ExtractoDAO Labs releases TON618 v1.1 cosmology engine

By AI, Created 5:02 AM UTC, May 27, 2026, /AGP/ – ExtractoDAO Labs says its open-source TON618 v1.1 pipeline provides a parameter-free framework for studying the Hubble tension and large-scale cosmic evolution. The release claims the model produced a local Hubble constant that later matched an independent 2026 galaxy-network measurement.

Why it matters: - ExtractoDAO Labs is pitching TON618 v1.1 as a computational framework for one of cosmology’s biggest disputes: why local and early-Universe measurements of the Hubble constant do not match. - The release claims the model offers parameter-free predictions for the local Hubble constant and structure growth rate, which would make the result notable if reproducible outside the project. - The release also points to open-source code and public data as a way for other researchers to test the framework.

What happened: - ExtractoDAO Labs released TON618 v1.1, described as a free, open-source cosmology engine and the verified numerical implementation of Dead Universe Theory. - The team published the work with DOI registration at the Zenodo record, the preprint, and the GitHub repository. - The work is currently under peer review at an international physics journal. - The release says TON618 v1.1 was announced from Andorra and Brazil in May 2026.

The details: - Dead Universe Theory describes the observable cosmos as a thermodynamically dissipative system governed by entropic gradients. - The theory uses an entropic deformation tensor written as Ξμν = ∇μ∇νS − ¼gμν□S. - The framework claims two direct parameter-free predictions: the local Hubble constant H₀ and the growth rate fσ₈. - The release says the growth index γ follows from the closure condition γ² + γ − 1 = 0, giving γ = (√5−1)/2 ≡ φ⁻¹ ≈ 0.618. - The verified TON618 v1.1 run is said to produce H₀(local) = 73.52 km/s/Mpc, H₀(CMB screened) = 67.39 km/s/Mpc, fσ₈(z=0) = 0.4224, and χ²_red ≈ 0.69 in the growth sector. - The release says DUT outperforms ΛCDM by Δχ² = −69.85 across the two sectors where the theory makes direct parameter-free predictions. - The pipeline is available as open source, and the release says researchers can reproduce the results with the command python ton618.py dut. - ExtractoDAO Labs describes itself as an independent scientific research initiative focused on theoretical cosmology, with all code, data, and pipelines available on GitHub.

Between the lines: - The release is trying to frame TON618 v1.1 as more than a theory paper by tying the model to executable software and public repositories. - The strongest claim is not just that the framework fits known data, but that it reportedly anticipated a later observational result before that measurement was published. - The scientific significance still depends on independent replication and peer-review scrutiny, especially because the release relies on a single theoretical framework and self-reported benchmark results.

What’s next: - The paper remains under review at an international physics journal. - Other researchers can test the pipeline using the public GitHub code and the reported single-command workflow. - The release suggests future work will continue to focus on the Hubble tension and large-scale universe evolution.

The bottom line: - ExtractoDAO Labs is betting that open-source, parameter-free cosmology software can make a credible case for resolving the Hubble tension, but the decisive test will be independent verification.