National Center for Physical Acoustics
The Jamie Whitten National Center for Physical Acoustics (NCPA) at the University of Mississippi stands as a pioneer of innovation in the field of physical acoustics. Since its establishment by Congress in 1987, NCPA has led the way in exploring a vast array of applications, from infrasound to ultrasound and beyond, setting benchmarks in research excellence.
Email:
ncpa@olemiss.eduOffice Location:
145 Hill DrivePhone:
(662) 915-5889Office Hours
8 a.m. - 5 p.m.Social Media
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Shaping the Future with the Science of Sound
At NCPA, we stand at the forefront of physical acoustics research, tackling critical societal challenges and driving groundbreaking innovations for both public and private sectors. From monitoring water quality and sediment runoff in lakes and streams, to developing novel ultrasonic applications, reducing noise from supersonic jet propulsion, and tracking tornadoes, our team leads both in the theoretical understanding and practical application of acoustics across a diverse range of fields.
Our mission is to:
- Innovate through vigorous basic and applied research programs in acoustics to ensure a viable national source of expertise.
- Educate graduate and undergraduate students with knowledge and experience on the frontiers of acoustics.
- Produce future researchers, teachers, practitioners and leaders in acoustics.
- Enhance the overall educational and research mission of the University of Mississippi.
- Promote economic growth through partnerships with industry and government.
Founded by Congress in 1987, NCPA is the nation's first and only center exclusively dedicated to physical acoustics. Our pioneering research and strategic partnerships with governmental, military, and industry leaders are designed to meet and surpass the complex challenges of today and tomorrow. These alliances propel national capabilities forward, enhance systems and technologies and drive transformative innovation.
“Acoustics are like sound fingerprints of systems. Every material thing in the world has an acoustic fingerprint attached to it.”—Dr. Nathan Murray, Director, NCPA
Internationally Respected Expertise
Committed to innovation and excellence, our research impacts a broad spectrum of industries and significantly contributes to scientific and technological advancements worldwide.
Our Research Areas
Fundamental Research in Physical Acoustics
Our research in fundamental acoustics spans ultrasonics, metamaterials, acoustic manipulation, and sound propagation. We develop innovative technologies like flat lenses for ultrasound and explore applications ranging from environmental monitoring to noise control and military surveillance.
Aerospace and Aeroacoustics
Aeroacoustics explores noise produced by turbulent fluid motion in complex flows, and has both military and civilian applications. From jet propulsion noise reduction to drone noise assessment and combustion acoustics, our research enhances noise management and deepens understanding of sound dynamics in various environments.
Sensors and Measurement Systems
We focus on applying acoustical principles to real-world systems, integrating disciplines like AI, data analysis, and robotics. Our interdisciplinary approach creates practical solutions for minimizing wind noise on microphones, developing battlefield-ready systems, and producing prototypes that partners can manufacture.
Geophysical and Planetary Acoustics
Our research uses sound waves from infrasound to ultrasound to study the oceans, atmosphere and subsurface geology. Applications include monitoring nuclear tests, evaluating hurricanes, tracking tornadoes, and exploring planetary atmospheres. We have also developed methods for landmine detection, watershed monitoring, and subsurface imaging.
Modeling and Simulation
We advance signal processing and AI through computer modeling to understand sound generation and interaction. Our work ranges from spatial audio in consumer electronics to complex material and terrain modeling, providing deeper insights into the physical mechanisms of sound.
Opportunities for Students to Join Our Team
We offer meaningful opportunities for undergraduate students, graduate students, and postdoctoral researchers to engage in hands-on research and education. By working with NCPA, you'll not only enhance your academic experience but also collaborate with leading experts in the field. Whether you're analyzing data, helping to develop new technologies, or working on complex acoustical challenges, your contributions will have real-world applications.
This is more than just research. It's a chance to be part of a collaborative community that encourages growth and learning.
NCPA Summer Programs
Explore the world of acoustics with NCPA’s immersive summer programs. Graduate students can deepen their expertise in the Physical Acoustics Summer School (PASS), while undergraduates can build a strong foundation in the Basic Acoustics Summer School (BASS).
Our State-of-the-Art Facilities
NCPA officially opened its doors on the University of Mississippi campus in 1990 and was renamed the Jamie L. Whitten National Center for Physical Acoustics, honoring Whitten’s 53 years of service as representative from Mississippi’s 1st Congressional District.
Our expansive 85,000-square-foot facility is designed to foster innovation and features an anechoic chamber, a Mach 5 wind tunnel, and an anechoic hot-jet laboratory. low-speed wind tunnels for aerodynamic studies. Additional facilities include low-speed wind tunnels, an underwater acoustics tank, Faraday lab spaces, 3-D printing for prototype development, and a high-tech machine shop equipped with state-of-the-art CAD services for precision in-house design.
Take a Tour
Interested in exploring NCPA's facilities and learning about our work? We offer tours for small groups, including student and community organizations.
To schedule a tour, contact us below and share details about your group, including the number of participants, their grade or age level, and your reason for visiting.
Our Team
Ina Aranchuk
- Senior Research and Development Engineer
Vyacheslav Aranchuk
- Principal Scientist
Jennifer Bennett
- Research Associate
Debra Bos
- Program Manager
Sara Brown
- Scientist I
Hank Buchanan
- Research & Development Engineer II
Wayne Carpenter
- Senior Research & Development Engineer
Paul Dakin
- Machine Shop Supervisor
William Frazier
- Senior Research Scientist II and Research Associate Professor of Electrical Engineering
Bradley Goodwiller
- Instructional Assistant Professor of General Engineering
John Heffington
- Senior Research & Development Engineer
Claus Hellmuth Hetzer
- Senior Research and Development Engineer
Craig Hickey
- Principal Scientist Emeritus of the National Center for Physical Acoustics
Dan Hohn
- Engineering Technologist
Marni Kendricks
- Research Associate
April Kilpatrick
- Research Associate
Kevin Kwas
- Research and Development Engineer II
Zhiqu Lu
- Senior Research Scientist II and Research Associate Professor of Physics
Joel Mobley
- Professor of Physics & Astronomy and Senior Scientist I in National Center for Physical Acoustics
Paritosh Mokhasi
- Research Scientist II
Nathan Murray
- Director of the National Center for Physical Acoustics
Ronald Oswalt
- CNC Programmer
Stephen Perry
- Research and Development Engineer II
Wayne Prather
- Senior Scientist II at the National Center for Physical Acoustics and Research Associate Professor of Physics
Parsa Bakhtiari Rad
- Research Scientist I
Carrick Talmadge
- Senior Research Scientist II and Research Associate Professor of Communication Sciences & Disorders
Naveen Thirunilath
- Research and Development Engineer I
Roger Waxler
- Principal Scientist and Research Associate Professor of Physics & Astronomy
Latonya Weekly
- Business Manager
Leti Wodajo
- Research Scientist II and Affiliate Assistant Professor of Geology and Geological Engineering
Likun Zhang
- Associate Professor of Physics & Astronomy and Senior Scientist I
NCPA in the News
OXFORD, Miss. – For Nathan Murray, being named director of the University of Mississippi's National Center for Physical Acoustics was a "momentous full-circle moment."