# Key Points from IRC Discussions

• Researchers discussed developing a microfluidic DNA synthesizer project, noting current commercial synthesis limitations ($0.35/bp, 1.8kbp size limits) and sharing resources on fluidic logic gates and microfluidic mixing techniques.

• The group explored a machine learning approach for molecular atomization energy calculation that uses statistical regression to approximate solutions to the Schrödinger equation, potentially accelerating molecular screening processes.

• Participants debated the theoretical limitations of creating human cells from genomic information alone, emphasizing that cells require existing RNA, mitochondria, epigenetic factors, and specific chemical balances beyond just DNA.

• There was criticism of Singularity University as an expensive ($25,000) program offering vague lectures without practical skills, with suggestions for creating a more hands-on "transhumanist bootcamp" teaching molecular biology, genetic engineering, and electronics.

• The conversation clarified that biological development relies on concentration gradients rather than explicit 3D mapping, with several academic papers shared on bacterial morphology and cell shaping mechanisms.

• Participants discussed potential funding models for transhumanist projects, noting that many worthwhile projects under $10,000 go unfunded due to lack of awareness despite potential interest from Silicon Valley investors.

• The group expressed frustration with the transhumanist community's tendency to focus on theoretical ethics discussions rather than practical technology implementation, advocating for more hands-on development of tools like SVG-based microfluidic design software.