Skip to main content

Computer Technology Based on Molecular Biology

Computer Technology Based on Molecular Biology

Author: Samuel Bryant

In about ten years, computer technology as we know it will stop advancing. Computer chips will not be able to get any smaller or any faster. That is when computer technology based on molecules will take over. From what I have seen in the last ten years, computers in 100 years will be whatever our imaginations can come up with. That could be good, but that could also be very bad. Given the capacity of the imagination, I am very concerned about what will happen because of technology.



The egotistic condition of being human is something that needs to be taken into account when debating for or against the advancement of technology. One trait people have that helps them survive is their self-centered outlook which extends to the outer limits of the universe. With the birth of Homo sapiens came intelligence and egotism great enough to threaten the equilibrium of the planet. People like to form nature around their lives, not the other way around. The human race is literally in a fight with nature.



One very strong instinct people have is to not die. In 100 years people will be having a debate on whether or not it is ethical to digitize our minds in order to live forever. I hope I am wrong, but I believe that if given enough time, we will be able to create some sort of an eternity. As we become more like computers and computers become more like us there will be a new species of life. We will have created life—computers with feelings and thoughts. In the future it will be easy to forget the implications of the advancements of technology because information will be more desirable than knowledge.



People will be able to have digital children that will never be in physical form and will never wear out or die. The children of the future will have “gods” for parents. The kids’ eternal life will depend on whether or not the parents grant it. This new world (or worlds) will inhabit people that are not conditioned by earth’s way of evolution where parents care for their kids because of a specie’s need to procreate in order to survive. The evolution of computers (or the people inside of them) will be shaped only by gaining comprehension of ways to “delete” others in order to survive forever.



Some serious contemplating needs to be done on this issue. One human flaw that may kill us in the end is the fact that we are too smart for our own good and yet too dumb to realize it. But, if we believe that our only flaw is in not advancing, then denial will be what ultimately kills us. If we are to survive we will need to understand that we do not understand and accept some things as they are.



Please visit www.fonebuy.com, www.heavyscale.com, and www.sport-motors.com

About the Author:

Article Source: ArticlesBase.com - Computer Technology Based on Molecular Biology

Labels

Labels:

Popular posts from this blog

Tips For Improving Your Site’s Search Engine Positioning

Tips For Improving Your Site’s Search Engine Positioning Almost all webmasters or website owners are looking for ways to get better results from their websites. They wish to improve their site’s standing and get better rankings in search engines. This quest for improved results, known as s earch engine positioning , can be satisfied by following a few basic procedures. Before you even begin, you have to realize that you are competing against hundreds, and in some categories, thousands of websites offering similar products and services. In the case of affiliate marketing, many of the competing websites may even be identical! If you want to get the edge over these competitors and improve your search engine positioning you have to fine-tune your website and actively work to make it better. 1. Make Sure that your design is search engine friendly: Your design may look good to your eyes, but it may also be the cause of you present difficulties and poor search engine positioni...
Read more

A Concise Guide To MICR And Associated Technologies

Magnetic Ink Character Recognition (MICR) was developed to utilize the benefits of computer technology in the banking industry. Prior to the use of a MICR line, check sorting by account number was a manual process. Two systems were previously used to handle the large numbers of checks processed in the banking industry: Sort-A-Matic and Top Tab Key Sort. The Sort-A-Matic system included 100 metal or leather dividers numbered 00 through 99. Each check was placed in the corresponding divider by the first two numbers of the account. The sorting process was then repeated for the next two digits of the account number, and so on. When the process was complete, the checks were grouped by account number. Under the Top Tab Key Sort system, small holes punched at the top of the checks indicated the digits. For instance, the first hole indicated the value of the first digits (0, 1, 2, 3...) A metal "key" was inserted through the holes to separate all of the checks with the same value ...
Read more

What is Barcode

What is Barcode Barcodes encode numeric or textual information in a printable, machine-readable form. The use of barcodes can significantly reduce cost of warehouse management and inventory. Two main forms of barcodes exist today: Linear or normal barcodes encode data over a horizontal stretch of space or one dimension. This kind of barcode typically encodes between four and forty digits or characters. So called area codes encode data in two dimensions, resulting in much higher density which allows for up to three thousand characters to be encoded. Most linear barcode types will only encode numbers or digits. Two notable exceptions are Code 39 and Code 128 which can also encode alphanumeric characters like letters. Two dimensional area codes usually encode numbers, letters and special characters. The most common linear barcode type is Code EAN which is used to encode article numbers in retail. It's used throughout the world with the notable exception of the USA which uses a...
Read more