Some of the more interesting and important achievements are highlighted, including the critical insights gained in the last two decades from OSL measurements of individual grains of quartz.
Some remaining inconsistencies in the proposed use of terms are highlighted (including the definition of 'risk-based surveillance' and the use of the term 'event-based surveillance').
Several design aspects are highlighted, including the size and position of openings, and the roles of boundary conditions and geometric characteristics.
The development and integration of tools into the collaborative HUBzero framework are highlighted, including the use of HUBzero's core features to share ideas, algorithms, and results.
The key stellarator-specific challenges affecting the design are highlighted, including the impact of the minimum plasma coil distance, the coil design requirements and the need for alpha power accommodation.
Several issues are highlighted, including the usefulness of incorporating residual indent shape in the comparisons, as well as load displacement time data, and the significance of creep and interfacial friction.
A simple two-mass model of the drivetrain shaft has been presented in the context of dynamic analysis and the importance of electromechanical coupling has been highlighted, including the generator dynamics.
After that, the integration issues are highlighted, including the development of high-k deposition without Fermi level pinning, surface passivation and interface state, and integration of novel device structure with Si technology.
Robust findings and key uncertainties are highlighted, including the critical role of the power sector, trade-offs between resources, sectors, key energy technologies and behavioural responses, and the increasing level and spread of CO2 marginal prices and GDP impacts.
Future prospects for modelling MAP are highlighted, including the importance of an integrated modelling approach for improved understanding of package performance for fresh and minimally processed produce under MAP.
