Skip to main content

What will happen if  Neuroscience and Artificial Intelligence shake hands?






Brain-to-computer interfaces and intelligence boosting chips implanted in the brain could soon make their way out of the realms of science fiction and into reality.

BCIs are electronic microchips that are embedded into the brain to literally connect our minds to computers- basically, brain chips.

A neuroscientist is currently developing a non-invasive computer chip that when implanted in the brain could give an individual super intelligence.

A key part of the research is finding a non-invasive way to get the computer chip to the brain without drilling a hole in the skull.

The average IQ is around 100. A high IQ is anything abovee 140, and a genius IQ is 160 or more, but with a smart brain chip , people could pay to have IQs of 200 or more.
 
Over the past twenty years, neuroscientists have been quietly building a revolutionary technology called BrainGate that wirelessly connects the human mind to computers. Entrepreneurs such as Elon Musk and Mark Zuckerberg have entered the race with goals of figuring out how to get computer chips into everyone's brain.

A clunky system that required brain surgery and wires connecting your skull to a mainframe,they called the technology BrainGate.

Imagine using Facebook without typing, or driving a Tesla with only your mind.

AI For Good

The University of Sydney’s Faculty of Engineering and Information Technologies has been awarded an AI for Accessibility grant from Microsoft to support its efforts developing solutions that improve the independence for people living with epilepsy.

The system, NeuroSyd, aims at real-time monitoring and processing of brain-signals while driving, in a group of people living with epilepsy. NeuroSyd will be developed to deliver an early warning of the likelihood of an epileptic seizure strike.

This technology will help individuals with epilepsy who want to or used to drive a vehicle.
 

Comments

Post a Comment

Popular posts from this blog

Pegasus Spyware: Flying Through The Air

 Hundreds of millions of people can't imagine life without their smartphones. Almost every aspect of their daily lives, from the most mundane to the most intimate, is within easy reach and hearing distance of their smartphones. Only few people realize that their phones may be used as surveillance devices, with someone hundreds of miles away secretly extracting their messages, photographs, and location while also activating their microphone and recording them in real time. Such capabilities are present in Pegasus, a spyware produced by NSO Group, an Israeli maker of mass surveillance weapons. What is Pegasus? Pegasus is a hacking software – or spyware – that is developed, marketed and licensed to governments around the world by the Israeli company NSO Group. It has the capability to infect billions of phones using either iOS or Android operating systems. The spyware is named after Pegasus, the white winged horse from Greek mythology. It is named so because it "flies through the...
Post a Comment
Read more

Unhackable Internet

  W hy it matters?   The internet is increasingly vulnerable to hacking; a quantum one would be unhackable. Quantum Computing    A quantum internet could be used to send unhackable messages, improve the accuracy of GPS, and enable cloud-based quantum computing. For more than twenty years, dreams of creating such a the quantum network have remained out of reach in large part because of the difficulty to send quantum signals across large distances without loss.   Now, Harvard and MIT researchers have found a way to correct for signal loss with a prototype quantum node that can catch, store and entangle bits of quantum information. The research is the missing link towards a practical quantum internet and a major step forward in the development of long-distance quantum networks.   The U.S Department of Energy (DoE) explains how a quantum link will make it happen through two quantum phenomenon: the first is quantum entanglement, where two-particle ...
2 comments
Read more

3D LASER SCANNING

  What is 3D Scanning? 3D Laser Scanning is a non-contact, non-destructive technology that uses a line of laser light to digitally capture the shape of physical objects. 3D laser scanners generate "point clouds" of data from an object's surface. In other words, 3D laser scanning is a method of capturing the exact size and shape of a physical object into the computer world as a digital 3-dimensional representation. 3D laser scanners capture free-form shapes and measure fine details to quickly generate highly accurate point clouds. 3D laser scanning is ideal for the measurement and inspection of contoured surfaces and complex geometries that require massive amounts of data for accurate description and where using traditional measurement methods or a touch probe is impractical.process :3D Laser Scanning Data Acquisition. CLASSIFICATION 1. No Contact Scanning: Millions of points on the xyz coordinate system can be easily captured via non-contact scanning. This data prov...
Post a Comment
Read more