Biology

After a traffic accident, Jamie Sommers became an experiment in a secret US government project, with robotic limbs, super sensitive senses, making it easy for her to turn the crowd with one hand, jumping over buildings, even catch up with cars .

Prosthetic devices (such as brain chips, robot limbs, especially blood cells that have rapid self-healing abilities .), not only perfect for the body's functions and perceptions, but also really superior to normal limbs .

The episodes in this sci-fi film are beginning a spectacular adventure into reality to increase the strength and flexibility of the human body. Here are the possibilities that will come true in the near future:

Biological limbs

Currently, Johns Hopkins scientists are approaching the biological arm prototype capable of sensing temperature and tactile, particularly flexible than the previous generation of biological arms. Many studies are also aimed at the ability to attach alternative electrodes - microcritical implants that are implanted or injected into the body - giving users the ability to maximize the electrical impulse to operate. arms are more perfect, even more flexible than true hands .

Nano Health

J. Sommers can hold a knife to cut his fingers like chopping . vegetables, then look at them recovering within minutes; especially the ' anthrocytes ' in her blood are able to heal broken, broken bones quickly, like a real doctor .

This ability has long been focused by scientists to create molecular machines that can restore movement by themselves, according to John Reif, Duke University computer science professor. He is also a scientist with many projects on micro-machines built from DNA or nubots, ie nucleic acid robots.

Actress Michelle Ryan plays Jamie Sommers in NBC's "Biological Woman" fantasy series.(Photo: AP)

Although the realization is far away, these molecular-level robots can react to the environment inside the body or inside the cell to find out the cause of the disease and fix it. cure defects, malfunctions in the human body.

In addition, people can program everything on the smallest scale using the formula of DNA. Until now, scientists have been able to design and program simple structures at the molecular level, move in three-dimensional space, can move in one direction or react to chemical environments. born.

Biological ear

Although Sommers was at the service counter, Sommers could still overhear the tiniest sounds of rock hitting the glass, the zippo sound and even whispers in the corners of the room .

"Human ears have more than 3,000 sound activation points .", Professor Roger Miller, fake neurodevelopment and programming director at the US National Research Institute for hearing and other communication disorders, Currently, the agency is focusing on transcendental cochlear implant devices, which can activate about 24 in the function of receiving and amplifying the sound of the ear.

Future technology will allow people to hear distant sounds, beyond normal hearing ability; and those with a cochlear implant can also upgrade hearing aids or increase amplification or hypoechoic algorithms in order to eliminate noise signals.

Biological eyes

When turned into a devil, the first biological woman, J. Sommers, shot her boyfriend from a great distance by adjusting the biological focus .

According to Professor Daniel Palanker, Stanford University ophthalmologist, in principle, the generation of high-tech assistive devices will give people a vision as . telescopes. Currently, he and his colleagues are focusing on the type of biological eye that mimics the normal focal point, which can show the blind patient the light and identify the moving object.