Top 10 Revolutionary Technological Breakthroughs Changing Human Life in the Future

In the amazing breakthrough of creating robots to serve industrial production and daily life, it's no surprise to see robots replacing humans in jobs such as: service personnel, factory workers, house helpers, and more. This trend is expected to expand even further in the near future, with projections suggesting that 47% of jobs not requiring complex intellectual factors like communication skills, creative thinking, perception, and control will be mechanized by robots.

Especially in the field of medicine, to reduce work pressure and the risk of prolonged exposure to hazardous chemicals for pharmacists, experts believe that the use of robotic pharmacists will be inevitable in the future. Currently, at the pharmaceutical department of the University of California, USA, a robotic pharmacist is undergoing a 'trial period' with the task of handling 85% of a hospital's prescriptions, including tasks like: searching for medications, labeling, pouring medications into containers, packaging, and sending them out. And this versatile robot is continuously being upgraded to become even more proficient to handle many other complex tasks in the near future. Therefore, we can rightfully believe that the replacement of humans by robotic pharmacists in the medical industry is a highly probable event.

First appearing in Italy in 1260, eyeglasses have been a familiar accessory in human life for over 9 centuries. Used primarily for 3 main purposes: dust protection, vision assistance, and fashion, it's fair to say that our eyewear has been stuck in a rut with fixed functionalities over time. However, with the rapid development of virtual reality technology, around 10% of Internet-connected eyewear is expected to emerge by approximately 2023.

By then, this familiar eyepiece will have the added function of accessing the Internet through special eye-tracking systems without the need for manual control. Thus, eyeglasses promise to be a super modern and convenient tool for humans to access applications for learning, work, and entertainment anytime, anywhere. Will this fantastic product truly materialize in the future?

In general definition, 3D technology comprises techniques that simulate what we see and hear from the surrounding environment by creating 'three-dimensional illusions' present in human sight and hearing. We're currently enjoying the benefits of this technology through creations like: 3D movies, 3D images, 3D sound, and more... Does 3D printing bear any resemblance to the above definition? The unique aspect of 3D printing is that we're no longer simulating illusions but rather creating tangible products that can be felt through touch and observed in reality. Put more plainly, 3D printing technology is the method of rapid prototyping, capable of producing a finished product in 3 to 72 hours, saving much time compared to traditional manufacturing methods used in factories for a long time. Moreover, the outstanding advantage of this technology is precisely creating the most detailed parts from the inside out for the product, something that traditional methods have not been able to achieve. With the rapid development of 3D printing in recent years, experts predict that by 2022, the first machine made from 3D printing technology will be unveiled to the public.

Most recently, Audi announced a project to manufacture cars using this layer-by-layer printing method. Therefore, it's highly likely that in the next 10 years, this advanced technology will become widespread in industrial manufacturing activities in developed countries around the world. Let's wait and see.

Thanks to the marvelous technique of 3D printing technology advancing each day, medical researchers are applying this cutting-edge technology in the fight against diseases, contributing to improving human health and prolonging lifespan.

Particularly, a significant role of 3D printing in anatomy is that one day in the future, body parts could be manufactured from this 3D printing process, increasing the chances of recovering from severe diseases that currently require organ transplants. Predicted by 2024, the first '3D-printed' liver transplant surgery will be performed, offering patients in need of organ transplants a very high chance of survival from this groundbreaking technology. Looking forward to witnessing the success of 3D bio-printing in the global medical field in the near future.

Due to their compact design and portability, smartphones are poised to surpass personal computers in the future. Moreover, the data usage on smartphones is skyrocketing, far exceeding that of computers and continuing to rise every day.

Currently, many phone manufacturers are researching and introducing various models of smartphones with powerful configurations, capable of performing multiple roles like a mini laptop. With this strong trend, technology experts predict that by 2023, about 90% of the global population will be using pocket-sized 'supercomputers' - essentially smartphones with configurations identical to today's computers, and even more advanced functionalities.

All the greatest breakthroughs of humanity in the future must mention the immensely influential role of a cutting-edge technology - artificial intelligence AI, a collection of artificial systems capable of assuming human roles in daily activities with the sophisticated control of the smartest supercomputers.

It is predicted that by 2026, artificial intelligence AI will join the board of directors of companies through highly advanced automation programs to analyze and process data in business operations. Additionally, AI can make decisions based on available data from past business experiences, thereby helping to limit the influence of personal emotions in significant tasks.

With the participation of artificial intelligence, common activities such as envelope lubrication, unwritten rules, cocktail parties,... may no longer have frequent appearances in business operations. If this scenario unfolds, humans could be at risk of being completely replaced by this real-life imagined intelligence. Let's eagerly await this hot event in the upcoming years.

The idea of ​​implanting tiny chips into the human body seemed to only exist in supernatural science fiction movies, but in reality, there have been many experiments in this field taking place in scientifically advanced countries around the world. Recently, the US-based company CityWatcher.com conducted experiments implanting silicon electronic chips the size of a grain of rice into the bodies of two volunteers. The function of this chip is similar to an electronic card to control the movement of employees. This is just one typical example of applying electronic technology to the human body. In fact, this technology has been developed and tested many times from World War II to the present.

Following this principle, by 2024, experts predict the first implanted phone will be applied to the human body, acting as a medical device to help doctors monitor and control the patient's health condition most comprehensively and accurately. Especially, those who own implanted phones can still communicate with each other through sound and... the power of the spirit. Will this technology truly succeed? Let's wait and see this surprising event in the next 10 years.

With the aim of restoring normalcy to American veterans, DARPA (Defense Advanced Research Projects Agency) has successfully developed the mind-controlled bionic arm - an extraordinary and invaluable tool for war veterans who have lost their arms in combat. Utilizing advanced technology incorporating sensory elements designed within the artificial limb to transmit signals to the user's brain, this bionic arm functions similarly to a real flesh-and-bone arm.

Users can manipulate their fingers and perceive tactile sensations when touching objects around them through various sensations controlled by the brain. Yes, with this miraculous invention, it is hoped that in the not-so-distant future, mind-controlled bionic arms will become more widespread worldwide, contributing to providing a fulfilling life for people with disabilities or those who have lost limbs due to accidents and serious illnesses.

Aircraft today have become an indispensable mode of transportation in modern life, facilitating the fastest connections between geographical distances around the globe in the current transportation system. Not stopping there, Reaction Engine, a British aerospace agency, is researching to develop an aircraft capable of circling the globe in 4 hours and venturing into space.

According to the explanation from Chief Engineer Alan Bond, the principle behind this innovation is the Sarbe engine - a power plant with extremely high operating power, surpassing current engines. According to Reaction Engine, there are two types of aircraft to be built from this new principle: LAPCAT A2 - a commercial aircraft for passenger transport and SKYLON - an unmanned aircraft aimed at space exploration.