PLANETARY LATTICE SHIELDING
AEMS-SYNMAG-001 · VERSION 15 · SYNTHETIC PLANETARY MAGNETOSPHERES AND SHIELDING
AEMS electromagnetic architectures are available for commercial licensing and technical collaboration. Intellectual-property rights remain with AEMS LLC. Confidential technical review is available under NDA and defined scope.
SYNTHETIC PLANETARY MAGNETOSPHERES
AEMS-SYNMAG-001 Version 15 defines a distributed electromagnetic lattice architecture for synthetic planetary magnetospheres and planetary-scale radiation governance. SYNMAG distributes power, field generation, sensing, plasma-source allocation, communications, and deterministic DIGSP control across autonomous lattice nodes rather than concentrating authority in a single magnetic source.
The governed plasma-current arc is the active dayside reinforcement element. Solar-wind draping around that obstacle forms the magnetosheath, bow shock, and magnetotail response, directing field authority to the dayside interaction region. Version 15 adds a constellation-hosted Earth deployment expression in which distributed host platforms provide geometry, upstream sensing, cross-link communications, and qualified support for active lattice arc nodes.
OPEN SYNMAG VERSION 15 ON ZENODODISTRIBUTED FIELD AUTHORITY
The lattice distributes power, field generation, plasma-source allocation, and replacement logistics across governed nodes.
CONSTELLATION-HOSTED DEPLOYMENT
Host platforms provide geometry, sensing, time synchronisation, and cross-link coordination for staged Earth-orbit deployment.
ACTIVE DAYSIDE ARC
Class C active nodes retain GTRU or anchor-power, plasma-current injection, and governed field authority at the dayside interaction region.
VERSION 15 ENGINEERING PATHWAY
SYNMAG Version 15 organises plasma-current closure, injection, field geometry, thermal rejection, source processing, replacement cadence, host integration, communications, and loss tolerance into a staged planetary-infrastructure programme. DIGSP governs node, cluster, host-constellation, hemisphere, and planetary operating state. Site figures are confined to the Figures tab.
ZENODO PUBLICATION
Synthetic Planetary Magnetospheres and Shielding Distributed EM Lattice Architecture for Planetary-Scale Radiation Governance Version 15
https://doi.org/10.5281/zenodo.22052824LICENSABLE SYSTEM
Planetary Lattice Shielding
Published architecture, system, model, or governed-field design