| Chemistry | 154 |
| Comp/IS/Eng | 208 |
| Engineering | 406 |
| Geosciences | 84 |
| Life Sciences | 214 |
| Materials Research | 63 |
| Mathematical Sciences | 56 |
| Physics and Astronomy | 166 |
| Psychology | 56 |
| Social Sciences | 79 |
| STEM Education and Learning Research | 14 |
Com/IS/Eng: computer science /Info system/engineering
Engineering includes bioengineering, biomedical engineering and quantum engineering besides traditional engineering. Computer engineering is not included.
Physics: # of Quantum Information Science award is higher than that of condensed matter physics (29:21, 22 for particle physics).
Life Science: what is difference between genetics and genomics ? I googled but still do not have some good understanding.
https://en.wikipedia.org/wiki/NSF_Graduate_Research_Fellowship_Program
From Google
The NSF's focus on quantum engineering is broad and includes materials science, but it's not solely focused on "materials quantum gap engineering". The NSF supports a wide range of quantum information science and engineering (QISE) research and development initiatives, including:
- Quantum Computing: Developing functional quantum computers to solve complex problems in various fields, including materials science.
- Quantum Sensors: Researching and developing new sensor technologies that utilize quantum phenomena for highly precise measurements in areas like medicine and geology.
- Quantum Communications: Exploring quantum phenomena like entanglement for secure data protection and communication networks.
- Quantum Materials: Investing in research to understand and control quantum phenomena to design and fabricate novel quantum materials with desired properties.
- National Quantum Virtual Laboratory (NQVL): This initiative accelerates the development of quantum technologies by providing distributed access to resources for creating functional technologies that exploit quantum phenomena.
