Smart homes
Google Nest, Amazon Alexa can already adjust the parameters of some objects according to the specified parameters. Modern "smart" houses not only understand the human voice, but also save energy, ensure security and monitor the health of residents.
6. 5G networks
This technology increases data transfer speed and internet connection quality. In the future, it will allow unmanned cars and aircraft to connect to the internet, as well as expand the capabilities of the Internet of Things.
7. "Constellation" of satellites
SpaceX plans to launch 12,000 satellites to create a planet-wide internet coverage. OneWeb plans to have 600 satellites by 2022, and Amazon is preparing to launch 3,236 low-orbit satellites. But there's a problem: deploying so many objects creates obstacles for astronomers and other services.
8. Unmanned transport
There are five levels of autonomous driving, from “no automation” to “full automation.” Tesla cars are currently at levels 3 and 4. We could potentially reach level 5 by 2025.
9. Quantum computing
Quantum computers are theoretically much faster and more efficient than conventional ones, but they can allow information to be lost. The technology could lead to breakthroughs in drug development and will be useful for pharmaceutical companies.
10. Genetic predictions
The aforementioned computing power could be used to analyze a person's genome and predict their chances of developing various diseases, such as heart disease or breast cancer. This could also lead to the rise of personalized medicine.
11. CRISPR genome editing tool
CRISPR (Clustered Regularly Interspaced Short Palindromic saudi arabia number data Repeats) allows researchers to easily alter DNA sequences and change gene function. As a result, it is possible to correct genetic defects, treat diseases, and prevent their spread.
12. Bionic technologies
Some problems can also be solved with the help of robotics. More and more advanced tools are emerging to expand human capabilities, often in the form of bionic limbs. In the future, we will not only have prosthetics, but also vision devices.
13. Graphene
Graphene is a byproduct of graphite: a thin, strong, flexible material that conducts electricity. It could be used in portable electronics and space travel, where resistance and weight are key components. It's been talked about for a long time, but it's still a long way from being widely used. Most of our technology is currently based on silicon, and it has yet to be superseded.
14. Peripheral computing
The vast majority of data for connected devices is now processed in the cloud. But sometimes it can take too long. Smart things are becoming more and more powerful.
15. Microchips and biochips
Currently, microchips are mainly planned for medical purposes. In the future, they could save us from having to carry a wallet. Elon Musk believes that chips will send music directly to the brain and allow us to compete with artificial intelligence.