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Contract signedUnited Kingdom

Eigensolver Core Transport

Published
Published 19 August 2025

Overview

UKIFS seeks focussed effort from computational plasma physics expertise with recent experience in the development of state-of-the-art reduced models to describe core plasma transport from the types of electromagnetic turbulence expected to dominate in STEP plasmas. A physics-based quasilinear model of electromagnetic hybrid-kinetic ballooning mode turbulence was recently developed and usefully applied to transport predictions for STEP in [Giacomin, JPP25]. At present this model only includes transport from the linearly dominant modes. UKIFS wishes to extend this model to include sub-dominant modes that may also contribute to the transport, so that higher fidelity calculations can be performed To view this notice, please click here: https://www.delta-esourcing.com/delta/viewNotice.html?noticeId=974449251

Key details

Country
United Kingdom
Status
Contract signed
Procedure
Direct
Published
19 August 2025

Award outcome

Award date
29 July 2025
Winner
  • University of York

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Notice history

Every published notice in this contracting process, newest first.

  1. Contract

    19 August 2025

    View notice ↗

Contracting authority

  • UK Industrial Fusion Solutions Ltd

    Buyer

    Abingdon, United Kingdom

    GB-PPON: PCRM-7973-DCBL

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Awarded: Eigensolver Core Transport — won by University of York — Skim