There are so many types of technology that it’s hard to keep track of them all, but there are definitely some you may not have heard of before. Below, we’ve rounded up seven different types of technology that don’t get as much attention as others, but are still very useful and important. If you use any of these technologies in your own life, whether at work or at home, you might find that they can improve your life in ways you never thought possible! Read on to learn more about the 7 Types of Technology You Probably Didn't Know Existed!
1) Sensory Substitution
The senses that allow you to process and interpret what's happening around you play a crucial role in how we experience the world. Different types of technologies make it possible for us to experience the world with additional senses, or to make use of other senses in situations where they might not normally be available. These include but are not limited to: Sensory Substitution, Audio-Visual Displays, Kinesthetic Displays, Device Enhancement and Augmentation. Morphing User Interface, Quantum Computing, 5g Network Technology.
Augmented Reality (AR), Virtual Reality (VR), Mixed Reality (MR).
2) Augmented Reality
Augmented Reality overlays computer generated graphics and data on a user's view of the real world. Unlike Virtual Reality, which replaces the surrounding environment with an interactive game or other simulated experience, Augmented Reality uses technology to provide visual information about your environment in such a way that you're still aware of what's going on around you. In addition to information about your environment, AR can be used to provide feedback on something you are doing, called augmented feedback. For example, if you're walking up a hill and slipping back down it every time, augmented reality might keep sliding the incline angle based on where you stand so that it becomes easier for you to walk uphill rather than just being told how steep the slope is by reading numbers on a screen.
3) Virtual Reality
Virtual Reality (VR) is a fast-growing kind of technology. VR can be used to generate realistic computer-generated imagery and sound to simulate virtual, but the user will feel as if he or she is actually inside that created environment. A headset typically delivers this immersion by using stereoscopic displays and movement sensors like those from an Xbox controller, PlayStation console controller, or Oculus Touch controllers. This type of technology has become so popular that there are many different kinds available, including augmented reality and 360° video. With 5g network technology, it’s possible for people in remote locations to have instant access to virtually any information at any time.
4) Artificial Intelligence
Artificial Intelligence (AI) is one type of technology that we are familiar with, but there are many more out there. 5G network technology is being developed to meet the demand for increased data and internet traffic worldwide. The next two generations of AI can be used in dialogue systems and interpreting human language from images. Type AI into the search bar on Wikipedia for a general overview of what it is, the benefits it can provide, as well as some drawbacks associated with its use. Other kinds of technologies include nanotechnology which makes things smaller and simpler; assistive technologies for people with disabilities; even simple microwave ovens! All of these various types of technology play an important role in our everyday lives - they affect how we communicate, work, entertain ourselves and so much more.
5) Quantum Computing
Quantum computing is an emerging technology that's already started to alter the business landscape. Imagine having a machine that performs tasks so quickly it doesn't matter what type of encryption you're using? A quantum computer can easily break through anything we currently have in place to protect ourselves from data theft and corruption. But what exactly is quantum computing?
Quantum computers use the phenomenon of quantum entanglement, which describes how two particles—in this case electrons—become intertwined, even if they're separated by long distances, and changing one will instantaneously change the other particle, no matter where it is in the universe. This phenomenon comes into play when working with all kinds of problems at once.
6) The Blockchain
A relatively new scientific breakthrough that has the potential to save millions of lives is CRISPR gene editing. There are some scientists, such as Jennifer Doudna, who have been using CRISPR to develop a better treatment for AIDS or Ebola. With a 5g network technology and other kinds of technology, it's not just changing the speed at which people connect online; it's impacting how we live our everyday lives, especially in scientific fields like medicine. 5G will also allow for quicker file transfers without having to worry about time delays. The Blockchain: A relatively new scientific breakthrough that has the potential to save millions of lives is CRISPR gene editing. There are some scientists, such as Jennifer Doudna, who have been using CRISPR to develop a better treatment for AIDS or Ebola. With a 5g network technology and other kinds of technology, it's not just changing the speed at which people connect online;
7) CRISPR Gene Editing
CRISPR is a game-changing technique for gene editing. CRISPR stands for Clustered Regularly Interspaced Short Palindromic Repeats, and it's a genome-editing tool derived from the naturally occurring process used by bacteria to defend themselves against viruses. CRISPR/Cas9 has two components: the Cas9 enzyme and a short RNA strand called CRISPR RNA (crRNA). The crRNA directs Cas9 to the targeted DNA sequence in order to cleave and disrupt it. The guide RNA functions as a GPS navigation system, allowing the scalpel of Cas9 to cut where needed without touching anything else. We think that when you design your gRNAs correctly, you can very specifically target what part of the genome you want to edit, says Konrad Karczewski, an associate professor at Harvard Medical School who studies CRISPR technology.
CRISPR holds tremendous promise for modifying plants and animals. Beyond potential uses in human reproduction, one example would be correcting faulty genes that cause blindness or heart disease. If this is really successful there will be opportunities across all fields, says Surya Maliakal