Sort by
Refine Your Search
-
Category
-
Field
-
Group is dedicated to the technical development, operation, and maintenance required to provide a diverse range of high-intensity heavy-ion beams with long-term stability. The Heavy-Ion RF Technology
-
of the recruitment and description of the project We work on the development of biologically inspired catalysts as well as the application of biological systems towards energy conversion and material production
-
life stages of organisms as a dynamic system, and aims to elucidate developmental, growth and aging phenomena as well as apply their findings to develop regenerative medicine and diagnostics, thereby
-
most advanced heavy-ion accelerator facility — we are dedicated to the technical development, operation, and maintenance required to provide a diverse range of high-intensity heavy-ion beams with long
-
well as R&D studies on the research instruments. BigRIPS Team This team is in charge of the design, construction, development, and operation of the BigRIPS in-flight separator and its related research
-
description of the project] * Background of the recruitment and description of the project We work on the development of inorganic functional materials and novel electrochemical devices. Specifically, we aim
-
such as the search for undiscovered radioactive isotopes, and improvement of RI beam production methods. Additionally, the group develops technologies necessary to upgrade core experimental instrumentation
-
of the recruitment and description of the project Nuclear Transmutation Technology Group, develops elemental technology of high-power accelerators and high-power targets, aiming at future applications to nuclear
-
] * Background of the recruitment and description of the project RIKEN Nishina Center for Accelerator Science promotes scientific and technological development related to “element transmutation,” a field founded
-
description of the project [Outline of Laboratory] Our research group investigates a wide range of biological problems—from cell differentiation and multicellular dynamics to evolution and phase transitions in