Geology and mineralogy is outdated primitive lie based science.

Open Invitation to Truth Seekers and Critical Thinkers

To everyone who has been led astray by the narratives of geology and mineralogy, the time has come to see beyond the veil. The story they sold us about rocks, minerals, and mountains is cracking under the weight of the truth.

Join the real men and women of Meltology—a movement grounded in undeniable evidence and revelations that redefine our understanding of history, science, and the very world we stand on. While academia clings to outdated lies, we expose the truth: this realm has been melted, reshaped, and transformed in ways they refuse to acknowledge.

As a Meltologist, I firmly disagree with the outdated and speculative approaches of geological and mineralogical studies. These fields rely heavily on hypothetical nomenclature to assert their claims, offering little in the way of tangible, verifiable evidence. Meltology, on the other hand, stands as a sound super-science, grounded in observable phenomena and logical conclusions. Unlike the geological narrative, which often ignores crucial evidence, Meltology presents claims that can be supported and challenged with integrity. It's time to embrace the truth and rethink the narratives that have been blindly accepted for too long!" expound on this informing academia that meltology claims geologist use no empirical evidence to substantiate their claims

Lets look at Pyrite as an example:The name pyrite comes from the Greek phrase pyrites lithos, which means "the stone which strikes fire". This is because pyrite sparks when struck against steel.






Yes, pyrite (FeS₂), commonly known as "fool's gold," has modern applications in various technologies due to its unique properties. Some notable uses include:

1. Photovoltaics and Solar CellsPyrite is being researched as a potential material for solar cells because it is abundant, non-toxic, and has favorable optoelectronic properties.
It can absorb a significant portion of sunlight and is considered a cost-effective alternative to traditional photovoltaic materials like silicon or cadmium telluride.

2. Battery TechnologyPyrite has been investigated for use in lithium-ion batteries. Its high sulfur content makes it a candidate for improving battery capacity and performance.
It can be used as a cathode material or in other roles to enhance energy storage systems.

3. CatalysisDue to its catalytic properties, pyrite is used in some industrial chemical processes, particularly in desulfurization and hydrodesulfurization, which are important for refining fossil fuels.

4. Quantum Dots and NanotechnologyPyrite nanoparticles are being studied for their potential in nanotechnology applications, such as in sensors, imaging, and other optoelectronic devices.

5. Environmental ApplicationsPyrite's ability to interact with heavy metals and other pollutants makes it useful for environmental remediation. It can help remove contaminants from water through adsorption or precipitation.

6. Geological and Mining ToolsPyrite is sometimes used in geological studies as a marker or indicator mineral to identify potential ore deposits or understand geological histories.

7. Sulfuric Acid ProductionIn the past, pyrite was a major source for sulfur dioxide, which is a precursor to sulfuric acid, a critical industrial chemical. While its use has declined in this area due to alternative sources, it is still relevant in some contexts.

While not all of these applications are widely commercialized yet, ongoing research suggests that pyrite could play a more significant role in future technologies due to its abundance and multi-functionality. Again re-engineering the past for there is nothing new under the sun.