Title: Cutting-Edge Research Receives Major Funding from Diverse Sources
In an impressive display of collaboration and financial backing, a groundbreaking research project has secured support from numerous prestigious organizations worldwide. Led by scientists at Northwestern University, these findings promise significant advancements in the field of materials research and engineering.
The primary support for this research endeavor comes from the National Science Foundation Materials Research Science and Engineering Center at Northwestern University, courtesy of Grant DMR-1720139. This backing demonstrates the recognition of the project’s potential and its importance in the scientific community.
Additionally, the P.J.-H. research group received partial support from the National Science Foundation through the QII-TAQS Grant OMA-1936263. The group’s innovative work has also gained the attention and support of the Massachusetts Institute of Technology/Microsystems Technology Laboratories Samsung Semiconductor Research Fund.
The remarkable study also benefitted from the generous funding provided by the Gordon and Betty Moore Foundation Emergent Phenomena in Quantum Systems Initiative. Grant GBMF9463 from the foundation will further enable scientists to explore groundbreaking research avenues.
Acknowledging the significance of this research, the project received funding from the Fundación Ramon Areces, which recognizes its potential to contribute to scientific knowledge and progress.
Excitingly, the Air Force Office of Scientific Research played a role in supporting the researchers. Grant FA9550-21-1-0319 from the office provided essential resources for the project, confirming the importance of their work in advancing various fields.
The Harvard University Center for Nanoscale Systems also facilitated the research efforts. As a member of the National Nanotechnology Coordinated Infrastructure Network, which is supported by the National Science Foundation (Grant ECCS-1541959), the center provided vital infrastructure and resources for the project.
Contributing to the project’s international collaboration, Q.M. received support from the National Science Foundation Convergence Program (Grant ITE-2235945) and the Canadian Institute for Advanced Research Azrieli Global Scholars Program. This recognition attests to the project’s diverse contribution to global scientific discoveries.
Furthermore, the National Science Foundation Graduate Research Fellowship was awarded to Z.Z. (Grant 2141064). This prestigious fellowship provided invaluable support for the researcher’s contribution to the project.
Finally, the Japan Society for the Promotion of Science Grants-in-Aid for Scientific Research offered support to K.W. and T.T. via Grants 19H05790, 20H00354, and 21H05233. This collaboration demonstrates the project’s international reach and the recognition it has garnered.
With this vast range of financial backing from esteemed organizations, this expansive research project will undoubtedly push the boundaries of knowledge and revolutionize various fields. The collaboration between leading experts and the generous support from diverse sources further solidifies its importance and potential impact on the global scientific community.
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