Nature computes. We compute. Compute together. The point of these ten exercises is to make that visible fast.
Each exercise is built to take under ten seconds and create one immediate perception shift: not “nature is beautiful,” but “nature is processing information.”
That matters because environmental superintelligence should use bits—measurement, modeling, prediction, coordination—to better protect bonds, biomass, water, forests, and life.
3,200,000,000 base pairs × 2 bits = 800 MB
Storage density: 215 petabytes/gramHold up your thumb.
Every cell inside it is reading a four-letter code—A, C, G, T—two bits per position, 3.2 billion positions long. Life begins with instructions stored physically.
Nature did information storage first.
5 inputs → adjust aperture
Replicated × ~1,000,000 per leafFlip over a leaf.
Its stomata are tiny valves constantly integrating light, humidity, CO₂, temperature, and water stress. A leaf is making millions of local decisions in parallel.
Nature scales computation by distributing it everywhere.
0 below quorum
1 above quorumPick up a little soil.
Bacteria release signal molecules and switch behavior when enough neighbors are present. That is threshold logic in a population.
Nature computes collectively.
1 good year
0 hard yearLook at tree rings.
Each ring is a physical record of conditions that year—rain, temperature, drought, chemistry. A tree writes history into wood.
Nature senses, stores, and preserves information in structure.
IF light + moisture + temperature are right
1 → germinate
0 → waitHold a seed.
It integrates environmental signals and makes a one-time go/no-go choice. Germinate too early and it dies.
Computation does not require a brain.
Rule 1 separate
Rule 2 align
Rule 3 attractWatch birds turn together.
A few local rules create a global pattern with no central controller. Intelligence can emerge from simple coordination.
Nature shows how distributed systems think together.
bind → amplify
miss → discardThink about the last infection you beat.
Your immune system generates candidate solutions, tests them, keeps what works, and remembers it. That is search, selection, and memory in living tissue.
Nature solves problems by exploring possibilities and storing winners.
1 structure
1 sensing
1 signalingLook closely at a web.
It is a trap, a vibration sensor, and a communication network at the same time. The intelligence is built into the structure.
Good environmental intelligence should be embedded in the system itself.
Tree A → fungal link → Tree BStand near several trees.
Fungal networks connect roots and move signals and resources across the forest floor. A forest is a connected system, not just a collection.
Environmental superintelligence should read ecosystems as networks.
1 bit erased: ~2.9 × 10⁻²¹ J
1 C–C bond: ~5.7 × 10⁻¹⁹ J
Ratio: ~200 : 1Stand still for ten seconds.
Information is much cheaper than forcing matter directly. That is the bridge: use bits—sensing, modeling, prediction, coordination—to protect the physical world.
Nature computes. We compute. Compute together.
These exercises are designed to work on a walk, at a site, in a meeting, or in a classroom. The point is immediate perception.
Nature is sensing, storing, signaling, deciding, and coordinating. That is why environmental superintelligence is possible.
JedAnderson.org · Bits protect its.