The Grand Arcanist Who Can Travel Through American Comics

Pym particle technology is the most mature, practical and operable nanotechnology in the world today.

We know that nanotechnology is the science and technology of manufacturing and utilizing materials at the atomic and molecular scale, and studies the properties and applications of materials with structural dimensions in the range of 1 to 100 nanometers.

It is a comprehensive and cutting-edge science that is the basis of today's advanced theoretical physics such as chaos physics, quantum mechanics, mesoscopic physics, molecular biology, and modern technologies including computer technology, microelectronics, scanning tunneling microscopy technology, and nuclear analysis technology. It is the product of a series of scientific combinations, and the development of nanoscience and technology will lead to a series of new science and technologies, such as: nanophysics, nanobiology, nanochemistry, nanoelectronics, nanoprocessing technology and nanometrology, etc.

It can be said to be the most expansionary science in the new century.

The Iron Man suit technology of Tony Stark, which we are familiar with, contains a lot of nanotechnology. The most important and critical one is the Ark reactor energy, which is a typical nanotechnology product.

Among all these technologies, Pym particles are the only truly most operational nanotechnology in the world today. The emergence of Dr. Hank Pym's Pym particle technology can be said to have pushed the entire nanotechnology to a whole new level.

It represents the future.

Therefore, this is why Lao Pim has always valued this technology so much. It is different from all other technological development directions in the world today, and it has huge development potential.

To put it bluntly, if Pym particle technology matures in the future, human civilization will definitely be able to take off in a real way.

Just like before, Pim Technology Group's largest source of external profits, what do you think it was, was precision manufacturing.

It can be said that more than two-thirds of the high-precision manufacturing industries in the world today are related to PIM Technology Group, including integrated circuits, electronics, aerospace, and precision machinery manufacturing. Almost all ultra-precision manufacturing industries require PIM Technology Group. The snort of the Tom Group.

Why? Because many times, only Pym particle technology can achieve the accuracy required in these industries. For nano-level processing, Pym particle technology is undoubtedly much more convenient than photolithography machines. If scanning tunneling microscope and photolithography machine technology represent the commonly used technologies in today's nano-processing and manufacturing technology, then Pym particle technology Particle technology occupies the crown of these top processing and manufacturing technologies.

It is necessary for the upstream of many industries, and only Pim Technology can provide the manufacturing of the most advanced nano-industrial machine.

These technologies are directly related to the costs of downstream industrial manufacturing.

Every update of Pim Technology's technology leads the trend of nano-level ultra-precision manufacturing technology.

So in fact, the technologies mastered by Pim Technology have also allowed it to remain dominant in the upstream field of the entire high-tech manufacturing industry, determining the fate of downstream manufacturers. For example, Intel, Samsung, TSMC and so on.

Therefore, the development and prosperity of the computer and information industry in the United States in the last few decades of the last century is largely related to Pim Technology Group. In this regard, no one can compete with Pim Group.

This is why people often compare Pym Technology Group to Stark Industries, the company founded by the Starks.

And this is just one of the application areas of Pym particle microscopic processing and manufacturing technology.

The field of nanomedicine based on nanobiology and nanochemistry, which will have broader application fields in the future, has not yet begun to be promoted and popularized on a large scale. Nanorobots, nanometals, liquid metal, these are the next technological points in the Pym technology tree that are ready to go and are almost within reach. These are not difficult for Pym particle technology.

It is conceivable that Dr. Pym's Pym particle technology has a bright future.

It was only after Arthur studied in depth that he understood what these meant.

It was only now that he understood how important Pym Technology, the layout he had inadvertently arranged, was to the future of the earth.

He just picked up a big watermelon.

But this is not the main reason why he has worked so hard to learn Pym technology during this period.