By Aaron Smith, | January 13, 2017
It is the first time that a nanoscale hard drive has been fit into a single atom. (YouTube)
The latest scientific breakthrough by IBM comes in the form of a revolutionary superhero vision project. It promises to provide ultramodern hyper imaging technology to devices, which will enable the human eye to see areas otherwise invisible to it. The technology is being developed and is not expected to hit the market for at least five years.
Like Us on Facebook
The idea is to make things which cannot be seen (which usually fall into 99.9 percent of the electromagnetic spectrum of waves) visible to the naked eye. IBM is expected to build a compact hyper imaging platform which will make this superhero vision possible.
This technology will be made effective by aligning various parts of the electromagnetic spectrum in one platform.
According to Tech Times, this technology, which combines artificial intelligence and hyper imaging, will allow users to see what the normal visible light cannot show or display.
HiTechDays reported that this superhero vision project is one of five technologies that IBM claims would "make the world a better place."
This technology is expected to be very affordable and will provide real-life experiences like no other. IBM could change the course of technological history by introducing this technology.
-
Use of Coronavirus Pandemic Drones Raises Privacy Concerns: Drones Spread Fear, Local Officials Say
-
Coronavirus Hampers The Delivery Of Lockheed Martin F-35 Stealth Fighters For 2020
-
Instagram Speeds Up Plans to Add Account Memorialization Feature Due to COVID-19 Deaths
-
NASA: Perseverance Plans to Bring 'Mars Rock' to Earth in 2031
-
600 Dead And 3,000 In The Hospital as Iranians Believed Drinking High-Concentrations of Alcohol Can Cure The Coronavirus
-
600 Dead And 3,000 In The Hospital as Iranians Believed Drinking High-Concentrations of Alcohol Can Cure The Coronavirus
-
COVID-19: Doctors, Nurses Use Virtual Reality to Learn New Skills in Treating Coronavirus Patients