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Projet Faisceau

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Projet Faisceau
Type Directed-energy research and development program
Status Active
Location Nouvelle Alexandrie Nouvelle Alexandrie
Start Date 1758 AN
Participants
Objective Sustain and extend the Federation's directed-energy capability without dependence on Alexandrium, across air and point defense, power beaming, orbital debris removal, beamed-energy launch, and directed-energy survivability

Projet Faisceau (Alexandrian for "beam") is a directed-energy research and development program of the Federation of Nouvelle Alexandrie, launched in 1758 AN to sustain and extend the Federation's laser weapons and beamed-power work without dependence on Alexandrium. The program funds the next generation of a directed-energy lineage that runs from the Vulcan laser system of 1687 AN through the Basilisk Beam of 1699 AN to the fielded Vulcan Advanced Air Defense System of 1716 AN, and adds four applications the earlier programs did not pursue: power beaming, orbital debris removal, beamed-energy launch, and directed-energy survivability. Open research is administered by the National Research and Development Corporation and classified work by the Strategic Capabilities Office, with the Nouvelle Alexandrie Aerospace Development Directorate and ESB Thermodynamics as its principal technical agents. Faisceau is a funding and mission framework rather than a weapon system, and the Vulcan family remains the fielded hardware. Its stated rationale is an "Alexandrium-independent capability layer" drawing on electrical power rather than the commodity whose glut and price collapse drove the Recession of 1757.

Background

The Federation entered the 1750 ANs with a mature but narrow directed-energy base. The Vulcan laser system, underwritten by Nouvelle Alexandrie and developed by Neridia Defense Industries, Javelin Industries, and ESB Thermodynamics, had established fiber-laser interception at ranges approaching two hundred kilometers. Its refinement produced the Basilisk Beam, a fifty-kilowatt-class system introduced in 1699 AN with the Royal University of Parap, and the Vulcan Advanced Air Defense System, a system of a hundred to a hundred and fifty kilowatts that entered testing during Operation Sovereign Borders in 1717 AN and had its accuracy corrected by the EGuard fire-control system integrated in 1720 AN. These systems shared two advantages that mattered after the crash: a low cost per shot and, in the language of the Vulcan program, "an unlimited magazine" so long as electrical power held.

Two developments turned that niche into a national priority. The Institute for Strategic Studies' report The Alexandrium Horizon (1751 AN) projected that domestic Alexandrium extraction would peak by 1768 AN; the Recession of 1757 then collapsed the commodity's price and the federal revenue tied to it. Directed-energy weapons drew on electrical power rather than the strategic material, and so offered a capability the Federation could expand as it cut that exposure. The Force 1760 defense review made "consolidation and rationalization" its primary objective and merged four legacy air-defense systems, the Ironshield Guardian, Cerberus Dome, Athena, and Vulcan, into the System-2 Missile Complex, in which the Vulcan laser serves as the directed-energy layer. Projet Faisceau was chartered in 1758 AN to fund the next generation of that layer and to carry the technology into civil and dual-use work as part of the Federation's diversification away from the resource sector.

Organization and governance

Projet Faisceau is run as a public-private program on the model the Federation established for the Nouvelle Alexandrie Orbital Defense Initiative. Open research is administered by the National Research and Development Corporation, the principal research arm of the Federal Forces of Nouvelle Alexandrie and the customary bridge between the government and private defense industry. Classified applications pass to the Strategic Capabilities Office, the Department of Defense's advanced-research agency, which has held directed-energy work in its portfolio since 1725 AN. Technical direction rests with the Nouvelle Alexandrie Aerospace Development Directorate and ESB Thermodynamics, the two bodies already responsible for the Vulcan laser, and university research is contracted principally to the Royal University of Parap, whose flywheel energy-storage work powers the Basilisk battery.

Funding follows the application. The air-defense and survivability tracks draw on the Force 1760 procurement program, while the power-beaming, debris-removal, and beamed-energy-launch work is charged to the National Research and Development Corporation's own research budget and the advanced-sciences strand of the Aldurian Economic Diversification and Recovery Act, 1755, the same strand that funds Foundation 1768 and its wide-bandgap power electronics. Faisceau is the defense-side counterpart to that civil diversification effort.

Program tracks

Projet Faisceau organizes its work into five application tracks. The first extends the fielded Vulcan systems; the other four carry the directed-energy base into missions the earlier programs did not attempt. In 1759 AN the framework gained a sensing track through Programa Ñawi, which runs the same lasers, large apertures, and beam-control chains in reverse to measure returns rather than project energy.

Air and point defense

The air and point defense track funds the next generation of the Vulcan Advanced Air Defense System as the close-in element of the System-2 Missile Complex. Under the consolidation objective of Force 1760, the System-2 network sequences its effectors from the least costly credible response upward, and the laser occupies the lowest rung, drawing a shot from ship or shore power rather than an interceptor from a finite magazine. The network first deployed as an integrated brigade set at Exercise Sovereign Anvil in 1758 AN, and the next-generation laser is to enter it as that close-in layer. Land batteries are to receive higher-power emitters in the several-hundred-kilowatt class as they enter service. The naval element builds on the Poseidon, the shipborne Vulcan variant announced in 1720 AN, and rides the Vanguard-class aircraft carrier rather than the superseded Susa-class. The Vanguard holds a thirty percent power reserve for future directed-energy weapons, and its modular combat systems are built to take them on at the class's mid-life refit.

