The spectroscopic tool used by the researchers was extremely sensitive to the nuclear structure, and the ring-opening of the furan manifested itself as the appearance of new absorption peaks.
Following the success of their investigations, the team plan to further investigate the isotope effect on spin properties for their application in spin electronics and quantum emissions.
The implications of the study’s coherent phonon excitation results extend beyond fundamental research, holding promise for a variety of real-world applications, such as the development of electronic devices.
A study funded by the Korea Ministry of SMEs and Startups and the National Research Foundation of Korea has found that roads could be made safer for autonomous driving by improving the effectiveness of lidar detection technology with highly reflective black paint.