Faculty and Research Laboratories
Research Laboratories
and Subjects
Result
Shown
All
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Kanda LaboratoryDetailed Site
Imaging and monitoring of volcanic hydrothermal system
We use electromagnetic fields and InSAR technique to study the structure and temporal changes of volcanic hydrothermal systems. -
Kebukawa Laboratory
Organics in the Solar System toward Origin of Life
Organic matter formed and evolved at various stages in the Solar System history. We study these processes toward the origin of life via experiments. -
Ozaki LaboratoryDetailed Site
Understanding Earth System Evolution
We seek to unlock the secrets of the coupled evolution of Earth's biosphere and environments based on the theoretical perspective of biogeochemistry. -
ELSI Unit D Laboratory
Physical and chemical properties measurement to understand planet behavior and evolution
ELSI Unit-D activities include experiments at high pressure and temperature (e.g., in the laser-heated diamond anvil cell), detailed measurement of remanent magnetization, and fluid dynamics. -
Genda LaboratoryDetailed Site
Understanding origins of planetary characteristics
We theoretically study origins of planetary characteristics. Comparing with other planets, we are challenging to understand the uniqueness and universality of our Earth. -
Sekine LaboratoryDetailed Site
Searching for life in the Solar system
According to space explorations, we now know that there are multiple habitable envirnments beyond Earth in the Solar system. Earth-like surface environments would have occurred on early Mars. Jupiter's and Saturn's icy moons would posseessed subsurface oceans. We are studying how these environments were generated and how they have been evolved through laboratory experiments. -
Ishikawa Laboratory
Decoding Solid Earth evolution
We examine mantle-derived rocks with the aim of understanding dynamics and evolution of the solid Earth since its birth at 4.6 billion years ago. -
Yuichiro Ueno LaboratoryDetailed Site
Tracing the evolution of the biosphere
In order to understand the chemical evolution of the early Earth's atmosphere and biosphere, we are decoding geological records mainly through the use of stable isotopes. -
Ida LaboratoryDetailed Site
How do planetary systems form? What makes planets habitable?
We theoretically study the formation of solar systems, exoplanetary systems, and satellite systems. We also discuss subjects related to life such as the early Earth, the conditions and frequency of habitable planets, and the internal oceans of icy satellites. -
Sato Laboratory
Quest for extrasolar planets
We search for extrasolar planets around various types of stars and reveal their properties through astronomical observations. -
Nakajima LaboratoryDetailed Site
Understanding the Earth through earthquakes and volcanos
Fluids are closely associated with seismo- and volcano-tectonics within the Earth. We are trying to locate water using seismic wave analysis and understand the activity in subduction zones. -
Yokoyama LaboratoryDetailed Site
Innovative research in isotope geochemistry
We investigate stellar nucleosynthesis and the origin of the solar system via high-precision isotope analysis of extraterrestrial materials. -
Okuzumi LaboratoryDetailed Site
Understanding planet-forming environments
We now know that Earth-sized exoplanets are common in the galaxy. Are they similar to our own Earth? We seek to answer this question theoretically. -
Nakamoto LaboratoryDetailed Site
Theory of star and planet formation
We examine the formation of stars and planets through the study of disks, dust particles, and radiation. -
Ohta LaboratoryDetailed Site
"Exploring the thermal evolution of Earth"
How quickly did early Earth cool? How did it become what it is today? We explore the interior properties of the Earth and other planets through high-pressure experiments.
