LIGHT ACTIVATED OXYGEN
Why It Matters
The air we breathe is not just oxygen, but a dynamic blend of gases shaped by light from the sun—something humans have evolved alongside over time. Sunlight is constantly interacting with the air around us, influencing the quality of the air we breathe.
The photons present in the air we breathe are associated with how cells in the human body respond to their environment, including the presence of oxygen. In natural environments, light and air are never separate—they continuously interact.
In modern life, exposure to natural light is often reduced or altered. This has led to growing interest in light-based technologies, such as red and near-infrared light, which are studied for how they interact with the body from the outside in.
Forest Air takes a different approach. Rather than delivering light externally, it works with light-activated oxygen, allowing photonic energy shaped by light to interact with the body from the inside, through the breath. This reflects a foundational relationship between light and oxygen that has existed throughout human evolution—one that modern environments may no longer consistently provide.
*Scroll down for Forest Air physics
THE PHYSICS OF
FOREST AIR TECHNOLOGY
Our patented technology enables the recreation of a fundamental light–oxygen process similar to photosynthesis. In nature, oxygen is not just created — it’s activated. We were never taught the whole story in our textbooks.
Most of the oxygen in the air exists in its triplet ground state (3O₂), meaning the molecule has two unpaired electrons spinning in parallel directions in separate orbitals. This configuration makes triplet oxygen stable.
TRIPLET OXYGEN
O₂[³Σg⁻]
During photosynthesis, when plants absorb sunlight, the energy is not only generating oxygen, but also transferred to nearby oxygen molecules.
SUN
OXYGEN
This causes one of oxygen’s electrons to flip its spin and move to a higher orbital, forming singlet oxygen (¹O₂) — an electronically excited form of oxygen where both electrons are paired with opposite spins.
SINGLET OXYGEN
O₂[¹Δg]
This state is highly energized but short-lived, lasting only nanoseconds before the molecule releases its extra photonic energy and returns to its stable triplet state (³O₂). As it relaxes, that stored energy is emitted again — as light (biophotons).
WHAT YOU BREATHE WITH FOREST AIR:
TRIPLET OXYGEN + PHOTONS
O₂[³Σg⁻] + hν
IMPORTANT NOTE:
Forest Air does NOT emit singlet oxygen itself. Singlet oxygen (¹O₂) is a highly reactive, short-lived molecule.The energy is converted back into its stable triplet oxygen state inside the device, as demonstrated in testings conducted with University of Leicester and Nottingham Trent University.
The process releases a gentle photonic energy—while producing no VOCs or other harmful gases. This makes Forest Air unique, since other conventional Oxygen Therapies are known to produce oxidative stress and other side effects.