The wider impact of Phase 1: this first phase of exploration was the single largest intellectual and engineering endeavour of this spacegoing era. As well as providing the final incontrovertible proof of loop quantum gravity – if, indeed, such were needed by that stage – the initial work on the KMA resulted in a number of immediate, practical innovations:
- The misnamed ‘Higgs field generators,’ enabling control over local gravitational effects with prescribed ranges.
- Dark matter engines, providing improved propulsion technologies, supplanting ion-drive, solar sail and larger nuclear-powered solutions.
- Major advances in AI-based remote telesensing, resulting from overcoming some of the the final challenges to quantum computing.
- Quantum Vacuum Energy Generators (QVEGs); new power sources based on tactically harvesting local peaks in the quantum spin foam, actualised as zero-point energy fluctuations.
These innovations resulted directly in a transformational renaissance of local intrasystem transport and colonisation activities, leading to substantially lowered dependency on Terran models of behaviour and government, alongside a newly energised series of independent exploration schemes. These schemes included both high-payload systems looking to establish colonies beyond the Öpik–Oort cloud and a series of packaged investigations into conditions below the visible solar surface.
It is, however, incontrovertibly true that many of these developments delivered far fewer benefits to those Terran blocs which had the greatest effort and resources invested in the Kerberos programme. Indeed, the successful acceleration of widespread colonisation of more remote Solar System habitats weakened all Terran powers politically, economically and technologically.
This, it is suggested, was an underlying reason for the focus on Exploitation: to achieve a lasting advantage over the new emergent system powers.
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