Unveiling the Frontiers: Research Areas of the UCLA Physics & Astronomy Faculty
UCLA Physics & Astronomy Department stands as a beacon of scientific exploration, driving innovation and discovery across various domains. The department is home to a diverse, productive, and creative group of scientists dedicated to answering the most interesting questions about the great mysteries of our time. Their pursuit of knowledge spans from pure and applied mathematics to advancements that improve our lives and bolster the economy.
A Legacy of Leadership in Space Plasma Physics
UCLA is internationally recognized for its leadership in space plasma physics. Research in this area encompasses data analysis, simulation, and theoretical modeling of solar wind dynamics, planetary magnetospheres, and interactions between the solar wind and various solar system bodies. The university boasts a long-standing tradition of designing and building advanced magnetometers for both space and ground-based missions. These contributions have significantly enhanced our understanding of the magnetized space plasma environment through historic and ongoing missions such as Galileo, ST-5, InSight, ELFIN, and MMS.
Pioneering Research in Astronomy
UCLA Physics and Astronomy is a historic leader in high-end scientific computing. In astronomy, the department is a pioneer in the study of extra-solar system planets, galactic astronomy, and cosmology. Researchers design, build, and use cutting-edge instruments that lead to new scientific discoveries.
Atmospheric and Oceanic Sciences: Addressing Climate Change
Climate change stands as a paramount threat to the planet and humanity. The Department of Atmospheric and Oceanic Sciences (AOS) at UCLA is at the forefront of addressing this challenge, holding the #1 ranking in the country by the National Research Council. Since 1940, when it was under the leadership of Professor Jacob Bjerknes, originator of the polar-front theory of cyclones, the department has been a leader in atmospheric research and education.
Chemistry & Biochemistry: Unifying Disciplines
Chemistry plays a fundamental role in understanding our world, uniquely unifying a wide variety of disciplines. The UCLA Chemistry & Biochemistry Department maintains a tradition of excellence, synthesizing natural products and nano-materials to solve health and environmental crises, and illuminating molecular mechanisms that regulate decoding of genetic information.
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Earth, Planetary, and Space Sciences: Exploring Our Place in the Cosmos
The Department of Earth, Planetary, and Space Sciences (EPSS) at UCLA strives to understand how planets form and evolve, how life developed on our planet, and whether life exists elsewhere. EPSS students, faculty, and researchers study the physical and chemical conditions that prevailed 4.6 billion years ago during planetary formation, the processes that shape planetary bodies, and interactions with the space environment. Using data from labs, field studies, spacecraft, and telescopes, EPSS investigates a wide range of important questions about Earth, the Solar System, and beyond.
Institute of the Environment and Sustainability: Achieving a Sustainable Future
One of UCLA’s Grand Challenges is to achieve a sustainable Los Angeles. At the Institute of the Environment and Sustainability (IoES), students and faculty engage in research that breaks down barriers between traditional areas of study.
Mathematics: Foundation for Innovation
UCLA’s renowned Mathematics Department (ranked 6th in the world) explores the frontiers of pure and applied mathematical research. Pure mathematics provides the foundation and key ideas for applying mathematics to real-world issues. Through applied math, faculty are discovering innovative solutions to some of today’s most pressing issues.
Statistics and Data Science: Shaping the Future
The UCLA Department of Statistics and Data Science is a growing field that is playing a remarkably important role in the world today. Statistical thinking in research and an understanding of data science are now vital to many industries that directly impact people’s lives, including engineering, health, business, public policy, and more. Research on statistical learning, computer vision, computational biology, social sciences, and environmetrics is helping to meet this increased demand from industry.
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