Power beaming

Power beaming, the program's principal civil application, develops the wireless transmission of electrical power by laser between fixed stations and, in time, to receivers at sea or in flight. The Federation's territory is widely dispersed, and its planners have long treated the cost of moving energy to remote garrisons and island communities as a strategic weakness; a beam offers a route around fixed transmission lines. The track is funded as diversification work rather than as a weapons program, and its near-term output is confined to ground demonstrations at power levels well below those of the air-defense lasers.

A second line within the track studies space-based solar power, in which a satellite gathers sunlight in orbit, where neither weather nor nightfall interrupts it, and sends the energy to a ground station by laser. The work connects to the Solar Orbital Power program of Javelin Industries, which covers orbital collection and transmission; Faisceau's contribution is the ground receiver and the beam control needed to bring an orbital downlink onto a fixed or mobile station and to steer that downlink between receivers. The receiver draws on the monochromatic photovoltaic cells of Projet Prisme, tuned to a single laser wavelength. Downlink powers are held well below weapon levels, and the work remains at the study and demonstration stage.

Orbital debris removal

The orbital debris removal track applies the same emitters to clearing defunct satellites and fragments from low orbit, using a laser to ablate a target's surface and lower its orbit until it re-enters. The Nouvelle Alexandrie Orbital Defense Initiative, which developed anti-satellite and orbit-altering technology between 1717 AN and 1727 AN, drew criticism for the debris its methods would create. The Faisceau track is presented as the complementary answer, a means of removing hazards rather than generating them, and it remains a study and demonstration effort.

Beamed-energy launch

The beamed-energy launch track studies laser propulsion for space access, in which a ground-based laser heats a launch vehicle's propellant from below rather than the vehicle carrying that energy aboard. A vehicle that draws its energy from the ground can in principle devote more of its mass to payload. The method reuses the high-power emitters and beam control the program builds for its other tracks. The work is sited at the Javelin Testing Range and Laboratory in Alduria, beside the San Diego de los Baños Cosmodrome, which sets a working launch site next to the high-power laser range a demonstrator would need. The track has produced no demonstrator, and the program claims no operational launch capability. In 1759 AN the Aeronautics and Space Administration took up this track as the civil feasibility program Programa Rawra, which designs the launch vehicle while Faisceau supplies the laser.

Directed-energy survivability

Survivability work addresses the reciprocal problem: protecting New Alexandrian aircraft, vehicles, and satellites against the directed-energy weapons that other powers are fielding. The work is contracted to the Pontecorvo Firm, whose materials division developed the Alexandrium-graphene composite armor used across the Federation's armored vehicles, and extends that line into reflective coatings, ablative layers, and the hardening of sensors against laser dazzle. It builds on the AEW-2B Centinela, an airborne system in testing since 1752 AN that carries a directed-energy turret for self-protection. The track produces no weapon of its own; its measure is whether New Alexandrian platforms survive the systems Faisceau is otherwise trying to build.

Industrial base

The program's industrial base is the consortium that built the Vulcan family. ESB Thermodynamics, a firm of the ESB Group registered across Constancia, Nouvelle Alexandrie, and Natopia, supplies the laser sources and the thermal-management systems that set the ceiling on sustained fire, and has expanded at the Boriquén Technology District, where it has operated since 1729 AN. Javelin Industries integrates the air-defense systems and supplies fire control, as it did for the Vulcan Advanced Air Defense System and its EGuard system. Neridia Defense Industries and the Pontecorvo Firm hold the survivability and naval-integration work. Each track names a prime contractor and at least one subcontractor, a structure the National Research and Development Corporation adopted to spread the program across the private sector rather than concentrate it in one firm.

Technical limitations

Faisceau's managers describe directed energy as a technology still bounded by physics its programs cannot yet overcome. Sustained fire is limited less by the laser than by heat, since dissipating the waste energy of a high-power emitter fast enough to fire repeatedly remains the central engineering problem. It is also why the naval systems are tied to the power and cooling capacity of a capital ship. Atmospheric attenuation degrades a beam in rain, fog, and dust, the conditions under which an air-defense system is most likely to be needed; the Vulcan Advanced Air Defense System's own trials during Operation Sovereign Borders recorded poor performance against targets in bad weather before the EGuard integration corrected its accuracy. Those trials are run at the Javelin Testing Range and Laboratory in Alduria, near the San Diego de los Baños Cosmodrome, where the directed-energy lineage has been proven since the Basilisk trials of the early 1700 ANs. The program's stated policy is to claim no capability ahead of a documented trial.

Reception

Projet Faisceau has drawn the standing criticisms attached to its institutions and to the Force 1760 program that funds it. The Cortes Federales' Defense Oversight Committee, which has for years pressed the Strategic Capabilities Office over budget overruns and project management, and won a 1738 AN High Court ruling requiring fuller financial disclosure, extended the same scrutiny to the classified side of the program. Vice-Premier and Secretary of Defense Fred Strong, whose review posture favors demonstrated capability over projection, has required the air-defense track to meet comparative and live-fire benchmarks before any procurement decision.

Critics outside the government have questioned the program's priorities. Yuiza Bohi'o of the Wakara People's Party has contrasted federal spending on directed-energy research with unmet needs in the outer regions, saying that the program would "never build a clinic in Boriquén." Francisco Gabaza of the Federal Consensus Party has criticized the borrowing behind the diversification appropriations, and Marcos Ferreira Gonçalves of the Democratic Socialist Party has raised the influence of the defense contractors on the program's direction.

See also

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