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Mission Statement

Consistent with our passion to extract more from science for people, planet, and profit, we deliver game-changing engineering solutions in the following areas:

Materials

  • MATERIALS for quantum computers, fusion reactors, advanced nuclear reactors, and aerospace.

Computation

  • COMPUTATION involving high-performance computational fluid dynamics (CFD), quantum computer simulator modeling, quantum computer modeling, and heat transfer.

Aerospace

  • AEROSPACE and hydrodynamic surfaces achieving the world’s lowest flow drag.

Vision Statement

​​Continue extending the performance of materials, computation, aerospace, energy, and transportation by integrating biomimetics, AI, high-performance computing, quantum algorithms, quantum computers, CFD, turbulence modeling, advanced manufacturing, and fast-prototyping.  Our goals:
 

  • Aerodynamic drag reduction of 60–70%.

  • Develop ultra-high strength, machinable alloys with melting temperatures exceeding 2,000 °C and yield strength greater than 450 MPa.

  • Develop quantum computer and quantum internet materials, including topological, 2D refractory high-entropy alloys, and other materials having favorable, tunable electronic properties, molecular stability, reduced decoherence, and structural cohesion.

  • Improve quantum algorithms to reduce computational error and increase the quantum computation advantage over classic computers.

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