Invisible Nano-robot: can change human life

In a truly epic field of science and technology, December 29 news, no innovation is more shocking than the appearance of a nano-robot. Scientists are working on a micro-robot that is finer than human hair, designed to perform a series of operations on atoms and cellular structures at a molecular level where humans cannot operate.

As long as programmers enter the entire process of coding into nano-robots, they can easily transfer in the human body, and repair at the existing level is difficult to repair the smallest cells. As a part of more than millions of micro-machines, the nano-robot is mainly used for rapid construction at the ultra fine level and for the cure of latent pathology.

Since the scientific community formally developed and named such miniature robots, we humans have been able to do things that only God could have done years ago.

Millions of microscopic machines will be merged to deconstruct themselves through human molecular structures. This alone is enough to make Prince Charles (Prince Charles) and Ilommasc (Elon Musk: The creative frontier of millionaires, CEOs, real-life Iron Man) horrified.

So, is the nano-robot to destroy or to save our human beings? In fact, this cutting-edge technology is still in the experimental development stage, but not applied to clinical diagnosis. However, this technology is regarded as a very valuable material in many sci-fi movies. One of the most representative is the 1987 film "Marvel Dachi" (Inner space), the actor Denisquid (Dennis Quaid) volunteered to take part in a trial, shrinking itself through nanotechnology, and then driving an experimental module that was reduced to a drop size into a rabbit body, The final mistake into the human blood vessels.

Medical

The application of nanotechnology in medical field has an important prospect of changing human life. Both medical researchers and potential patients rejoiced at the revolutionary discovery. Researchers have shown that the development of nano-robots has never been interrupted, and they are expected to be implanted in the human body and to eliminate pathogens and operate on single cells in artificial intelligence. This is similar to the principle of chemotherapy, where the reagent for cancer treatment can be attached to a nano-robot to enter cancerous tissue, using nanoparticles to search for and eliminate cancer cells in a way that does not damage the healthy surrounding tissue.

If the nano robot can repair and maintain the human immune system in the future, we will probably never get sick again. It allows 24 hours of uninterrupted monitoring in the body, the assessment of disease levels, and the adoption of necessary measures such as drug delivery. For example, when a cold virus is detected, the nano-robot can actively break the atomic structure on the molecular layer of the virus, thus inhibiting the further development of the disease. As a result, potential patients do not have symptoms such as sneezing or coughing.

How drugs are able to reach the target area directly and quickly in the human body has plagued medical workers who expect the advent of nano-robots to bring the long-awaited answer. DARPA, the US Department of Defense Advanced Research Program, is working on an in-Vivo nanoplatform (body nano-carrier platform) project to help American soldiers diagnose and treat many diseases quickly. The move could reduce the demand for front-line health care workers, because nano-robots that carry drugs can exist within each individual and achieve autonomous transfer.

In addition, nano-robots can also be used in intracranial surgery. Because of the complexity and fineness of the capillaries in the brain, the operation of the nano-robot at the micron level can reduce the risk of surgery to some extent.

Human 2.0

The value of nanotechnology is not just the end of all diseases. Scientists and would-be theologians are already exploring how to apply it to the advancement of human physiology.

Robert Freitas, a pioneer of nanotechnology, has devised a respirocyte-Freitas nano-robot that can carry 9 billion of oxygen molecules and carbon dioxide molecules, 200 times times the size of the general red blood cells. The invention allows humans to sprint for a full 15 minutes while running, without feeling tired. This level of oxygen supply also equates to the ability of humans to hold their breath in water for hours at a time.

Just as muscle tissue is split and reorganized by nano-robots to provide human super endurance and strength, myopia and teeth can also be corrected and improved at the microscopic level.

In addition, as human aging, the loss of active cells, tissues and muscle groups will continue to degenerate, nano-robots can be in accordance with a given program to repair, replace and adjust these targets. This means that humans are able to extend their lifespan in nature and maintain a stable body function and metabolism.

Environment

If you still have a little hesitation about nano-robots, think again about their role in the environment. When oil spills occur, to completely eradicate their pollution, often requires a lot of human, material and financial resources. However, for nano-robots, they can filter and clean at the same time in several units, and they can remove each pollutant molecule at the fastest speed. In foggy cities or chemical-contaminated factories, the presence of nano-robotic groups into the atmosphere can easily be broken down by pollutants.

Nanoparticles of nanotechnology will decompose water-borne bacteria and ensure that there is no chemical-contaminated, healthy, potable use in any place, not only to provide a safe and reliable living environment for aquatic organisms, but also to contribute to human health.

Of course, there are countless other uses for nano-robots. Small to Automatic cleaning clothes, auto repair, large to those who use microscopes can let us now easy to grasp the upcoming events tomorrow.

(Responsible editor: Mengyishan)