📮 Chloro-Com’ (EN) #5 — Plant Technology

What the living world can teach us about creating, organizing, and deciding

🌍 Disponible en : (FR) version Française

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For 400 million years, plants have been inventing solutions to problems we humans have only recently begun to understand:
how to optimize energy, collaborate without hierarchy, innovate under constraint, and stabilize a system in a changing environment.

And these discoveries are no longer poetic metaphors.
They are studied, modeled, and already inspiring engineering, architecture, robotics, and even medical research.

👉 Today, the question is no longer “Are plants intelligent?”
The real question is:

“What can we learn from their way of being in the world?”

In this fifth edition of Chloro-Com’, you’ll discover:

• how plants manage energy more efficiently than we do

• how root systems build networks smarter than many human systems

• why constraints make them exceptional engineers

• and above all: how to apply these principles today in your work and creative practice

Enjoy the read 🌿
Franz

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Plants as Intelligent Systems

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ChatGPT a dit :

Parfait, Titou 🌿
Voici SECTION 2, qui correspond à :

Les plantes comme systèmes intelligents

(sous-titre + paragraphe complet + citations + implications)

Structure identique à la version FR.

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🌿 Plants as Intelligent Systems

Cognition Without a Brain: The Great Misunderstanding

Over the past 20 years, plant neurobiology has shown that plants:

• perceive light, pressure, sounds, and volatile molecules,

• store memories of stimuli (work by Monica Gagliano),

• recognize their neighbors,

• adjust their behavior based on past experience.

Stefano Mancuso (University of Florence) describes this as distributed intelligence:
a form of non-centralized cognition in which every part of the organism contributes to decision-making.

His work has profoundly shifted the way we understand plant adaptation.
(His TED talk is listed in the resources at the end of this letter.)

Michael Pollan frames it differently:

“Plants don’t think the way we do. They think differently.”

Implication: the living world is constantly optimizing — even without a brain.

The Living World as Technology (Not as Decoration)

Biomimicry, popularized by Janine Benyus, rests on a simple idea:

Nature has already solved most of the problems we are still trying to understand.

Here are a few concrete examples:

• the Lotus effect → self-cleaning materials (Alchemilla mollis — “Manteau de Notre-Dame” — is a perfect example 👋🏻 Margot)

• leaf architecture → biomimetic solar panels

• tree vascular pumps → passive cooling systems

• pioneer roots → underground exploratory robots (University of California, Santa Barbara)

More recently, Sidney Rostan (founder of Bioxegy) launched L’Incroyable Nature, a podcast dedicated to biomimicry (more industry-focused, but fascinating).

Implication: the living world is not an aesthetic model.
It is an engineering model.

Why This Changes the Way We Work

If the living world optimizes, collaborates, and innovates under constraint… then we can draw inspiration from it:

• to manage our energy better,

• to structure our projects,

• to make decisions with more clarity,

• to create with less — and create better.

And that’s what we’re about to explore now, in a way that’s simple, practical, and immediately applicable.

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Three plant technologies you can apply

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🌞 1. The Technology of Energy Capture

Leaves never seek continuous performance. Instead, they constantly alternate between:

• capture (light phase)

• protection (when intensity becomes too strong)

• recovery (shade)

This process — dynamic photoprotection — stabilizes the entire system, prevents exhaustion, and maximizes overall efficiency.

Plants understand something simple:
intensity without pauses destroys performance.

👉 What you can apply today

Work in light cycles
The ideal rhythm: 60–90 minutes of focused work (“light”), followed by 10–20 minutes of active rest (“shade”).

→ Place your most demanding tasks in your light windows.
→ Use shade for micro-tasks, transitions, tidying, breathing.

This rhythm is not a constraint — it is a performance amplifier.

Protect your peak performance hours
A plant spreads its leaves when the light is optimal.

→ Identify the hours when you naturally perform best.
→ Protect them without compromise (no notifications, no meetings, no distractions).
→ Treat these moments as a rare resource.

You are not meant to perform all day — that’s physiology.

Stop multitasking
No living organism performs optimally while processing multiple flows at the same time.

→ One task per light window.
→ One objective.
→ Radical noise reduction (tabs, alerts, interruptions).

Multitasking is an energy leak — not a time gain.

Observe what truly recharges you
Some plants reach for the light, others for coolness.
Phototropism is not universal — it is adapted.

→ Identify what restores you (movement, quiet, fresh air, music).
→ Integrate two micro-recharges per day (five minutes are enough).
→ Shape your environment around what nourishes you — not what drains you.

Energy is not a constant. It is a flow.

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To go further

• An excellent MIT News article on photoprotection is listed in the resources below.

• And I wrote a capsule on phototropism → link here

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🌱 2. Root Technology: The Intelligent Network

Beneath our feet, roots build networks more sophisticated than many human systems. They:

• explore multiple paths simultaneously,

• compare soil quality,

• establish connections with mycorrhizal fungi,

• exchange nutrients, sugars, and chemical signals,

• distribute resources to the zones that need them most.

Researchers call this the Wood Wide Web, popularized by the work of Suzanne Simard.

