Human photosynthesis dawns: March 2025 preprints hypothesize Ice Age adaptations via symbiotic cyanobacteria phagocytosis, engineering skin-embedded chloroplasts for 10-20% caloric offset, per Preprints.org’s evolutionary models. Würzburg-Seoul’s dye-stack mimics chlorophyll, storing dual charges under dim light for H2 production, slashing solar fuel costs 50%.
Japan’s Apollo Project—$10 billion roadmap—transforms CO2/water to organics via perovskite leaves, yielding 400 MW by 2040. Berkeley’s copper-perovskite “leaf” converts CO2 to formate sans additives, 92% selectivity in bicarbonate. Basel’s molecule accumulates four charges stepwise, emulating PSI/II for methanol synthesis.
Wiley’s JIPB reviews C4 enhancements for 30% yield boosts; GRC’s 2025 conference spotlights cryo-EM RC-LH complexes. Cambridge’s semi-leaf hybrids enzyme-polymer for C2 fuels, carbon-neutral. Symbiosis trials: 15% UV tolerance via engulfed algae, eyeing metabolic augmentation.
