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What I’ve Been Up To (And What’s Coming Next) Read about recent progress on Durandal, the release of Ars Mechanica and Medjay, and appearances on Dan Davenport’s Q&A and Abraham El Jaguar’s YouTube. Holoverse is heading to its first playte…

New releases (Ars Mechanica, Medjay), Q&As, and a first live Holoverse playtest at @GRA_RPG. Durandal keeps growing, and check out Silent Lake by Hélder Araújo!
#TTRPG #Se7enSagas #Holoverse #Durandal #Medjay #ArsMechanica #RPGdesign #Diceless

se7ensagas.com/2025/09/15/w...

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Mid-July Update – Gears Turning, Blades Sharpening Durandal’s travel rules are trimmed and streamlined; Ars Mechanica is nearly ready, with solo cards done and STL minis almost finished: expect a release by early August. Holoverse is paused but not…

Durandal got a serious edit. Ars Mechanica solo cards + minis are ready, STL files almost done, launching soon. Holoverse on pause. Also: don’t miss Mithras’ pen & paper Final Fantasy TTRPG.
#TTRPG #IndieRPG #SoloRPG #Durandal #Holoverse #ArsMechanica
se7ensagas.com/2025/07/20/m...

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Preview
Slow and Steady – Updates from the Forge A quiet few weeks, but the forge is still burning! Durandal nears completion, Ars Mechanica grows with STL-ready mecha, and Holoverse heads back to the drawing board after a tough playtest. Lots le…

Quiet weeks, but still forging ahead! Durandal layout nears completion, Ars Mechanica mechs in the works, and Holoverse heads back to the lab after first playtest. #ttrpg #indiedev #se7ensagas #Durandal #ArsMechanica #Holoverse

se7ensagas.com/2025/05/28/s...

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The image is a visual representation of the hyperbolic plane using the Poincaré disk model. It features intricate patterns that radiate from a central point, resembling flower petals or fans. The curved lines represent hyperbolic lines, forming a tessellated pattern without gaps or overlaps. This design showcases the unique properties of hyperbolic geometry, such as radial symmetry, infinite scaling, and the fitting together of shapes in an orderly yet complex manner, illustrating hyperbolic space's elegance and complexity.

The image is a visual representation of the hyperbolic plane using the Poincaré disk model. It features intricate patterns that radiate from a central point, resembling flower petals or fans. The curved lines represent hyperbolic lines, forming a tessellated pattern without gaps or overlaps. This design showcases the unique properties of hyperbolic geometry, such as radial symmetry, infinite scaling, and the fitting together of shapes in an orderly yet complex manner, illustrating hyperbolic space's elegance and complexity.

• the world as a hologram •

• uc berkeley's raphael bousso presents a friendly introduction to the ideas behind the holographic principle | 54mn
• youtu.be/GHgi6E1ECgo

#physics #holoverse

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