WP1 aim
This work package coordinates and supervises all project activities to ensure delivery of the final conceptual design. Responsibilities include progress monitoring, resource reallocation, communication across… Dowiedz się więcej »WP1 aim
This work package coordinates and supervises all project activities to ensure delivery of the final conceptual design. Responsibilities include progress monitoring, resource reallocation, communication across… Dowiedz się więcej »WP1 aim
The primary objective of the project is to deliver the full conceptual design of a European IFE infrastructure, and this requires performing some dedicated experimental… Dowiedz się więcej »WP2 aim
The HiPER+RF project addresses key challenges in inertial confinement fusion (ICF) facility design by: (i) increasing laser wall-plug efficiency to 7–15%,(ii) demonstrating high-repetition-rate operation with… Dowiedz się więcej »WP3 aim
This activity defines the engineering specifications of the interaction chamber for ignition experiments, addressing licensing, target manufacturing, diagnostics, and debris management. It also evaluates reactor… Dowiedz się więcej »WP4 aim
This activity delivers the conceptual design of diagnostics for an ignition facility operating at high repetition rates in harsh environments. It develops methods to monitor… Dowiedz się więcej »WP5 aim
WP6 aims This work package establishes a comprehensive framework for the current state of laser fusion physics, with emphasis on direct-drive shock ignition (WP6.1–WP6.6), while… Dowiedz się więcej »WP6 aim
The HiPER+RF consortium will strengthen collaboration across the laser and nuclear fusion research community through strategic communication, training, and stakeholder engagement. Activities include dissemination of… Dowiedz się więcej »WP7 aim