Theories of Aging — The Shungite Medium, Chapter 18

Heart, Telomere, Mitochondria, and the Clock They All Pointed To · Chapter summary · from The Shungite Medium by Gary Fong

I walked through three attempts to find the clock of life, then named what they all pointed at.

The heartbeat theory counted beats. A mouse runs at roughly six hundred beats a minute and is gone in a few years; an elephant sits near thirty and may last sixty or seventy. Many species appeared to spend around a billion beats. Birds ruined it, racing at five hundred beats a minute and living twenty to fifty years; bowheads ruined it from the other end, past two centuries. The telomere theory counted divisions instead. Dolly, cloned in 1996 at the Roslin Institute from the mammary-gland cell of a six-year-old Finn Dorset sheep, was born with telomeres shorter than her age predicted. She developed arthritis and lung disease and was euthanized at six. But some people reach old age with short telomeres, and cancer cells survive by maintaining theirs with telomerase. The mitochondrial theory came closest. Denham Harman proposed the free-radical theory in 1956, later narrowed toward the mitochondria, the engines corroding from their own sparks. Naked mole rats, with high oxidative damage markers and lifespans in decades, insulted the simple version.

My argument: the three are one pressure seen from different distances, oxidative stress. The clock does not tick; it tilts, toward repair or corrosion. That is where C60 comes in: a closed cage of sixty carbon atoms, twenty hexagons that resist and twelve pentagons that trap, able to reversibly accept up to six electrons, a gram holding on the order of a billion trillion molecules. In the 2012 rat study, rats given C60 in olive oil nearly doubled their lifespan: six per group, not yet independently replicated.

From the chapter

The simplest way to name what is happening is to name the player, the hostile electron. Free radicals, reactive oxygen species, peroxides, the rogue charges produced by radiation and pollution and synthetic chemistry: all of these are hostile electrons by another name. Unbound, aggressive, looking for stability by taking electrons from whatever sits next to them. Hexagons hold. Pentagons heal. The twenty hexagonal sub-units of a C60 molecule resist. Their shared electron orbital is balanced, the angles evenly distributed, the structure offering nothing chaotic for an incoming radical to grip. Hostile electrons bounce off. The twelve pentagonal sub-units trap. A hostile electron enters through the oblique angle of a pentagon and bounces inside the cage, losing energy with each ricochet. By the time the cage releases it, the electron is calm enough to be an ordinary one. The shape of the cage is what makes it work. Geometry is the mechanism. Shungite does not patch the heart after the vessel stiffens. It does not lengthen every telomere by force. It does not rebuild every damaged mitochondrion one by one. Its fullerene content points to something upstream: a carbon structure capable of buffering hostile electron chemistry before it becomes tissue damage, before one unstable molecule becomes a chain reaction, before chaos outruns coherence. The fire of life still burns. It has to, metabolism, breath, immunity all run on it. Shungite does not put out the fire. It helps contain the part that spreads.

— Gary Fong, The Shungite Medium, Chapter 18

This is a summary of one chapter of The Shungite Medium: The Groundbreaking Exposé of History's Most Miraculous Stone by Gary Fong, LSH Publishing, first edition 2026, 259 pages. Three chapters are published here complete: What Is Shungite? · The Corporate Sticker · How to Tell Real Shungite from Fake. The reference apparatus is complete too: the studies, the glossary, the bibliography and the endnotes.