In today’s modern world, we are increasingly disconnected from the very thing that sustains our existence—nature. More specifically, our relationship with sunlight has been systematically disrupted, and the consequences of this disruption are manifesting in ways we’re just beginning to understand. One of the most profound ways sunlight affects us is through its role in mitochondrial function, which is the foundation of cellular health. See Dr. Cohen's MLP formulary for more and consult ALL of  our supplementations as well to help out with this. 

Through processes like geoengineering and artificial light manipulation, our environment has been transformed into one that hinders the natural biochemical processes that keep us alive and thriving. In this article, we will explore the complex relationship between sunlight, mitochondria, and human health, explaining how geoengineering could be the culprit behind a cascade of chronic diseases, infertility, and the degradation of humanity’s connection to nature.

Electrosmog and the Quantum Yield of Life

Electrosmog, a term used to describe the electromagnetic pollution created by artificial sources such as Wi-Fi, cell towers, and power lines, has become an invisible presence in our lives. But it is not just a nuisance—it has profound biological consequences.

Electrosmog interferes with the quantum yield, which is the efficiency with which plants and animals absorb and use light energy. When sunlight is blocked, either by artificial means or by the consequences of geoengineering, it diminishes the quantum yield in all living systems. In plants, this results in poor photosynthesis and reduced plant growth, which in turn limits the food supply. In humans, it affects our mitochondrial function by decreasing the availability of electrons, protons, and oxygen that are necessary for cellular respiration.

The Role of Melanin and Mitochondria in Cellular Health

One of the most fascinating connections in biology is the way our bodies use sunlight to produce melanin, the pigment responsible for skin color, and how this pigment plays a vital role in mitochondrial function. Melanin is not just a protective barrier against UV radiation—it also acts as a converter of light into energy within our cells.

Sunlight triggers the production of melanin, which, in turn, supports mitochondrial health. Mitochondria, the powerhouses of our cells, are responsible for generating the energy our bodies need to function. They use electrons, protons, and oxygen, all of which are produced through the interaction of sunlight with water and melanin in our cells. When sunlight is reduced or blocked, melanin production declines, leading to diminished mitochondrial function, which can contribute to chronic diseases, aging, and a variety of health issues.

Geoengineering: The Invisible Barrier to Sunlight

Geoengineering—the deliberate manipulation of Earth’s climate—has been a subject of debate for decades. While some argue that it could be a solution to global warming, the hidden costs of geoengineering are becoming increasingly apparent. The use of aerosol spraying, cloud seeding, and other methods to block sunlight may prevent the warming of the planet, but it also has the effect of drastically reducing the natural sunlight that reaches Earth’s surface.

This reduction in sunlight exposure has serious consequences for all life forms. In plants, it diminishes photosynthetic yield, which lowers the oxygen content of the atmosphere and disrupts the food chain. For humans, this means less melanin production and less efficient mitochondrial function, leading to a range of chronic diseases, including autoimmune disorders, chronic fatigue, and even infertility.

The Impact on Health: Aging, Fertility, and Disease

The effects of reduced sunlight and diminished mitochondrial function are far-reaching. One of the most notable impacts is the acceleration of aging. Mitochondria are responsible for producing the energy our cells need to function, but as they age, they become less efficient, leading to cellular dysfunction and the breakdown of tissues. The less sunlight we receive, the more our mitochondria struggle to produce energy, leading to increased oxidative stress and a quicker aging process.

Another major consequence is the decline in fertility rates. Sunlight is a key factor in the production of sex steroid hormones, which regulate reproductive health. Without adequate sunlight, these hormones can drop, leading to lower fertility and an increase in miscarriages. The global fertility crisis we’re witnessing may be a direct result of environmental changes, including geoengineering practices that block sunlight. In fact, the global fertility rate -- the average number of children born to a woman in her lifetime -- fell from 4.84 in 1950 to 2.23 in 2021 and will continue to drop to 1.59 by 2100, according to a new study.

Time in Nature: The Ultimate Remedy for Mitochondrial Dysfunction

The solution to this problem lies in reconnecting with nature. Time spent outdoors in natural sunlight is essential for mitochondrial health. The exposure to full-spectrum sunlight helps our mitochondria produce the energy they need to function properly and maintain optimal health. It is in nature where our cells can harness the full potential of sunlight, and through this process, we not only sustain life but also heal from the damage caused by our modern, artificial environment.

As we have seen, geoengineering and artificial lighting schemes are directly contributing to a decline in global health. People who spend less time in nature and more time under artificial lights are more likely to suffer from chronic diseases, fertility issues, and accelerated aging. By reconnecting with the natural world, we can reverse many of these effects and restore balance to our mitochondria, which are the cornerstone of health and vitality.

The Path Forward: Reclaiming Our Sovereignty

The most significant aspect of this modern crisis is that we have the power to change it. By embracing a lifestyle that prioritizes natural sunlight and rejects artificial interventions like geoengineering, we can restore our mitochondrial function and health. The key to reversing the diseases of modernity is not just medical intervention, but a fundamental shift in how we live in relationship to the Earth.

We must demand policies that protect our access to natural sunlight and work to eliminate the harmful effects of artificial lighting and geoengineering. The future of human health depends on our ability to reclaim our sovereignty over our environment, to live in harmony with the natural world, and to use the power of sunlight to restore health to our mitochondria.