معرفی
Philip L. Marston is a Professor in the Department of Physics and Astronomy at Washington State University, part of the College of Arts and Sciences. His research spans physical acoustics, light scattering, and low-gravity fluid mechanics, with applications in underwater acoustics, bubble dynamics, and wavefield interactions.
Research Interests: Marston's work emphasizes both theoretical and experimental approaches to understanding wave scattering phenomena. He investigates acoustic radiation and scattering from elastic objects, radiation pressure effects on droplets and bubbles, and the use of ray and catastrophe theory in optical and acoustical scattering. His research has implications for non-destructive testing, sonar technology, and space-based fluid experiments.
Recent Trends in Publications: His recent publications (2020–2023) focus on acoustic vortex beams, trapping mechanisms, scattering anomalies, and theoretical foundations of wave interactions. These works reflect a strong integration of mathematical physics with experimental acoustics, particularly in topological wavefields and nonlinear interactions.
- Fellow of the Acoustical Society of America
Advising and Grants: While specific students and grants are not listed in the provided text, Marston has led significant research projects, including co-principal investigator roles in space shuttle experiments (USML-1, 1992). His long-standing research program suggests sustained funding and mentorship of graduate students in physics and acoustics.
Labs and Facilities: Marston utilizes an indoor water tank facility (6500 and 3000 gallons) for acoustic measurements, enabling experimental validation of theoretical models in controlled environments. This lab supports research in underwater acoustics, bubble dynamics, and scattering from complex objects.
