The Technology of the future

technology for a better life

Nowadays, many technologies make us more comfortable, and what we want to know is what Technology will happen in the future; what will it be?

The Technology of the future changes our world

Mobile Network 5G/6G

Mobile Network 5G/6G 

technology, future world, change, well-being, advance, innovation, development, efficiency, benefit

The current 4G system can achieve a maximum data transmission speed of about 50 times that of 3G; for 5G, the entire data transmission speed will be 20 times that of 4G. It can be used even when moving as fast as 500 km/h. It can transmit data per area 100 times more, so 5G will be a platform (Platform) that connects other technologies. Such as AI, Big Data, Cloud and IoT, etc.

I am making it able to support driverless car systems and new service forms. For example, selling using AR/VR can help connect vehicles to traffic control systems. Including telemedicine services. Or even remote surgery via the Internet.

Quantum Computing & Engineering

Quantum Computing & Engineering

technology, future world, change, well-being, advance, innovation, development, efficiency, benefit

Quantum technologies will play a role in making our imaginary images possible; for example, computers can be improved thousands of times. They can decode billions of long-lived DNA, modeling them to discover new drugs. They are precisely applied to the patient. They can be used to quickly diagnose diseases in medicine without waiting several days for lab results.

Other high-tech devices are also being built, such as chips for atomic clocks, which are used to calibrate universal time with great accuracy. To nanosecond level (nanosecond) Support for trading in the banking system or stock market orders with a volume of up to 100 million orders per second.

Future AI

The artificial intelligence system of the future or Future Artificial

The artificial intelligence system of the future or Future Artificial Intelligence will have the heart or brain of the system, including
Machine learning technology or machine learning with a neural network called Deep Neural Network is created by mimicking a network of neurons in the human brain. Enhanced AI capabilities

make the cyber-physical system (Cyber-Physical System) that transmits information between the Internet and the physical world more efficient, such as self-driving cars. AI processes and controls are driving in a fraction of a second with efficiency and safety that more, But it may cause many drivers to lose their jobs. By 2030, AI is predicted to lose 400-800 million jobs, creating equally new jobs but a completely different skill.

Seamless travel (Mobility-as-a-Service, Maas)

Seamless travel (Mobility-as-a-Service, Maas)

Mobility-as-a-Service or Maas is the exponential growth of this technology today. For example, two of the largest mass service providers are US Users and China’s DiDi. Two thousand seventeen data show that Tee is valued at around $56 billion. At the same time, the User is more than $62 billion. Interestingly, Teeth has grown by leaps and bounds from the 2016 takeover of User in China.

Nowadays, besides taking passengers to their destination, there are delivery services such as GrabFood and Line Man, which are very popular in Thailand. The research institute of BIS Research estimates that shortly Mass market will be growing at an accelerated pace. The critical factor is The ability to build a vehicle service platform and provide on-demand services, including appropriate government support.

Perovskite Solar Cell

Perovskite Solar Cell

Perovskite solar cells It has a crystal structure similar to calcium titanium oxide (CaTiO3) or perovskite. That absorbs light and
converts sunlight into electricity well. It can also be molded in a solution identical to printing ink. To be printed on film or various surfaces. The production cost is low, with 30-50% silicon solar cells.

In the next 5-6 years, the solar cell market is expected to grow to $140 billion. And with this
type of cell’s advantages, it is lightweight and bends without damage. For Thailand, NSTDA researchers developed both the material structure for electron transmission. Waterproof and heat-reflective coating, Including setting a thin film coating process to increase the efficiency and stability of this solar cell.

Next-Generation Lithium Ion Batteries

Next-Generation Lithium Ion Batteries

technology, future world, change, well-being, advance, innovation, development, efficiency, benefit

In 2018, the market value of lithium-ion batteries for electric vehicles and other electronics at $36 billion, growing 13% annually, with China being the largest producer. Even without a full-featured battery But there are many exciting batteries, such as

Solid-state Lithium Ion battery with twice the power capacity and more excellent safety.– Lithium-Sulfur battery (Lithium-sulfur) that people turn to each other. Because the capacity of energy is 2-4 times more than lithium-ion but cheaper.– Lithium-Air battery (Lithium-air) capacity of up to 10-100 times more energy.

In this regard, MTEC NSTDA has researched new materials. And cell-forming design in solid-state Lithium Ion and Lithium-air batteries emphasizes efficiency. Increase service life and reduce cost

The exoskeleton

The exoskeleton (Exoskeleton)

technology, future world, change, well-being, advance, innovation, development, efficiency, benefit

It is a technology that allows human beings to have extra strength. And also prevent some harm to the body, which uses the
Exoskeleton to increase the ability to perform various missions, military use, rescue, training aids, and athletic performance. And in medicine, it accelerates the process of rehabilitation of the patient’s body. It can also improve the quality of life of people with
disabilities or the elderly.

Examples already in use at the industrial level are:– Esko Bionics EskoVest kits in Ford assembly plants worldwide– The Noonee Chairless Chair is a wearable device that attaches to the User’s waist, legs, and feet that can be unfolded into a chair. Which has been used in more than 350 pieces

Microbial Multi-functional Fiber

Microbial Multi-functional Fiber

Several types of microorganisms can form cellulose. Examples of cellulose-producing microorganisms include Acetobacter and Agrobacteria. These microorganisms can use cellulose in many ways. Both a food precursors such as added to coconut jelly, tofu, ice cream, or agricultural protein. But unlike plant cellulose, it is easier to purify, stronger, more easily molded, and holds water well.

Medically, Mannitol can be converted to sugar when it undergoes another process.

Technology for a Better Life

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Arisara Phawasin Founder of the website techforbetterlife.com, Reach the top with me by technology

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