Phase 1: Photonic Acceleration (Current). Deploy Aetheric Processors as Tier 1 accelerator cards for high-throughput workloads: matrix operations, optimization, sensor fusion. Target: 90% energy reduction for applicable workloads versus equivalent silicon. Internal deployment across Aetheric Sciences divisions first, external licensing second. Concurrent deployment of Mote sensor networks into Metallic Sciences structural materials and Fermat Logistics infrastructure. Particle access: electron + photon (Tier 1 complete).

Phase 2: Muon and Neutrino Program (Year 5–10). Commission the Monolith BEC research platform. Begin muon confinement experiments using Highfield Magnetics solenoids. Develop EHz-class waveguide fabrication for Band 5 operation. Establish neutrino detection baseline in collaboration with Cellular Foundry scintillator programs. Particle access: muon, electron neutrino, muon neutrino (Tier 2).

Phase 3: Quark-Gluon and Heavy Boson Program (Year 10–25). Requires Stellar Furnace plasma conditions and Antimatter Production pair-creation capability. Individual quark-gluon control at temperatures exceeding 10¹² K. W and Z boson interaction at yoctosecond timescales. This phase is infrastructure-limited — the physics is understood, the engineering requires capabilities that do not yet exist. Particle access: quarks, gluons, W±, Z° (Tier 3).

Phase 4: Tier 4 (Horizon unknown). Top quark isolation and Higgs boson coupling require energy infrastructure comparable to current CERN-class facilities, miniaturized to division-operable scale. No timeline is assigned. The objective is cataloged. The path depends on Phase 3 results and on advances in energy generation that may require decades to materialize.