About
Experience an extraordinary gathering of scientists from around the world. Dive deep into captivating discussions and witness presentations unveiling the latest advancements in multiexciton processes. Discover how singlet fission and photon fusion are revolutionizing the solar energy and photochemistry landscape, unlocking unprecedented potential and paving the way for sustainable power solutions.
For the first time, the International Symposium on Singlet Fission and Photon Fusion arrives in the Americas, hosted in one of the most diverse cities in the world: New York City. We welcome you at the City College of New York in Manhattan, building on the foundation and traditions of the first three meetings in Europe: Gothenburg (2016, 2018) and Milan (2022).
For the first time, the International Symposium on Singlet Fission and Photon Fusion arrives in the Americas, hosted in one of the most diverse cities in the world: New York City. We welcome you at the City College of New York in Manhattan, building on the foundation and traditions of the first three meetings in Europe: Gothenburg (2016, 2018) and Milan (2022).
The Organizers
Luis M. CamposColumbia University
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Matthew Y. SfeirCity College of New York
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MingLee TangUniversity of Utah
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Symposium Topics
Excitonic Materials
Spin-active Excitons
Emerging Applications
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Organic Semiconductors
Quantum Dots
Hierarchical nano/ mesoscale order
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Energy Conversion
Interfacial dynamics
Computational methods
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Multiple Exciton Generation
Singlet Fission
Novel Materials
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Code of Conduct:
The CUNY Advanced Science Research Center (ASRC) is committed to anti-racism, anti-sexism, and anti-discrimination. We strive to create safe spaces for all to learn, work, and thrive. We firmly believe a diverse, equitable, and inclusive community is essential in the sciences, technology, engineering, and math (STEM) because:
You can find more information here and here.
- Many of society’s and the world’s most critical problems require solutions from interdisciplinary STEM research efforts, and these efforts require all the talent we can muster. No barricade to cultivating this talent should exist.
- Interdisciplinary research depends on people working together in collaborative teams. And more diverse teams generate better, more innovative outcomes because they are informed by a broader range of lived experiences and knowledge.
- STEM outcomes impact our daily lives, from the healthcare we receive to the technologies we use. Innovations in these areas will only address the diversity of needs in our communities if the teams creating them reflect the world’s diversity.
- Creation of safe spaces and access to resources for community members experiencing discrimination, harassment, or inequality.
You can find more information here and here.