While many of the world’s lost treasures have been discovered, there are still plenty of treasure hunters. The rise of big data and mapping technologies has changed the way scientists, explorers, and anthropologists approach planning treasure hunts.
To find treasure hunt clues, old theories are reinterpreted using new technology
The modern treasure hunt for prey remains a research-intensive endeavor. Researchers do a lot of analysis and gather evidence. They also search archives for clues to scavenger hunts. New technology is used to analyze data and find the best locations for treasure hunting.
It is not financially possible to spend months searching underwater for treasures. The technology has made it possible:
- Metal detectors can be used to find lost items in the earth and penetrate deeper underground.
- Ground-penetrating radar uses (UHF/VHF frequency) to calculate reflected signal to determine if underground structures are being detected.
- Sonar acts in a similar way to ground penetrating radar and renders underground structures.
- LIDAR scanning technology can be used to scan through dense foliage and rough terrain to detect anomalies or signs of human presence.
- Robots, such as that created by Kongsberg, are being used to find a shipwreck 300 years old with billions of dollars worth of treasure aboard. Drones can be used to explore areas otherwise inaccessible.
- These are just a few of the smart technologies that provide clues for scavenger hunters. Big data is also helping the treasure hunt. The rise of big data and, primarily, the increase in computing power allows algorithms to sift through millions upon millions of data points to find treasures like never before.
- In today’s modern world, old theories of probability still hold true.
The Bayesian Theory has been applied to many fields and is now being used in predictive programming. Although the method was first developed in the 1700s it is still a timeless theory of probability and is used today for treasure hunting. The search for the USS Scorpion, which vanished in 1968, is an excellent example. Command officers were unable to find the submarine that they believed had been lost on the Eastern Seaboard. The nuclear submarine did not arrive at its destination port. Bayesian search theory was used to divide the sea into grid squares. Each square had a probability value. To increase the chance of finding the missing vessel, multiple grids were made and overlapped. These probabilities were eventually used to find the vessel. The theory was used to find multiple ocean treasure hunts, including the SS Central America Derbyshire. This method was also used to locate the missing Air France Flight 447. Mathematics is an ever-evolving field, and theories are built to withstand the test of time.
Modern Treasure Hunt: Combining Old Theories and New Technology
Computers can use theories to create probabilities layouts that allow for the discovery of lost cities, shipwrecks and other treasures. These are just a few examples of how these theories, computing power, and new technology can be used in the modern world.
Treasure Hunt at San Jose Galleon
Since centuries, a worldwide hunt for the San Jose galleon has been ongoing. It was filled with treasures worth billions of dollars and fell to the bottom of the ocean. The treasure hunt began shortly after the 1708 fire which caused the ship’s sinking off the coast of Colombia. 600 crew members were aboard the ship that was engaged in intense battle with the British. The crew also had $20 billion worth of treasure, including Gold, Silver and Jewels.
The Colombian government claimed to have found one of the most sought-after and validated treasures in the world in 2015. As a result of a substantial custody dispute, the treasure is kept out of the hands anyone who initiated the treasure hunt. The ship lies 600m deep in the ocean off Colombia. The “holy grail of shipwrecks”, the government refuses release coordinates of the treasure. Anyone out on the ocean wonders if there is a lost treasure under their ship. The ship was found thanks to technological advances. REMUS6000 is a robotic submarine that can scour the ocean floor and can travel 6 km below its surface. The craft was able to locate the wreck, hover at 9 meters above it and take photos. Researchers were able to find the dolphins by looking at the photos. They were famously engraved on ship’s cannons. There are still many shipwrecks in Colombian waters, waiting to be discovered. There are approximately 1,000 ships near the coast of Colombia, according to estimates.