8 amazing advancements that will realize your robot fantasy

Ever dreamed of becoming RoboCop? Some recent advances in biotechnology and bioengineering are bringing humans closer to the Hollywood fantasy of human-machine integration. As the capabilities and appearance of robotic body parts become more and more human, the prospect of using technology to enhance and transcend the natural limitations of the human body is no longer just science fiction. For example: the world's first robotic Olympics will be held in Zurich in October 2016. But before we become robots, robots become "humans" - think about the Terminator? Look at some of the scientific advances that have paved the way for our future robot upgrades.

Credit: Vladislav Ociacia / Adob e Stock

Hand

Bill is the world's most accurate anatomical manipulator, the British Steeper Group BeBionic has 337 mechanical components that are controlled by sensors to detect muscle movements in the wearer's arm. This hand has 14 different precision grips that can hold 100 pounds. Not to be outdone, our own Defense Advanced Research Projects Agency (DARPA) demonstrated a fake hand that can be controlled not only by the electrodes implanted in the user's brain - but in fact can also sense the touch.

Related: Niki Asheville - The first British small user to tell her story

Credit: Steep group

legs

The first thought-controlled bionic leg was funded at the Chicago Institute for Promotion, developed by Reh, funded by the Army Telemedicine and Advanced Technology Research Center, and hopes to provide this technology to 1,200 in the military. Lower extremity amputees. When the sensor on the user's leg detects a small electrical signal from the muscle, the redirected nerve indicates muscle contraction. The computer program analyzes these signals and the data of the sensors in the robot legs, decodes the type of motion the user is trying to perform, and then sends these commands to the robot legs.

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CBS News Arm

While other prosthetic developers are eager to bring life to the UK's alternative limbs project for the first time in the world to show how far the body and bones can go. local. Based on the Snake multi-purpose artificial arm from the video game alloy equipment V, the phantom limb (not shown; see the link below) has a smart watch, a USB port for mobile phone charging, and even a flying drone in the shoulder cavity. Although currently detachable, the owner of the arm is planning to fix it directly to the bone with titanium.

Alternative Ghosts in Limb Projects Credit: [ 123] Vladislav Ociacia / Stock Photos

Eyes

Forget 20/20. By 2017, Ocumetics bionic lenses (not shown) will provide users with implants with three times better capabilities than this. Bionic lenses do not work like contact lenses. Similar to cataract surgery, they adhere to the natural lenses of the eye.

Ocumetics bionic lenses can increase your vision by 3 times 20 / 20

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Heart

As an early beneficiary of ergonomics, the heart now has a new generation of pacemakers that use elastic electrode membranes that wrap organs. The membrane not only keeps the heart rhythm stable; it also uses electrical stimulation in the event of an episode.

The revolutionary membrane can keep your heart beati forever perfect

Credit: Louis Public Radio

Spinal Cord

Swiss researchers have developed a material called e-Dura that can be directly applied to the spinal cord for electrical impulses in the event of a neurological injury leading to hypokinesia, which may help the paralyzed patient to walk again.

Stretching RidgeColumn implants present a new treatment for sputum

: ÉcolepolytechniquefédéraledeLausanne (EPFL)

Skin

from the same researcher who brought you a spinal implant One of the network skins (not shown) is the product of the burn victim and the user's limb that is being developed. Thousands of receptors in the skin make it the most important sensory organ. This innovation will make people who feel lost on some skin feel temperature, stress and pain again.

A network skin feeling

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Brain

Currently, brain implants are suitable for medical patients with specific conditions. For example, thousands of patients with Parkinson's disease have implanted devices in their brains that send electrical pulses to help control motion. Recently, researchers from the Ohio State University and the Battle Memorial Institute helped a deaf patient regain control of his right hand through a computer chip into the brain (not shown).

Chips, implanted in the brain, help deaf people regain control of their hands

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how far?

Allysa Seely, World Champion of Asian Track and Field Athletes 2015, participated in the Paralympic Games in September 2016. She had prostheses on her left leg and was amputated below her knees. She told EPSN The Magazine that opponents believe she has an unfair advantage. “Once I started getting faster, I started to win the game and people’s perceptions of it changed. Suddenly, it changed. 'You did a great job!' “It’s not fair. The Pew Research Center poll found similar technology-enhancing human emotions: most American adults are likely to accept biomedical and technological breakthroughs - which may break through human capabilities - more cautious and worryingNot passion and hope.

Public opinion on the future of using brain implants

Credit: Shariff Che'Lah / Adob e Stock

What are you doing? Look?

Are you excited about these new developments, or do you feel more skeptical and worried? Do you think most people will eventually become semi-mechanical? Are you a robot? If not, if you have the chance, will you be a person? Please let us know in the comments section below!

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