Publications by authors named "Philip C Schuster"
Phys Rev Lett
January 2022
Article Synopsis
- Macroscopic dark matter in the "asteroidlike" mass range can interact with baryonic matter, potentially producing detectable emissions.
- When these dark matter objects pass through stars, they generate shock waves that create transient emissions in optical, UV, and x-ray wavelengths.
- Observing these emissions in dense globular clusters can significantly enhance our understanding of dark matter, with a current UV telescope capable of conducting effective measurements in just a week.
