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THEORETICAL RESEARCH

Beyond the build.
Into the underlying questions.

Alongside software engineering, Arctic Frontier Systems pursues long-term research in theoretical and computational physics.

We turn ambitious questions into explicit models, test their consequences and keep the restrictions that the calculations reveal.

Explore the current program
Conceptual cross-section of a throatA wireframe narrows toward its center. It illustrates a research question about supporting a geometry, not a calculated or observed wormhole.THE SUPPORT QUESTIONMATTER · BOUNDARY · GEOMETRY
Conceptual geometry · not a computed solution

CURRENT RESEARCH PROGRAM

Theoretical & computational physics

01 / STELLAR FABRIC

The conditions
for a sustained
traversable state.

What states of matter and fields could support a traversable wormhole—and remain consistent when the system is disturbed or loaded?

Stellar Fabric studies the connection between a proposed spacetime geometry, the source that would support it, and the cost of keeping that source under control. The work combines analytical derivations with explicitly bounded numerical models. The results below follow that chain from source matching and constrained motion to state preparation and quantum stress.

The work has produced conditional mathematical results, numerical cross-checks and restrictions on candidate mechanisms. A stable physical wormhole and a realizable supporting material have not been established.

Explore ten results

LATEST UPDATE

Explore the latest findings

The source has to match the geometry

More precise calculations, two exterior regions, and a pressure mismatch that narrows the search.

We calculated the energy density and both pressures of a quantum field on a geometry with two exterior regions, then compared them with the stresses that geometry requires. The transverse pressure has the opposite sign. Changing the source strength or the nearby shape did not produce a consistent solution in the cases examined. Earlier calculations also became more precise, allowing a clearer comparison between a periodic thermal model and this new boundary problem.

Read the October 25 update

OCTOBER 16 UPDATE

Thermal states and the source–geometry test

Thermal states.
A closer static match.

A positive proper-energy gate and a negative local null stress coexist in one tested thermal family.

Seven follow-up findings connect preparation limits, a renormalized scalar source and a nonconstant thermal branch. The update includes the equations, test results and cutoff sensitivity.

Read the October 16 update

Earlier work: October 15 · ten results and their assumptions.

HOW THE WORK ADVANCES

A result must keep
its assumptions attached.

  1. 01

    Specify the question.

    State the source, geometry, boundary and physical requirement being tested.

  2. 02

    Derive and cross-check.

    Compare analytical restrictions with numerical calculations and independent controls.

  3. 03

    Let the result narrow the model.

    Retain failed candidates and corrections. Identify the next unresolved physical link.