Not exact matches
The new results from SPHERE, along with data from other telescopes such as ALMA, are revolutionising astronomers»
understanding of the environments around young stars and the complex mechanisms
of planetary formation.
«As plans are underway in and outside
of Japan to explore the satellite system
of Jupiter and the satellites
of Mars,» said Ohtsuki, «we will continue to unravel the origin
of satellite systems, which is key to
understanding the
formation process
of planetary systems.»
The improved
understanding gives researchers new insight about the basic properties
of silica and other materials, and could ultimately lead to improved models
of planetary formation and composition and new approaches for designing future materials with improved functionality, such as strength.
The Mars Exploration Program studies Mars as a
planetary system in order to
understand the
formation and early evolution
of Mars as a planet, the history
of geological processes that have shaped Mars through time, the potential for Mars to have hosted life, and the future exploration
of Mars by humans.
These instabilities are a key mechanism for eliciting the transport
of angular momentum through nascent
planetary systems, and are very important to an overall
understanding of planet
formation.
These studies are aimed at
understanding the physical mechanisms that govern star
formation and how the evolution
of the gaseous component
of disks impacts the resulting
planetary system architectures.
Its detection helps astronomers
understand the chemical processes that occur during the
formation of planetary systems and that ultimately lead to the creation
of the ingredients for life.
John has a broad range
of research interests designed to
understand the
formation and evolution
of stars from their origin in molecular clouds to the development
of mature
planetary systems.