Devices for Detecting Artifacts and Treasures: The concept of treasure hunting and detecting buried treasures in the past was mainly about random digging underground or following symbols, signs, and clues indicating the presence of a nearby treasure. This process required time and effort, with a chance of either finding the treasure or coming up empty-handed. However, with continuous advancements, specialized devices have been developed for detecting gold, artifacts, and ancient treasures. These devices allow researchers to pinpoint their targets accurately and easily, enabling them to search properly using these advanced gold and metal detectors.
Importance of Devices for Detecting Artifacts and Treasures:
The significance of treasure hunting and detecting buried treasures varies from person to person, depending on each researcher’s goal. Some of the research objectives include:
- Understanding ancient civilizations through the artifacts and treasures buried underground.
- Learning about the habits, lifestyle, and activities of ancient people.
- Describing life in those time periods, allowing us to make the best use of available resources today.
- Studying and researching discovered treasures to gain valuable insights that can help uncover new and useful information in our current time.
- Enriching historical records written by historians with artifacts that enhance the accuracy of discovered information.
- Providing objective insights free from the bias of any historian.
- Pursuing a hobby for those who enjoy searching for ancient treasures and artifacts.
To successfully hunt for treasures, buried treasures, and voids, it is essential to follow modern and advanced methods using devices specifically designed for detecting artifacts and hunting buried treasures.
How to Detect Treasures and Buried Artifacts:
In the past, only archaeologists specialized in this field could discover the location of artifacts and hunt buried treasures through:
- Identifying the archaeological site.
- Surveying the archaeological site.
- Analyzing the survey results to pinpoint the expected location.
- Starting the excavation process using various methods.
- Documenting the discovered artifact.
Today, anyone interested in this field can excavate using advanced and effective devices to detect artifacts and hunt treasures.
The Evolution of Devices for Detecting Artifacts and Treasures:
Stages of Development of Devices for Detecting Artifacts and Treasures:
The Initial Stages of Discovering Devices for Detecting Artifacts and Treasures:
The journey of searching for buried artifacts, treasures, and precious metals began as a hobby and adventure with very primitive methods. However, as researchers became more interested in the physical laws of cosmic paths and the discovery of electromagnetic fields—which are the basis for any excavation device used today—ideas began to evolve to develop this effective tool for our goal.
The journey began with the discovery of electromagnetic induction by Michael Faraday in 1831, which marked a revolution in the world of electromagnetic excavation devices. The first effective detection device was built in 1965 using the BFO (Beat Frequency Oscillator) method. However, this method was still primitive and only useful for shallow areas with large targets.
The BFO phenomenon is defined as using the magnetic field generated by the currents in the search coils.
The Development of Devices for Detecting Artifacts and Metals in the 20th Century:
In the early 20th century, frequency drift became a significant obstacle to the effectiveness of treasure detection devices. Scientists began to research and study the problem, and it was resolved by Charles Garrett, who made design modifications to critical circuits and used high-specification components, thereby achieving stability in this field.
In 1982, the Deep Seeker device became widely used, fulfilling its purpose during that time despite its heavy weight and primitive, complex setup. Experts began conducting experiments to understand how each frequency corresponds with different metals. They discovered that low frequencies favored silver and brass, while high frequencies favored precious gold.
The Stage of Devices for Detecting Artifacts and Treasures in the 21st Century:
In this stage, there was a focus on pulse induction techniques that rely on electromagnetic fields. The design and handle of the devices were improved for user comfort, and clear crystal screens were incorporated, equipped with indicators to help the researcher understand the signals related to what is buried underground.
The market for effective and advanced devices for detecting artifacts and treasures has become very extensive, with devices tailored to the researcher’s specific goal. The best and most efficient device is chosen based on the researcher’s target, depending on the location and type of treasure they are searching for.