The era of quantum computers. Now that Moore’s law has been broken and computer performance improvement has reached its limit, quantum computers based on a new computational principle of quantum shaking are drawing attention. One of Moore’s Law’s three principles of the Internet economy is that the density of microchips doubles every 24 months. Gordon Moore, a researcher at Fairchild, revised the law to 24 months in 1975 in anticipation of doubling the capacity of microchips every 18 months. It is about the speed of microchip development, and the law is that the amount of data that can be stored in a chip increases rapidly.
Quantum computers realize an unimaginable computational speed by simultaneously performing computations of 2n” distances from n bits, using “quantum bits” that can take both forms of 0 and 1 at the same time. There are two types of quantum computers: a “quantum gate method” that can be calculated universally and a “quantum annealing method” that specializes in solving combination optimization problems. The latter is being applied to real-time optimal control such as automatic driving or improvement of machine learning performance. However, it is the electron that has a greater impact on artificial intelligence (Al). The former not only has universality applicable to all AI, but also enables precise simulation of the human brain, which leads to the realization of Al’s ultimate goal, universal intelligence. Unfortunately, electrons can only be done at dozens of quantum bits, and it still takes a considerable amount of time to put them into practical use.
Advanced countries are engaged in a fierce head-to-head fight in the field of AI, but it is quantum computers that hold the key to winning or losing. In other words, users favor countries that have quickly realized quantum computer marks. In fact, AI is moving on a high-speed quantum computer. AI’s program proceeds from machine learning to deep learning (deep reinforcement learning), but if you can produce high-performance quantum computers cheaply and in large quantities, you can come up with a “domestic” deep learning structure. And countries or companies that have completed products for the general market according to the combination of domestic quantum computers and machine learning will dominate the world in the future. In fact, the world’s structure has changed significantly over the past 20 years. With the advent of the world’s common PCs, OS (basic software), and apps, the way they work has changed dramatically, and the business structure has changed with the spread of the Internet. Now, high skills are unnecessary, and what ordinary people want to do on the web is intuitively doing from work to games.The Internet has also changed human culture. When the Internet appeared, some people expected that “newspapers, TVs, movies, and publishing industries may disappear at this rate,” but it is becoming a reality in just 20 years, and they are rapidly disappearing due to the COVID-19 situation from Wuhan, China.
Computers have no corporate monopoly and intellectual industry interests, and in addition, they have created a structure that can be sold directly on the Internet. The distribution economy so far has fundamentally changed. It took 20 years to get here, but AI was much faster and quickly available to everyone around the world. “When new smartphones and apps that can move AI appear, the era of personal quantum computers comes.” Then people don’t have to search as they are now, and they can quickly see what they want based on AI’s judgment. AI becomes a daily life that solves various problems. The world changes dramatically. At this time, the country that takes the lead in the global economy is a country with domestic quantum computers and AI that learns machines at high speed. Whether Korea or Japan will be able to intervene in the competition or remain as an economic powerhouse will be determined.
The Sapiens Warrior, written by world-renowned best-selling writer Noah Halari, says three revolutions have occurred in mankind so far; 1) Recognition Revolution, 2) Agricultural Revolution, and 3) Scientific Revolution. Yuval Noah Halari, a history professor at Jerusalem Hebrew University born in 1976, wrote a book that tells the process of Homo Sapiens dominating the Earth through the three revolutions – from Perception Revolution, Agricultural Revolution to Scientific Revolution – and asks, “How will mankind change in the future?” Contents such as the Perception Revolution, which allows you to create and deliver fiction that doesn’t exist to others, the Agricultural Revolution that grew and settled crops while living by hunting, and the Scientific Revolution that requires new learning of what you don’t know comes as easily as reading novels. Originally, humans started this revolution by delusion, but isn’t the Fourth Revolution, which further advances humanity, accomplished by quantum computers and AI? The completion of personal quantum computers is years away, but Google and Amazon have already started services that allow AI to be used on the web for years. Interested people should start studying right away. It’s the earliest time to think it’s late. It took 20 years to get here, but AI can be used by everyone around the world much faster and in an instant.
As such, in the field of AI, GB Soft (CEO Ki-bum Park) in Korea is making efficiency and achievements in companies and industries through video solutions based on industries. It is already building a solution using AI by managing visitors to the exhibition hall using biometric information at construction sites, supplying software for promotional marketing solutions at duty-free shops, and collecting and analyzing health care videos at industrial sites. Korean companies stand out for their accessibility and compatibility.
▲ GB Soft Co., Ltd.
▲ CEO : Ki-bum Park
▲ http://gb-soft.co.kr
▲ gbsoft@gb-soft.co.kr
▲ +82-53-716-4884
Sam Kim
Asia Journal
