Top 10 Most Amazing Future Technologies

In this video we will see the top 10 most amazing future technologies in development. They are just prototypes and some of them may never be released but they give us an idea of where the future is heading.

10. Modular Smartphone

9. Solar Roadways

8. Water Powered Car

7. Hoverbike

6. Mind Control Device

5. 3D Printing Food

4. Smart Windows

3. Self Driving Cars

2. Flying Cars

1. Holographic TV

There is no doubt that the technological developments of the last 100 years have been staggering. Not only do we now have reliable electricity and better ways to communicate, but technology also enables us to explore outer space, perform complex medical procedures and even improve the food we eat.

The future of technology is always exciting as it seemsto be almost impossible to predict what will come next. Here are 10 amazing future technologies that are in development right now.

We are living in a world where technology is playing a bigger role with each passing day. We have come a long way from the days of the Model T Ford car and the first electric light bulb. The next decade promises to be even more exciting than those that went before it.

We will see amazing new technologies which will have the potential to change our lives forever. Here are ten of the most exciting technologies that could shape our future.

Scientists and inventors are working on creating future technologies that could change our lives forever. From robots to flying cars, we’ve got you covered!

It’s hard to believe that, in the not so distant future, all of these things will be a part of our daily lives. Check out the videos… I’m sure you’ll be as excited as I am!

1. Flying Cars

Flying cars are no longer just the stuff of science fiction movies or comic books. A number of companies around the world have been developing prototypes, and some actually have flying car models available for sale. The most well-known company is AeroMobil, whose latest prototype is a car/plane hybrid called the Flying Roadster 4.0. The AeroMobil 4.0 is expected to be ready for production in 2017 or 2018. Another example is the PAL-V Liberty by PAL-V Europe NV, which has made several successful test flights and can fly up to about 500 miles with its two occupants at speeds up to 112 mph. It’s expected to be released for sale in 2018.

2. Superfast Computers

In 2017, China is expected to begin construction of what will become the world’s fastest supercomputer, capable of performing more than 100 quadrillion calculations per

1. AFFORDABLE SPACE TRAVEL:

2. QUANTUM COMPUTING:

3. NUCLEAR FUSION:

4. GENE THERAPY:

5. SELF-DRIVING CARS:

6. ARTIFICIAL INTELLIGENCE:

7. ROBOTIC REVOLUTION:

8. 3D PRINTING:

9. MOBILES PHONES – 4G/LTE/5G WIRELESS:

10. HYBRID ELECTRIC CARS

1. Artificial Intelligence (AI)

Artificial Intelligence or AI is a term that refers to the intelligence of machines. It is a field of science that focuses on creating intelligent machines that can think and work like humans. The main objective of AI is to create computer programs that can process information, solve problems, and understand speech. With these capabilities, machines can perform tasks such as learning, planning, problem solving, and more.

Artificial Intelligence has three main branches: narrow AI (or weak AI), general AI (or strong AI), and artificial superintelligence. Narrow AI refers to machines performing tasks as well as human beings or even better than us. In contrast, general AI is when machines can perform any intellectual task just like humans. Artificial intelligence is also evolving rapidly in the area of robotics. Robots are not only getting stronger but also smarter with each passing day.

Artificial intelligence was introduced back in 1956 at a conference at Dartmouth College by John McCarthy. Today, this field has reached its peak and we are witnessing several innovations in artificial intelligence each year. With more research and funding being made available for the development of artificial intelligence, its progress is accelerating rapidly. In fact, with the rapid progress in deep learning techniques, we may soon be able to achieve general

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