Fossils can be made in a few days. Tens of thousands of years is a lie.

Mineral-rich waters found in springs, hot springs, geysers, limestone caves, and wells around the world can easily petrify anything.

Development of artificial fossils

Advanced Ceramic Labs at the University of Washington in Seattle, USA, developed a wood-ceramic composite by immersing wood in a solution of a silicon-aluminum compound, then curing it in an oven at 44°C.

According to lead researcher Daniel Dobbs, the hardening solvent penetrated the wood to a depth of 5 mm under normal atmospheric pressure, hardening it to a hardness that was 20-120% greater than normal wood. By increasing pressure and raising temperature, it is said that wood can be fossilized in a short time.

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Hamilton Hicks of Greenwich, Connecticut, USA, patented a method for rapidly fossilizing wood to create artificial fossils on September 16, 1986.

The U.S. patent number is 4,612,050.

The wood is soaked in a solution of natural spring water or volcanic mineral water containing sodium silicate (water glass), calcium, magnesium, manganese, and other metal salts, citric acid, or malic acid, which causes the wood to gel and rapidly fossilize, and the wood is then dried to create an artificial fossil.

Artificial fossils also increase the durability, strength, corrosion resistance, and salt tolerance of wood, making it suitable for use as a fire-resistant building material for houses, stables, etc.

Natural fossils also form quickly if the conditions are right. It does not take tens of thousands of years.

Even in the natural environment, fossilization occurs in a relatively short period of time.
Silica deposition rates on wood in alkaline hot springs in Yellowstone National Park, USA, are 0.1-4.0 mm/year.

A paper by expert geologist Dr Andrew Snelling has shown that natural wood can be quickly "fossilized" by immersing it in various solutions (acidic solutions containing silica) at specific temperatures and pressures for periods ranging from a few days to up to seven years.

In 1995, Snelling reviewed previous laboratory experiments, silica deposition in wood from Yellowstone National Park, and various reports of natural petrification, and concluded that under the right chemical conditions, wood can be rapidly petrified by silicification.

Fossilization experiment at Tateyama Hot Springs in Toyama Japan

One of the Tateyama volcano's multiple explosion craters contains a 30-meter-wide hot spring lake with an average water temperature of about 70°C. The hot spring water that gushes out from the bottom of the lake is highly acidic with a pH of 3 and a high silica content, causing opals to precipitate around the lake shoreline.

Opal is a type of mineral (oxide mineral) that is made up of irregularly arranged silica spheres of various sizes. Opal is technically a mineraloid because it is cryptocrystalline (amorphous, non-crystalline, and lacking crystals), but the International Mineralogical Union officially recognizes it as a mineral. Its Japanese and Chinese name is "protein stone," and the name comes from its resemblance to the white of a chicken egg.

The rock walls of the waterfall, over which hot spring water flows, are covered with leaves and wood chips that had fallen from nearby trees which became impregnated with silica and hardened (somewhat petrified). This silicification occurs when silica spheres precipitate in the cell walls of fallen trees and leaves.

Because the wood petrified by these hot spring waters has the same texture as naturally silicified (petrified) wood fragments found in Miocene sediments and volcanic ash layers on the nearby Noto Peninsula, Dr. Akaba Hisatada and fellow Japanese scientists have concluded that the naturally silicified wood fragments were petrified by the same process under the same conditions as the wood fragments in Tateyama hot spring waters.

Toyama's wonder, "Shinyu's Opal" is amazing
Rapid wood silicification in hot spring water
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Dr. Akahane's team conducted experiments to confirm the silicification process and rate, and found that fossilization occurs in a short period of time.

On August 28, 1990, 10 live alder trees were fixed in hot spring water at a temperature of 50-52°C and a pH of 2.95-3.0, and observations began. Samples were taken 1, 2, 4, 5, and 7 years later, and the degree of silicification was measured.

The results showed that silica content increased from 0.7% to 38.1% between years 1 and 7. The increase was small (0.7-2.9%) in the first 1-2 years, but increased significantly (10.7-26.8%) between 4-5 years, reaching 38.1% by the 7th year.

On the other hand, since 1995, the silicification rate of wood fragments that fell onto the wall of the hot spring waterfall ranged from 9.7 to 39.2% over the 36 years from 1955 to 1991.

It was found that the silicification of wood pieces fixed in hot spring water was several times faster than that of wood pieces intermittently exposed to hot spring water on the wall of a waterfall with hot spring water flowing through it.

The claim that fossils take millions of years to form does not reflect reality. In reality, fossilization occurs in just a few years due to "water, hot springs, and sediment" containing silica and other minerals.

Evidence of rapid petrification around the world

Rapid fossilization caused by mineral-rich springs and hot springs has been reported around the world.
Rapid silicification occurs all over the world and has become a tourist destination.

In the UK, the petrifying well at Mother Shipton's Cave in Knaresborough are a famous tourist attraction known for their calcified springs.

In France, some of the most famous wells are located in the Puy-de-Dôme department, such as the "petrified springs" of St. Alyre and Saint-Nectaire.

In Ireland, there are several such wells, including at Howth Head.

