02/12/2025
The Science Behind Atomic Particle Size and Its Advantages
At GoldenGevity, we recognize that particle size plays a crucial role in effectiveness and bioavailability. The difference between atomic gold and gold nanoparticles is more than just size—it affects how the body processes and eliminates them.
Gold nanoparticles have been studied for their potential to accumulate in the body, which may pose risks depending on their size and surface properties. In contrast, atomic gold is fundamentally different, as it exists in the smallest possible form and is more easily processed by the body.
Atomic Particles vs. Nanoparticles
While gold nanoparticles typically range from 1–100 nm, they may be too large for optimal interaction at a molecular level. If the body struggles to break them down or eliminate them efficiently, they may accumulate in organs over time.
On the other hand, atomic gold measures just 0.1 nm, making it the smallest and most refined form of gold possible. Some competitors claim their particles are 2.38 nm, but if a product cannot pass through a 0.20-micron filter, its particles may still be too large for ideal dispersion.
Unique Properties of Atomic Gold
Unlike larger gold particles, atomic gold is electrically neutral, allowing it to disperse naturally without forming clusters or accumulating in tissues. Once introduced into a biological setting, interactions with oxygen and other compounds may alter its state, but its atomic nature ensures that it remains stable and highly bioavailable.
Additionally, atomic gold does not behave like metallic gold. Instead, it forms a crystal-like mineral structure, which enhances its dispersion and effectiveness without the risks associated with nanoparticle accumulation.
Precision Engineering: High-PPM Atomic Gold
GoldenGevity specializes in high-PPM atomic gold solutions, utilizing advanced technology to ensure precise dispersion, stability, and purity. Our proprietary process allows us to bond atomic gold to water molecule clusters, providing consistent particle size and effectiveness.
Why Atomic Gold is Different
1. One of the most important distinctions between atomic gold and gold nanoparticles is their behavior in the body.
Gold nanoparticles may accumulate in organs, potentially interfering with normal function.
2. Atomic gold does not accumulate. It is naturally processed and expelled through the body's regular detoxification pathways.
3. The body eliminates billions of cells daily, which further aids in the natural removal of atomic gold, preventing unwanted buildup.
Some may wonder whether rapid elimination reduces its potential benefits. However, this is not the case. While gold nanoparticles have been studied for their possible effects on inflammation-related conditions, their potential toxicity and interference with organ function could create unintended health risks that may lead to other ailments not related to the original intent of the user had in mind.
Understanding Atomic Gold Testing and Measurement
1. Because atomic gold exists at the smallest possible particle size, it behaves differently in chemical tests and microgram (mcg) measurements compared to nanoparticle or metallic gold.
2. Gold atoms are not heavy metal gold—they exist as atomic crystals already dissolved at the smallest scale.
3. Standard ICP-MS (Inductively Coupled Plasma Mass Spectrometry) testing may underestimate atomic gold content, as the extreme heat of the plasma arc can cause atomic gold to evaporate, leading to undetectable readings.
Comparing atomic gold and atomic silver: While silver atoms consistently test at 14+ mcg in the same PPM concentration, gold atoms may show lower mcg levels in testing despite the actual presence of equivalent amounts of gold.
Since atomic gold and other atomic elements remain largely uncharted, more research is needed to fully explore their potential applications and interactions in biological environments.
GoldenGevity’s Commitment to Atomic Particle Technology
For 19 years GoldenGevity is proud to offer one of the world's most advanced high-PPM atomic gold solutions, representing a significant breakthrough in atomic particle technology. Our commitment is to provide the smallest, most stable, and highest-quality atomic gold solutions available today.
