This is a pseudo-documentary exploration of photosynthesis, aimed at encouraging people to look at the world around them a little more broadly.

Photo​synthesis

Photosynthesis is how plants live and grow. They absorb
sunlight, water from the soil, and carbon dioxide from
the air — and turn it all into energy.

Photosynthesis is how plants live and grow. They absorb sunlight, water from the soil, and carbon dioxide from the air — and turn it all into energy.

This energy — in the form of sugar — feeds the whole plant.
In the process, they release oxygen — the one we breathe.

This energy — in the form of sugar — feeds the whole plant. In the process, they release oxygen — the one we breathe.

Photo of the author

This project went from an idea and an empty Figma file to something that took shape and came to life. The layouts kept changing — I was searching for what it wanted to be. At some point, I realized: the whole process felt a lot like photosynthesis.

the main reaction

A Leaf Is a Lab

Each leaf contains thousands of microscopic structures — chloroplasts. Inside them: thylakoids where photons collide with electrons. It all starts in this invisible machinery

Lab image
Lab image

How It Works

Plant diagram showing photosynthesis
Light reaction process in plant leaves
light reactions

Sunlight is absorbed. Water molecules are split — oxygen is released, and energy is stored as ATP and NADPH.

Close-up of plant leaves structure
Plant respiration process at night
Biochemical night process in plants
dark reactions

Carbon dioxide is captured. Using the stored energy, glucose is built — one molecule at a time.

Chemical reactions during plant night cycle

Photosynthesis is the foundation of biological energy

The sugar in fruit. The oxygen in your lungs. The starting point of every ecosystem

It’s Not Infinite.
It’s Conditional.

Light

Provides energy. Too little — photosynthesis slows down. Too much — can damage the plant.

Carbon Dioxide (CO₂)

A key ingredient for making sugars. More CO₂ (up to a point) = faster photosynthesis.

Temperature

Too cold — reactions slow. Too hot — enzymes stop working. Best range: around 25°C.

Minerals

Needed to build chlorophyll and enzymes. Most important: magnesium, nitrogen, phosphorus.

you don’ t see it

but it’s everywhere