Microchips Analysis
Devices, Devices, Microchips? Many people have a device that they keep important information on. If they should ever lose it and can’t get another one when they need it, what would they do? Microchips might be the answer to this problem. Microchips are being improved by a few companies. In the future, companies may invest millions to start making microchips. Microchips are already expensive and most companies won’t spend much money to make microchips currently.
Intel is one of the few companies that make microchips. They will not be described that way for long though. A microchip is a small chip in a computer that controls simple things. Most people in the marketing business want to make money. …show more content…
Holograms were created in the year of 1962 by a man named Dennis Gabor. He won the Nobel Prize in physics. Gabor was trying to improve the electron microscope but he could not get a clear picture. He then thought he could take an unclear picture that had all of the information. Holograms have always been 3 dimensional pictures. On Easter of 1947 Gabor thought of an answer. He thought he could use coherent light to create a picture. Coherent light is light that has the same density and it is one color. He considered the hologram a two-step process. Both of the part are related to …show more content…
The main difference would be the size of the microchip. The size of a microchip is significantly smaller than the size of a smartphone. A regular microchip would need lots of developing before it would be capable of these traits. It would need extra time so pictures, smart assistants, and audio would work. Microchips have been in devices but have not been the device.
For a microchip to be a safe place for your information, it would need to have virus protection installed. It would need to be very strong to keep viruses and hackers out. It would be hard to get a microchip out so it could be repaired. But if this virus protection is going to be so strong, microchips could only be sold to certain people. People who have a criminal record should NOT be entrusted with a microchip. Human skin is NOT transparent so the microchip would need to be in a certain depth of the skin.
Protection should be installed automatically. Viruses would eventually figure out how to overcome older protection systems. If they just so happen to come along someone that has old protection, the information is out! As mentioned earlier silicon is a problem. The most common hazards would most likely be: electrocuted
Intel is one of the few companies that make microchips. They will not be described that way for long though. A microchip is a small chip in a computer that controls simple things. Most people in the marketing business want to make money. …show more content…
Holograms were created in the year of 1962 by a man named Dennis Gabor. He won the Nobel Prize in physics. Gabor was trying to improve the electron microscope but he could not get a clear picture. He then thought he could take an unclear picture that had all of the information. Holograms have always been 3 dimensional pictures. On Easter of 1947 Gabor thought of an answer. He thought he could use coherent light to create a picture. Coherent light is light that has the same density and it is one color. He considered the hologram a two-step process. Both of the part are related to …show more content…
The main difference would be the size of the microchip. The size of a microchip is significantly smaller than the size of a smartphone. A regular microchip would need lots of developing before it would be capable of these traits. It would need extra time so pictures, smart assistants, and audio would work. Microchips have been in devices but have not been the device.
For a microchip to be a safe place for your information, it would need to have virus protection installed. It would need to be very strong to keep viruses and hackers out. It would be hard to get a microchip out so it could be repaired. But if this virus protection is going to be so strong, microchips could only be sold to certain people. People who have a criminal record should NOT be entrusted with a microchip. Human skin is NOT transparent so the microchip would need to be in a certain depth of the skin.
Protection should be installed automatically. Viruses would eventually figure out how to overcome older protection systems. If they just so happen to come along someone that has old protection, the information is out! As mentioned earlier silicon is a problem. The most common hazards would most likely be: electrocuted