This network is not a metaphor:
its logic resembles flow optimization, distributed systems, even deep learning.
(If you’re interested, I’ve worked extensively on this topic — let me know in the comments if you’d like to see a future edition about it.)

👉 What you can apply today

Map your network like a root system
Roots don’t go “everywhere” — they explore intelligently.

→ List the 10 people who nourish your work today.
→ List the 10 who drain you, or return no flow.
→ Set an intention: strengthen the first group, reduce the noise of the second.

You’ll immediately see where real value circulates.

Seek fertile soils (not easy soils)
A root doesn’t settle for the surface. It probes, insists, advances where the response is good.

→ Identify the environments where you feel yourself “growing” —
spaces, projects, platforms, communities.
→ Ask yourself a simple question: “Where do I grow best?”
→ Invest preferentially in those terrains.

Terrain determines 80% of growth.

Maintain reciprocal connections (the mycorrhizal logic)
Mycorrhizae exchange resources when the relationship is balanced.

→ Nurture your two-way relationships regularly, even with small gestures.
→ Offer a resource or a piece of help before asking for one.
→ Cultivate symbiotic, not transactional, collaborations.

In a living network, generosity is a strategy — not an accident.

Bypass poor or saturated zones
Roots avoid soils that are depleted, toxic, or unproductive.

→ Identify the spaces where you invest a lot… for almost nothing.
→ Reduce your presence in those zones (without guilt).
→ Reallocate your energy toward fertile soils (see point above).

Sometimes not investing is the best decision.

To go further

• Suzanne Simard’s TED talk “How Trees Talk to Each Other” is linked below.

• And I wrote a fragment about the mycorrhization of a pro trade show → link here

• Marshmallow Laser Feast, Of the Oak, 2025. Commissioned by Royal Botanic Gardens, Kew 📷️ Marshmallow Laser Feast

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🪨 3. The Technology of Constraint: The Living World as Engineer

In nature, constraint is not a hindrance — it is a trigger for adaptation.

Faced with wind, drought, poor soils, or obstacles, plants quickly adjust three essential things:

• their form (morphological plasticity),

• their energy allocation (trade-offs),

• their advancement strategy (bypassing rather than force).

This trio makes them silent engineers.

👉 What you can apply today

Decide like a plant: the cost ↔ benefit test
Plants never invest where the return is zero. They cut. They redirect. They simplify.

→ Before each task, ask yourself: “Does this give me more than it costs?”
→ If the answer is no → stop or take a detour.
→ Reserve your energy for actions with real impact.

You’ll avoid 80% of the micro-dispersions that silently exhaust you.

Simplify your environment to clarify your decisions
Under stress, plants reduce their leaf surface: less evaporation, more efficiency.

→ Reduce your visual noise (open tabs, notifications, floating to-dos).
→ Do a light pruning: remove 20% of what occupies your mental space.
→ Keep in sight only what nourishes your objective.

Clarity is never a luxury — it is an adaptive strategy.

Use constraint as a framework for innovation
The living world’s greatest innovations emerge from limitation:
drought → storage
wind → reinforcement
poor soil → root exploration

→ Give yourself one voluntary constraint (time, tools, resources).
→ “How can I do better with less?” becomes a creative trigger.
→ One rule: one solution, not twenty.

Lack reduces hesitation, focuses attention, and accelerates decisions.

Bypass rather than force
A root never pushes against a stone. It tests, adapts, and finds a path around it.

→ If a project is blocked, don’t force it → change the angle, the order, the entry point.
→ If a professional relationship resists, don’t drain yourself → explore another channel, another person, another timing.
→ If a goal feels “heavy,” break it down until a simple route reappears.

Bypassing is a strategy — not an abandonment.

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To go further

An excellent article from The Conversation on “adaptive strategies” is listed below.
And I wrote a fragment on root bypassing → link here

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Resources to Explore

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• Stefano Mancuso — The Roots of Plant Intelligence (TED)

• MIT News — How plants protect themselves from sunlight

• The Conversation — Adapt or transform: what kind of resilience do we want?

• Suzanne Simard — How trees talk to each other (TED)

• Biomimicry Institute — biomimicry.org

• Technique de l’ingénieur — Effet lotus et superhydrophobic coatings

• Le Dauphiné libéré — What is the Wood Wide Web?

• Rooted in Words — My own substack

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What Plant Technology Teaches Us

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🌞 Energy flows in cycles, not continuously.
🌱 Networks grow through symbiosis, not pressure.
🪨 Constraint becomes a lever, not a barrier.
🍃 Efficiency emerges from the living world: clarity, simplicity, adaptation.

“Nature never tried to become technological.
Technology always ends up becoming natural.”

A simple sentence — yet one that overturns a great deal.
Every human innovation that lasts eventually draws closer to the living world.

To continue the conversation

If an idea illuminated or questioned something for you, feel free to share it in the comments.
I always enjoy continuing the reflection with you.

And if this edition might inspire someone around you, feel free to pass it along 🌿

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Thank you for reading this fifth edition of Chloro-Com’.
I look forward to hearing from you.
Franz

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