Skip to main content

Quartz Coin Can Store 360 TB of Data Forever!!

Hello there!

All of those important files you have can now be stored for essentially forever. New developments in the technology of digitally based laser memory made by researchers at Southampton University in the UK have enabled information to be stored for 14 billion years!! To put this into perspective, it is estimated that the universe it 12.5 billion years old; the memory will last practically forever.
Using a process similar to laser engraving, seen below, 360 Terabytes of data can now be stored on a quartz disk the size of a small coin. Not only can it store data forever, it is stable up to temperatures of 160°C.
The laser machine utilizes femtosecond pulses to write data to the coin in a 3D configuration. This multi-dimensional storage is being dubbed 5D memory technology. These 5 dimensions are made up of the 3 spacial directions as well as 2 additional dimensions encoded from polarity and intensity of the dot.
Beings distant in the future from now would be able to see the history and technological advancement of the present age. In addition, we no longer have to worry about losing important intellectual data which occurred in the past with the falling of countries and empires.
“It is thrilling to think that we have created the technology to preserve documents and information and store it in space for future generations” ~ Professor Peter Kazansky, ORC
Excitement about the future possibilities regarding memory storage surrounds this announcement. Technology will no longer be limited by the amount of data that can be fit into certain sized spaces. Not to mention, never having to worry about running out of storage space or losing memory ever again! So its now up to you to decide what to store in these coins!
                                                             M Navneeth Krishna
                                                             @mnavneeth

Comments

Post a Comment

Popular posts from this blog

Polonium-210, the most lethal chemical element known to man!

Hello there! To those unfamiliar with the bad boys of the periodic table, imagine Polonium as the worst bad guy. In fact he would most likely be the gang leader, considering it  takes less than a microgram of this substance  to constitute a fatal dose. To help you better image exactly how much a microgram is, it is about no larger than a spec of dust. But what exactly makes Polonium so deadly, that even a microgram could take out a healthy human being? Let us back track a bit. Polonium 210 was first discovered as a radioactive chemical element (atomic number 84) in 1898 by Marie Curie. She found it in a source of Uranium and it takes the form of a solid metal with a silver color. Later winning a Nobel Prize in Chemistry for her discovery, she also a found another element, radium. They first saw the effects of how dangerous this element was after a lab accident exposed her own daughter to a fatal amount, evoking leukemia, which lead to her dea...

How to choose a DSLR:

Hello there, I have recently been writing only about reviews and I had an idea what if I write a blog on how to choose a DSLR for beginners. Most of my friends have the interest in photography but fail to choose which camera to go for. Some people at the end choose the camera which they are not satisfied of later. In order to solve such problems, I have come up with this blog, so that each one of us can decide what to go for. There are many aspects to be considered while choosing a camera. It completely depends upon what you are going to do with it and how much you are using it and on what occasions. Usually DSLRs are a bit expensive when compared to other cameras. I'd like to mention some of the aspects one has to consider while choosing them. What is your budget?: When buying a DSLR especially, the first thing you need to do is fix a definite budget. It can act as a barrier for your thinking and you will not decide to look at the more expensive ones. In the market...

LaserPipe – The snake robot that crawls through pipes and makes welding look easy

Hello there! LaserPipe  is a snake robot that can crawl inside pipes and fix faults in very remote locations. Fixing holes that happen to be located within pipes can prove to be a challenge for even the most experienced welders. This generally is due to the fact that movement is restricted based on the nature of the pipe and the location of the fault. Perhaps the welder’s hand cannot fit into the pipe, or the pipe is located in a very inaccessible location. Given this problem, LaserPipe is an idea that was developed in a collaboration between OCRobotics and TWI Ltd with the aim of eliminating the need for a human to physically weld a fault that is located within a pipe. Unsurprisingly, the attention went to robots. Robots are very efficient when designed properly, but it can be tricky to come up with a robot that can travel within tubes and perform repairs as it goes. Thanks to snake-arm robotics, that challenge can be overcome very easily. The robot moves lik...