since 2013, the Emergent Phenomena in Quantum Systems Initiative has accelerated the discovery of novel materials and pioneering investigations into their quantum properties. Recent progress in the field highlights how investing in bold, discovery-driven research can catalyze radical shifts in our understanding. 

Building on past successes, over the next 10 years, the initiative will focus on four broad scientific challenges and opportunities expected to propel the field to the next transformative stage. 

1. Create “quantum metamatter” — hybrid material systems created by integrating dissimilar materials and harnessing external stimuli — as novel platforms for quantum emergence.

2. Develop tools capable of providing direct insights into the correlated motion of electrons in materials.  

3. Design tools and methods for direct probing of quantum entanglement in materials.  

4. Develop tools and methods to understand, predict and control emergent phenomena in materials driven far from equilibrium.  

Our aim is to inspire researchers, help labs attract top talent, encourage large-scale and long-term institutional investments, and offer strong incentives to pursue cross-sector and cross-disciplinary collaborations. Along the way, we expect unexpected discoveries and spillover innovations. 

Q&A: The next phase of the Emergent Phenomena in Quantum Systems Initiative 

Join the grantmaking team from the Moore Foundation for an overview of the next phase of the initiative, with time for your questions.

Webinar
When: Friday, October 3, 2025 noon–1:30 p.m. Pacific Time (US and Canada)
➡️ Register on Zoom

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IMPACT STATEMENT

Transform understanding of complex quantum phenomena in materials by overcoming technical, conceptual, and cultural barriers to progress.

KEY DATA POINTS

Materials hide a universe of complexity

Quantum entanglement is not only a cornerstone of quantum computing and communication, but also a fundamental property of many solid-state systems. Unlocking its role in these materials requires the development of new experimental tools.

  • first award

    Jun 2013

  • grants to date

    $179,559,094

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