Advanced Technology Research Paper

One of devices that Columbus would have loved to have used was a Radar. A Radar is an object-detection system that uses radio waves to determine the range, angle, or velocity

There are many ways that an archeological site can be observed, for example, aerial photography such as satellite pictures can be used. Also when carrying out an excavation on a low budget, which is very common in most cases, a low-flying kite can replace the satellite (Roskams, page 43). More recently the more common availability and use of drones could also be used to get live aerial data from above. Many sites are more apparent from above, and New Kinord is a great example as you can see some of the stone circles clearly, see figure 2 below.

Archaeologists are now able to come together with natives and learn about the past as a team, getting more insight into ceremonials, traditions, sacred ritueals, everyday workings, and lifestyles of native peoples. Respecting the grounds and artifacts of these indigenous people is respecting their heritage- our universal heritage. The unfolding of information allows archaeologists to gain perspective on the people and land before the white

"We will input GPS data, analyze the artifacts to get a sense of what is present at the site and see if we can find patterns, such as a concentration of cockpit materials. We will also catalogue the artifacts and write a report on the findings," said Schwarz.

Now with our modern technology there have been very recent large scale archaeological explorations in hopes of finding the lost city and its treasure. In 2012 a group of scientists who were looking for La Ciudad Blanca used a new type of technology to photograph the ground called LIDAR. The use of LIDAR offered a faster, cheaper, and safer way of searching through the thick rainforests of eastern Honduras rather then having groups of men wander through the rainforests with machetes in search of La Ciudad Blanca. While using LIDAR the scientists were able to gather more data in a week then they would be able to gather while on the ground in a

There are several different kinds of satelite imagery a long the lines of infared, and weather satelites. In regards to satelites, they give a larger area of a feild to be seen. They "provide their value immedietly" (Caldwell 6) by means of having the ability to give back information to the researchers almost immedietly after a sense of information. When finding results when looking for such artifacts as ancient ruins, researchers have the ability to use satelites "about 400 miles above the ground" (Santos 1). As a matter of fact, Infared technology in satelites can "locate objects on the ground less than two feet wide...infared light can also penetrate about a foot below the surface and detect differences in soil"(Santos 2). This advancement in technology allows

Recently, satellite imagery has become relevant to archaeology. The use of infrared satellite imagery has made exploring desert sites much more efficient and much faster. The satellites utilize infrared light to detect variations in density of the ground to map out the topography of the land. Out of the three passages above, satellites are the most advanced technology.

Since the advent of humanity, nature has always proved to provide us with sustenance and opportunities for adventure. Yet, it was not only the lack of funds for urban adventure that drew millions of millennials into the woods. In May of 2000, GPS had a revolutionary improvement. This advancement of the global positioning system allowed users to engage and control selective availability, enabling them to pinpoint their exact location and other select locations. The White House stated that, anyone could use GPS to isolate, "the location of items left behind for later recovery.” Thus, sparking the origin of

Another radar scan is scheduled to take place in a couple of week to take a closer look at the interior of the chambers and give archaeologists an idea of how to proceed with potentially opening them.

Leading corrections technology provider Securus Technologies is helping correctional facilities modernize the way inmates make requests. Through ConnectUs, inmates in jails and prisons automatically make requests digitally, instead of using paper forms. This save guards from having to distribute paper forms, collect them, and then file the forms; tedious paperwork that takes them away from their real job. Knowing Securus Technologies, it's not surprising that ConnectUs has the most features of any inmate self-service platform, including communication and and educational applications. ConnectUs is customizable; correctional facilities can choose what inmates can access. ConnectUs is available on the sPhone inmate terminal hardware, which is

Radio telescopes are similar to optical telescopes however they measure the radio frequency portion of the electromagnetic spectrum rather than the visible portion. We use radio telescopes to study naturally occurring radio wavelength light from stars, galaxies, black holes and other astronomical objects. In order to locate gravitational waves we are looking for oscillations in the images we see, as gravitational waves will bend light such as radio waves in alternating directions.

Researchers and explorers use many different types of technology to efficiently do their jobs. Although all types of technology are helpful, Satellite Archeology is the best. It saves years of mapping, and it's a lot safer then previous methods.

The article, Weather Reconnaissance, the author provides the reader with many tools which had help aid in research and exploration. An example which the author gives is a weather satellite. Weather satellites have been circling the world since the 1960s and showed the amount of help it can do to help exploration. This piece of technology helped save many people's lives. The author states that the meteorologists have used this to track a hurricane which was going to hit the teas coast. They had calculated that the hurricane, Hurricane Carla, would land less than 100 miles west of Galveston. The meteorologists was able to warn over 350,000 residents of the Gulf Coast to evacuate the islands.

Ground Penetrating Radar, some of the time alluded to as GPR, fundamentally permits you to see underground. This cutting edge gadget utilizes high recurrence radar sound waves to delineate the surface beneath the ground. This can be utilized for a huge assortment of purposes and applications and appears to have few points of confinement. It can even work through hard surfaces, for example, cement and shake.

Using remote sensing to monitor United Nations World Historic Sites is key in regions where physical monitoring is not practical, the site is too fragile to endure repeated monitoring events, or extremely dangerous to people. Some sites are located in regions that are remote, in conflict areas, densely covered by tree canopies, or too large to practically cover by other means. Methods being developed or used today are using RADAR to monitor geoglyphs in Peru, LIDAR to map medieval wall city gates in Spain, satellite imagery identifying sites in war-torn Syria, and very-high-resolution aerial imagery to map the canopy tree species in Cambodia. These methods will allow organizations to better monitor the sites without causing undo stress