top of page

     The perplexing challenge of branching is the shear amount of systems that produce similar reactions. In a way all organic systems create strikingly similar branching families. Agents that have no real connection posses patterns that can be traced through mediums.
     Plants are a plastic organization of matter. The toughness exhibited within plant systems is amazing. Adaption and reaction towards environmental swings and shifts are evident within branching systems of different organisms. Patterns emerge through the continual environmental cycles and processes.
     At a very micro level scientists look towards the branching patterns in the development of the liver and the lungs, as well as the single cell growth called gametophyte that materializes during mitosis. Through the focused understanding of branching within organ growth and plant mitosis, we can discover patterns that inform our component fabrication.

Branching Morphogenesis

     The perplexing challenge of branching, is the shear amount of systems that produce similar reactions. In a way all organic systems create strikingly similar branching families. Agents that have no real connection posses patterns that can be traced through mediums.
     Plants are a plastic organization of matter. The toughness exhibited within plant systems is amazing. Adaption and reaction towards environmental swings and shifts are evident within branching systems of different organisms. Patterns emerge through the continual environmental cycles and processes.
     At a very micro level scientists look towards the branching patterns in the development of the liver and the lungs, as well as the single cell growth called gametophyte that materializes during mitosis. Through the focused understanding of branching within organ growth and plant mitosis, we can discover patterns that inform our component fabrication.

Branching Morphogenesis

bottom of page