Lifeboat Foundation: Safeguarding Humanity
Toggle light / dark theme

Blog

Category: robotics/AI – Page 2,090

Implanting AI chips in your mind could cause you to lose yourself, says scientist

Last month, Elon Musk’s Neuralink, a neurotechnology company, revealed its plans to develop brain-reading technology over the next few years. One of the goals for Musk’s firm is to eventually implant microchip-devices into the brains of paralyzed people, allowing them to control smartphones and computers.

Although this Black Mirror-esque technology could hold potentially life-changing powers for those living with disabilities, according to Cognitive Psychologist Susan Schneider, it’s not such a great idea, and I can’t help but feel relieved, I’m with Schneider on this.

The Dawn of AI (Machine Learning Tribes | Deep Learning | What Is Machine Learning)

This video was made possible by Brilliant. Be one of the first 200 people to sign up with this link and get 20% off your premium subscription with Brilliant.org! https://brilliant.org/singularity

In the past few videos in this series, we have delved quite deep into the field of machine learning, discussing both supervised and unsupervised learning.

The focus of this video then is to consolidate many of the topics we’ve discussed in the past videos and answer the question posed at the start of this machine learning series, the difference between artificial intelligence and machine learning!

Thank you to the patron(s) who supported this video ➤

Wyldn pearson garry ttocsra brian schroeder

Become A Channel Member, Patron or Make A Donation ➤.

Continue reading “The Dawn of AI (Machine Learning Tribes | Deep Learning | What Is Machine Learning)” | >

This Hydroponic Farm Is Run Entirely By Robots

Iron Ox has just opened its first fully automated farm in San Carlos, California. The company claims that their hydroponic system can produce 30 times the yield per acre of land comparing to traditional farms, while using 90% less water.

► Subscribe for more tech & culture videos: http://on.mash.to/subscribe ◄
MORE FROM MASHABLE
‌• Video — https://youtu.be/6ElleCub6uM
‌• Video — https://youtu.be/jAu1ZsTCA64
‌• Video — https://youtu.be/W8T6fYt9-tA

Best of playlist: https://on.mash.to/BestOf

MASHABLE ACROSS THE WEB
Mashable.com: http://on.mash.to/1hCcRpl
Facebook: http://on.mash.to/2lyOwmZ
Twitter: http://on.mash.to/1Udp1kz
Instagram: http://on.mash.to/1U6D40z
Mashable is for superfans. We’re not for the casually curious. Obsess with us.

We Need to Replace Moore’s Law to Make Way For Quantum Computers, But What’s Next?

A new disruptive technology is on the horizon and it promises to take computing power to unprecedented and unimaginable heights.

And to predict the speed of progress of this new “quantum computing” technology, the director of Google’s Quantum AI Labs, Hartmut Neven, has proposed a new rule similar to the Moore’s Law that has measured the progress of computers for more than 50 years.

But can we trust “Neven’s Law” as a true representation of what is happening in quantum computing and, most importantly, what is to come in the future? Or is it simply too early on in the race to come up with this type of judgement?

Earthworm-Inspired Robot Wins $10,000 Student Scholarship

THE INSTITUTE Teenager Ari Firester watched on television last year as members of a youth soccer team were saved from a flooded cave in Chiang Rai Province, Thailand. The two-week-long effort, which left one rescuer dead, inspired Firester to create a technology that might prevent such a tragedy from occurring again.

Firester, 16, a junior at Hunter College High School in New York City, created “Wormbot,” an earthworm-inspired robot capable of maneuvering in narrow spaces. The project was displayed at Intel’s annual International Science and Engineering Fair, held in May in Phoenix. His invention earned him the US $10,000 IEEE Presidents’ Scholarship, which is given at the fair.

Controlled by an Arduino microcontroller and built with off-the-shelf items, the robot makes wormlike movements by using eight retractable claws along its length to grip its surroundings and prevent it from slipping. The modular robot is powered by compressed air. The control and power components are connected to the robot through a thin, plastic air tube. By using inflatable actuators, its body can be lengthened, shortened, or bent.