Welcome to the Institute of Geophysics and Planetary Physics (IGPP) at UCLA. We are an interdisciplinary institute that brings to bear advanced ideas and methods from the physical and life sciences to research and education in the geosciences and to their applications.
Io's molten ocean - Data analysis from NASA's Galileo spacecraft reveals a subsurface ocean of molten or partially molten magma beneath the surface of Jupiter's volcanic moon Io. The finding heralds the first direct confirmation of this kind of magma layer at Io and explains why the moon is the most volcanic object known in the solar system.
The surprisingly low geotherm under which 4.2 billion-year-old zircons formed, together with inclusion assemblages characteristic of subduction-related magmas, indicates their formation in a convergent margin environment. This implies that plate tectonics initiated on Earth almost immediately following planetary formation.
Spacecraft images show ‘spirals on the sea’ in sunlight and radar reflectance but none have been measured in situ. In oceanic simulations with high spatial resolution, spiral structures have been shown to emerge from the instability and wrap-up of cold surface temperature filaments undergoing frontogenetic collapse induced by surrounding mesoscale eddy currents.
Snapshots of increasing atmospheric vorticity at one altitude resulting from incrementally decreasing the spin rate of an Earth-like planet. The transition to superrotation – where the atmosphere spins faster than the surface – occurs at figure 4.
Regional and global climate models identify several regions as prone to increased drought conditions. This image shows predictions for the Caribbean and Central America which indicte reduced rainfall under global warming. Implications for extreme weather (e.g. hurricanes) are being investigated.
ARTEMIS: two tiny spacecraft that could reach for the moon. Two THEMIS microsatellites previously orbiting Earth are being repositioned to orbit the moon. They constitute ARTEMIS, the first mission to study the lunar wake, exosphere and radiation environment from two vantage points, resolving space-time ambiguities.
THEMIS, a NASA five spacecraft mission, discovers that magnetic reconnection, powered by the Sun's expanding corona when it interacts with Earth's space environment, releases the particle and electromagnetic radiation that ignite spectacular polar auroral displays, resolving a 40 year old mystery.
Every 15 seconds a new research image will appear
CPS provides the nexus between planetary science and extra-solar planetology in which astronomers,
cosmochemists, planetary scientists, and astrobiologists come to understand the origin and evolution of other worlds, investigate the conditions that favored the rise of life on Earth, and explore other habitable zones.
CESR serves as a campus-wide consortium on global change and its regional environmental impacts.
CESR faculty use observational, theoretical, numerical, and laboratory studies to investigate the fluid envelope of the Earth and its interaction with the land surface underneath and the rarefied interplanetary medium above, as well as the biota within.
SPC researchers the solar wind and the magnetospheres, ionospheres and atmospheres of the Earth and
planets through simulations, planetary plasma physics and space physics. SPC faculty are active in the development of technology for space research, data management and education and the Center supports NASA's Planetary Data System and NASA's Virtual Magnetospheric Observatory.