The Cape Leeuwin Water Wheel, also known as a petrified water wheel, is located near Cape Leeuwin in the southwest of Western Australia.　The waterwheel was built in 1895 and was used to pump water to Cape Leeuwin Lighthouse.　The spring water carried by the waterwheel is rich in calcium, and over the years as calcium compounds accumulated, the waterwheel stopped turning, and turned into hard stone in less than 65 years.

An ordinary No. 8 fence wire that was used between 1920 and 1970 at Wallal Downs station in the Kimberley region of Western Australia has been fossilized. It has a diameter of approximately 70 cm and weighs approximately 75 kg. In the 1970s, unwanted fence wire was coiled up and dumped in the ocean and on beaches. Sand, shells, and shell fragments accumulated around the wire, and then iron oxide compounds from the rusted wire reacted chemically with it, petrifying it. All of these processes occur in just a few decades, not millions of years. In Queensland, Australia, fossilized trees buried under mud after the 1918 floods, fossilized trees with axe marks, and fossilized wire fences have been found.

In Tasmania, a petrified miner's hat is on display at the Mining Museum in Western Tasmania. The hats were discarded at the mining site, and over the course of about 50 years, solid calcium carbonate in the water seeped into and deposited the felt material of the hats, turning them into stone through a process called calcification.

The Santa Maria Salute Chapel in Venice, Italy, is built on 180,000 wooden pilings that reinforce its foundation.The wooden stakes have lasted for over 360 years because they have fossilized into stone. It is thought that a similar phenomenon is occurring in areas, where people live in houses built on water, like Venice. Fossilization occurs relatively quickly in the presence of water, sediment, and pressure, and does not take millions of years.

The 1886 eruption of Mount Tarawera, an active volcano on New Zealand's North Island, buried the nearby village of Te Wairoa in volcanic ash. Excavations were carried out about 60 years later, and the site is now a tourist attraction known as the "Buried Village." The local museum displays petrified remains (bowler hats, ham, etc.). Maori people in Te Wairoa village petrify hats and other small items by immersing them in the silica-saturated mineral waters of the nearby Pink and White Terraces, then sell them as souvenirs to tourists. In addition, tourist graffiti and murals, insects, birds, pieces of wood, leaves, trash left behind by tourists, newspapers, etc. are all petrified in the saturated silica mineral water on the terrace.

Petrified flour bags can be seen at Eureka Springs Gardens in Arkansas, USA. The petrified bag of flour is from Blue Spring mill in the Gardens. The Blue Spring is a tranquil circular pond at least 155 meters (510 feet) deep, where 150 million liters (38 million gallons) of cold water bubble up gently from the earth each day and is one of the highlights of Eureka Spring Gardens. Since the 1840s, the gardens have used water from the Blue Spring to power large flour mills, grinding wheat and corn. The bags of flour were produced at this mill and were abandoned when operations ceased around 1903. The bag was formed when spring water containing minerals of the limestone layers seeped into the bag and deposited, causing petrification. Microscopic examination revealed that every gap in the flour was filled with tiny calcium carbonate crystals. The exhibit's description reads, "It is commonly believed that petrification is a process taking millions of years... not true! Under ideal conditions petrification can take place in as few as three weeks. You are looking at parts of petrified flour sacks from the Blue Spring mill. (Note stitching at the end of the sack.)"

conclusion

The quartz and chalcedony needed for fossilized wood can be quickly produced from silica gel. At 300°C and 3,000 atmospheres of pressure, quartz crystallizes in 25 hours. So, artificial fossils can be created in just a few days using high temperatures and pressure.

The petrification process of wood and other materials occurs rapidly in mineral-rich hot springs, and they become fossilized within a few years. It doesn't take thousands or millions of years, as evolution teaches.

Fossilization is occuring in mineral springs, mineral hot springs, and limestone caves all over the world. The mechanism of fossilization has been clarified, so I think anyone can create a fossil in a few years to a few decades. The water of Okinawa built on the limestone is hard and contains a lot of calcium carbonate, so lime quickly accumulates in water pipes, pots, and kettles.

Living organisms did not evolve over hundreds of millions of years. Fossils don't take hundreds of millions of years to form, neither. The theory of evolution which denies God is a fantasy that is incompatible with real-world evidence.

All the famous scientists who spread lies, including Darwin, are all Freemasons.
Freemasonry is an apostate Judaism whose teachings are based on Jewish mysticism.
The textbooks of Jewish mysticism are the Kabbalah and the Talmud.
Einstein's theory of relativity and quantum theory are written in Kabbalah.
Newton was an alchemist, and differential and integral calculus was plagiarized from the German mathematician Leibniz.

The high-tech infrastructure of modern society, such as the internet, PCs, and smartphones, is schemed and operated for pinpoint control of individuals rather than for personal convenience.
Society functions through lies, bribery and threats.
The world is in the power of the wicked one.

So live your life in such a way not to be deceived by the lies of the rulers and do not abandon the truth you have found.

2Ti 3:13-14
13 But wicked men and impostors will advance from bad to worse, misleading and being misled.
14 You, however, continue in the things that you learned.