Budinny V

The Absent Branch: Invisible Technological Steps, Civilisational Absences, and the Epistemology of What We Are Currently Missing

Technological development is typically described as progressive — each generation building on the last, accelerating toward greater capability and efficiency. This note proposes a more unsettling picture: that technological development is path-dependent and discontinuous, with ge...

The Absent Branch: Invisible Technological Steps, Civilisational Absences, and the Epistemology of What We Are Currently Missing

Technological development is typically described as progressive — each generation building on the last, accelerating toward greater capability and efficiency. This note proposes a more unsettling picture: that technological development is path-dependent and discontinuous, with ge...

Stomata Geometry as Photomask Pattern for Microscale Lithography: A Biomimetic Template Proposal for MEMS, Microfluidics, and Light-Gated Device Fabrication

This technical note presents plant stomata geometry as an original, pre-optimized biomimetic pattern source for microscale lithographic photomasks. Bridging plant cell biology and microfabrication, it outlines how parameterized 2D stomatal footprints can be deployed in MEMS, micr...

Stomata Geometry as Photomask Pattern for Microscale Lithography: A Biomimetic Template Proposal for MEMS, Microfluidics, and Light-Gated Device Fabrication

This technical note presents plant stomata geometry as an original, pre-optimized biomimetic pattern source for microscale lithographic photomasks. Bridging plant cell biology and microfabrication, it outlines how parameterized 2D stomatal footprints can be deployed in MEMS, micr...

Stomata Geometry as Photomask Pattern for Microscale Lithography: A Biomimetic Template Proposal for MEMS, Microfluidics, and Light-Gated Device Fabrication

This technical note presents plant stomata geometry as an original, pre-optimized biomimetic pattern source for microscale lithographic photomasks. Bridging plant cell biology and microfabrication, it outlines how parameterized 2D stomatal footprints can be deployed in MEMS, micr...