2025-09-20
開催案内：9月30日 LLNL, Clement Goyon氏セミナー
9/30 13:30からリバモア研のClement Goyon氏のセミナーを開催します。
Goyon氏はIFE-starハブのリバモア研が主導するSTARFIRE（PI: Tammy Ma)の
副リーダーをされています．米国のIFE戦略の話が伺えるかと思います．
日時：9月30日 13:30-14:30
開催場所：大阪大学レーザー科学研究所 大会議室R302 (オンライン同時開催)
Zoom: https://us02web.zoom.us/j/83082596213?pwd=O2CCIsssWtjIe7UfvgkFiognlRmYi3.1
タイトル：A cohesive U.S. strategy to achieving Inertial Fusion Energy
アブストラクト：
Inertial Fusion Energy (IFE) research is building on the repeated achievement of ignition at the National Ignition Facility and significant advances are still required to make IFE viable. Partnerships between national laboratories, universities, the private sector, and multiple U.S. government agencies are critical to building the desired ecosystem and accelerate IFE science and technology. Under the IFE-Science and Technology Accelerated Research (STAR) hubs1, we are developing a common national IFE strategic plan that supports all major IFE approaches. In this talk, we will describe a multi-institution collaboration within this nascent ecosystem of innovation: the Science and Technology Accelerated Research for Fusion Innovation and Reactor Engineering2 (STARFIRE) program. We will describe the several key technical areas investigated under STARFIRE and highlights from the past year. We will present additive manufacturing techniques used for foam-target printing, studies of potential IFE target design limitations, diode pumped solid-state laser architectures, system plant design tools and recent outreach efforts. Then, we will describe a plan guided by the IFE Hubs’
milestones and the priority research opportunities identified by the 2022 IFE Basic Research Needs report. We will present an integrated national plan that will lay out the guideposts, milestones, and nominal timeline for the key IFE technologies that pave the way toward a first IFE pilot plant on the decadal timescale.
This work performed under the auspices of the U.S. DOE by LLNL under Contract DE-AC52-07NA27344, supported in part by DOE ECRP SCW1651 and FWP SCW1835-1. C.S.M. is supported by DOE DE-SC0024882 and FWP 0024882 IFE-STAR; D.H.F. is supported by DOE DE-SC0024863.
References
[1] https://ifestar.org/
[2] https://ife.llnl.gov/starfire-hub