CARBON IS EVERYTHING.
from the coal beneath your feet to the diamond on your finger, from the graphite in your pencil to the breath leaving your lungs.
6 protons. 6 neutrons. 6 electrons.
The architecture of an atom
Tetrahedral lattice. The hardest natural material. Each carbon bonded to four others in perfect symmetry.
Layered hexagonal sheets held by weak van der Waals forces. Soft enough to mark paper.
Sixty atoms form a hollow sphere. Named after Buckminster Fuller's geodesic domes.
A graphene sheet rolled into a cylinder. Stronger than steel. Conducts better than copper.
A single atom thick. Two hundred times stronger than steel. The thinnest material ever made.
The same element that makes coal makes diamond. Structure is everything.
The carbon cycle
Carbon moves endlessly. From air to leaf to soil to stone. From ancient fern to coal seam to furnace to sky. The cycle has no beginning and no end — only transformations. Every carbon atom on Earth has been here since the planet formed, cycling through stone and sea and atmosphere for four and a half billion years.
Every carbon atom in your body was forged in a dying star.
Crisis & frontier
The crisis
Atmospheric CO2 has risen from 280 ppm to over 420 ppm since the Industrial Revolution. The carbon that took millions of years to sequester underground has been released in two centuries of combustion.
Sequestration is now a race against time: direct air capture, ocean alkalinization, enhanced weathering, biochar, and soil carbon management. Each approach captures carbon at a different scale, cost, and permanence.
The question is not if we need to act, but how fast and at what scale.
The frontier
Graphene is 200x stronger than steel and conducts electricity better than copper, in a layer one atom thick.
Carbon nanotubes promise a space elevator, molecular-scale electronics, and drug delivery systems that target individual cells.
Diamond semiconductors operate at temperatures and voltages that destroy silicon. Carbon fiber builds aircraft that burn less fuel. The same element driving the crisis is also the material of its solutions.
The question is not whether carbon will define the future. It is who will decide how.
The collective
tanso.group is a collective of researchers, engineers, artists, and growers exploring carbon's past, present, and possibility.
We study the element that connects all living things. We build with the material that defines the future. We grow in the soil that holds the memory of ancient forests.
hello@tanso.group