Reporting from the edge of material science, energy transitions, and the carbon frontier.
A research team in Osaka has demonstrated stable superconducting behavior in twisted trilayer graphene at 22°C, bypassing the extreme cooling requirements that have limited practical applications for decades.
Samsung SDI's pilot line in Cheonan has produced cells exceeding energy densities previously confined to laboratory prototypes, signaling a potential inflection point for electric aviation.
Metal-organic framework membranes developed at MIT demonstrate 99.2% selectivity for carbon dioxide at flow rates compatible with existing power plant exhaust systems.
The carbon atom forms four covalent bonds. From this single constraint, everything follows.
A convergence of machine learning and mechanosynthesis enables the first fully automated production of atomically precise diamond lattices at milligram scale.
Oxford PV's commercial tandem modules have been tested across three climate zones, maintaining efficiency numbers that shatter the single-junction theoretical limit.
TSMC's experimental CNT fab in Tainan has produced working processors that exceed A18-class performance at one-third the power consumption, validating decades of carbon electronics research.
2.3 gigatons of atmospheric carbon were permanently sequestered in 2025. The curve bends.
A Stanford spinout has developed a concrete formulation that absorbs CO₂ as it sets, turning building foundations into permanent carbon sinks with no strength compromise.
tanso.news reports from the frontier where atoms become materials, materials become energy, and energy reshapes civilization. We cover the molecular future — not with hype or speculation, but with the precision of the instruments that measure it. Carbon is the element of life and the element of crisis. Understanding its transformations is understanding our own.