logo

FX.co ★ Three revolutionary technologies that can drastically change world

Three revolutionary technologies that can drastically change world

New technologies, turning from fantasy into reality, can significantly change our life. Experts consider genome editing, new computational architecture, and materials science as such turning points. These technologies are just beginning to master the market. Experts do not exclude that these discoveries will change our world beyond recognition.

Three revolutionary technologies that can drastically change world

Our world is constantly changing, evolving and improving. New technologies are steadily conquering our lives. Over time, it turns out that humanity can not imagine life without them. Among these technologies, scientists mark out three innovations that can radically change our lives.

Three revolutionary technologies that can drastically change world

Genome editing (Crispr technology)

The first genome editing developments started in 2012. A phenomenon was found in microbiology, a strange DNA sequence in bacteria. A detailed study of this feature, called Crispr, revealed that DNA elements can be used as a powerful tool for editing genes. In health care, Crispr technology can be used to treat diseases such as cancer, multiple sclerosis, and others. Innovation is in the process of clinical trials.

Three revolutionary technologies that can drastically change world

Post-digital computing (Quantum and Neuromorphic)

Over the past few decades, we’ve been in the midst of a digital revolution. During it, two innovations appeared - quantum and neuromorphic calculations. The essence of quantum computing is in the use of subatomic effects to create an almost unlimited computing space. They are suitable for stimulating physical and biological systems. Neuromorphic calculations mimic the design of the human brain. They are ideal for complex calculations and far superior to traditional processors.

Three revolutionary technologies that can drastically change world

Innovative materials science

Currently, manufacturers need new materials to create more advanced products. Previously, their development has been a slow and expensive process. Now powerful simulation techniques, combined with increased computing power and machine learning, are enabling researchers to automate much of the discovery process. This vastly accelerates the development of new materials, in some cases by a factor of more than a hundred. According to experts, the effect of breakthrough technologies in the field of materials will be impressive.

Go to the articles list Open trading account