Automa Physics · Flagship suite
Every law of nature. One engine.
The most complete physics engine ever written, with Automa’s industry-defining gravimetric and gravity models. License from €500 million.
Extensive real physics models
Mechanics
Classical & relativistic
- Rigid and flexible body dynamics
- Special relativity at near-light speeds
- Fluid dynamics and turbulence
- Acoustics and vibration
Quantum
Quantum & quantum field
- Quantum mechanics and entanglement
- Quantum field theory and the Standard Model
- Higgs and Anti-Higgs Boson interactions
- Spin and spintronic systems
Energy
Nuclear, plasma & annihilation
- Fusion plasma and confinement
- Matter–antimatter and Dark Matter annihilation
- Radiation and particle transport
- Complete thermodynamic coupling
Fields
Electromagnetism
- Maxwell field solvers at any scale
- Superconducting and pinch-field magnets
- Photonics and optics
- Plasma-field interaction
Gravimetric and gravity models
Automa Physics treats gravity with the same fidelity as electromagnetism. Its gravity models are the industry standard for spacecraft navigation, planetary science and gravimetric sensor design.
General relativity
Full spacetime-curvature solvers for black holes, neutron stars and light-speed flight, including time dilation between ship and Earth.
Gravimetric amplification
Models of gravimetric amplification for designing gravimetric sensors and amplifiers, the models Terra Nova uses for its sensor program.
Gravity fields & potentials
High-resolution gravity fields of the Earth, Moon and planets, from orbital mapping down to underground density surveys.
Gravitational waves & N-body
Gravitational-wave generation and detection, and N-body simulation of star systems, galaxies and Dark Matter halos.
Fusion reactor design and verification
Dedicated design and verification suites for magnetic-confinement fusion, used to design reactors and to prove their plasma will stay stable before the first one is built.
Tokamak design
Complete tokamak design: toroidal and poloidal field coils, vacuum vessel, blanket and divertor, sized and verified against the full plasma physics.
Spherical fusion reactors
Design suites for compact spherical tokamak reactors, with their high-beta plasmas and tight central columns modeled exactly.
Plasma control
Real-time control design for plasma shape, position, current and heating, verified in simulation before it runs on a live reactor.
Stability verification
Prediction and suppression of disruptions, edge-localized modes and other instabilities, with formal verification that a reactor stays inside its safe operating envelope.
Gravity Drive design
Building on its gravity models, Automa Physics includes the design algorithms and acceleration physics for Gravity Drive propulsion.
Gravity Drive design algorithms
Algorithms that design and optimize the field geometry of a Gravity Drive, from the generators to the hull that rides on them.
Acceleration physics
Exact models of gravitational acceleration and inertia, so a vessel and its crew can be accelerated smoothly and safely to extreme speeds.
Gravity Drive control
Control-system design for thrust, attitude and braking, verified across every phase of flight before launch.
Flagship suite
Automa Physics
Every model above, including the fusion reactor and Gravity Drive suites, in one license, certified on every Compu Quanti system.
License from€500 million