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This is a time of enormous excitement and opportunity for humanity, and these tech trends confirm it. These innovations all have one thing in common: they transform technology from niche to mainstream, opening the door to new eras of human progress, comfort, and happiness. The next ten years will see us introduced to tech that seems like magic yet has become a fundamental part of our lives at the same time. here to learn the Best Technology for the next decade.

Best Technology for the next decade
Best Technology for the next decade

Machine Learning

AI (artificial intelligence) is undergoing a revolution. There is already artificial intelligence, and it is becoming more intelligent by the day. This technology optimizes human thought as the industrial revolution optimized human labour.

AI can master increasingly complex tasks like a human mind by learning from its mistakes. The state of AI thinking is predicted to reach a level of sophistication such that AI can serve on corporate boards by 2026.

IoT

Bright sidewalks, smart clothing, and a vast array of smart appliances and wearables are on the way in the ‘Internet of Things era.

Sensing devices are everywhere, increasing the efficiency of our daily lives. In addition to new tech, which will connect things that have never been “smart,” existing technology, such as smart homes and biohacking devices, will become much more common.

In this space, niche technology will become mainstream, as it has with many other giant leaps in technology coming up in the next decade. Check out the Apple Watch or Nike+ for examples of where this has already happened. Tracking running and walking habits is becoming increasingly popular. It used to be that tech-savvy triathletes were the only ones doing this. 

Read More – How to use technology in your life?

Smart Robotics

It is predicted that robots will embark on tremendous social mobility over the next decade. The introduction of advanced robots to more sophisticated fields will augment and improve human labour after disrupting blue-collar jobs such as auto manufacturing. Several pharmacies have reported decreased pharmacist workloads thanks to robots.

3D Printing

In medicine, 3D printing has already been used to repair a rib cage, one of the most exciting uses for the technology. According to research, approximately $6 billion is projected for the market by 2024.

You only have to ask the recipient of the world’s first 3D printed kidney transplant if you doubt this is the most exciting time in human history.

Increasingly affordable 3D printers can also be found for home use, far beyond the medical field. Customers can print online purchases on the printer based on the product data.

The Basics of How 3D Printing Works

  1. Suppose you have a real object.
  2. You can digitize it with CAD software. Computer-aided drafting is a type of CAD.
  3. Digital layers are added to an object as it is printed. Thick layers are required for complex objects.
  4. Layers of powder are applied to metal objects while printing. The powder is melted together by a laser and solidified.
  5. Extra material is dissolved in a bath following 3D printing.
  6. A finish is applied, such as sanding, painting, or other finishing.

Mobile

As smartphones continue to get smaller and more efficient and more powerful, it is evident that their components will do the same.

Would you be willing to have a phone implanted in you? Experts predict that that will be the norm in the next three or four years. Shortly, we may be able to communicate using brain waves instead of talking via chips implanted in our heads.

The ability to monitor glucose levels, blood pressure and heart function from implants in the head may not be something you want, but it could revolutionize medical care.

Wireless Power

Wireless headphones are likely to replace chargers soon. A radio wave-based power at a distance charging system was approved by the FCC last year, capable of charging devices up to three feet away. The charger will be universal once it goes on sale and allows multiple devices to be charged simultaneously.

In addition, engineers at the University of Washington have developed a phone that does not require recharging. Radio waves and light provide the phone’s power. We could see batteries that absorb carbon dioxide by 2029. There is no doubt that wireless power is mighty, although it may not seem as impressive as AI.

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