📣 Happy Friday!
More mind-boggling inventions in the AI bubble, let’s dive into it!
In Today’s letter:
GPT-4 Agent plays Minecraft.
Swiss scientists rebuild spinal cord with AI.
AI discovers promising antibiotics to fight superbugs.
The majority of US adults never Used ChatGPT.
Nvidia unleashed GPT-4 into the magical world of Minecraft. They created an epic bot called Voyager, armed with GPT-4, to conquer Minecraft challenges.
Voyager doesn't play like us, it uses GPT-4 to suggest goals and generate code. It's like having an AI sidekick with infinite knowledge!
But here's the cool part… Voyager learns from its mistakes. It hones its skills, collects items like a pro, explores like an intrepid hero, and builds tools faster than you can say "Creeper!"
It's like witnessing a Minecraft prodigy in action! This technology isn't just for gaming, though.
Imagine an AI buddy automating office tasks or upgrading your device's operating system. OpenAI and Microsoft are already cooking up mind-blowing possibilities.
Now, let's take a moment to appreciate the genius of using Minecraft for AI experiments. It's like letting AI play in a sandbox—what could go wrong?
Plus, video games have always been the playgrounds for cutting-edge AI. Minecraft takes it to the next level, letting AI show off its skills while we marvel at its virtual wizardry!
I'm beyond excited about all of this! The fusion of language models and gaming opens up endless possibilities. It's like giving AI a voice and the ability to make things happen in the real world.
So grab your diamond sword, and get ready to explore, build, and conquer with an AI companion by your side!
There's some groundbreaking news in the world of spinal cord injury (SCI) treatment.
Onward Medical, a startup focusing on SCI therapy, recently made a major breakthrough. They helped a previously paraplegic man improve his walking using a brain-computer interface (BCI) and a "digital bridge" that connects the severed spinal cord.
“After only 5 min of calibration, the BSI supported continuous control over the activity of hip flexor muscles,” the Onward Medical team continued, “which enabled the participant to achieve a fivefold increase in muscle activity compared to attempts without the BSI” Unfortunately, those gains were wiped away as soon as the BCI was turned off, instantly losing the ability to step, they explained. “Walking resumed as soon as the BSI was turned back on.”
Here's the deal: Traditional therapies like Functional Electrical Stimulation (FES) have been used for years to stimulate paralyzed muscles and restore some movement.
But let's be honest, the results were a bit clumsy, with shuffling gaits and awkward arm movements. That's where Onward's innovation comes in. They combined an implanted BCI with epidural electrical stimulation to create a Brain Spine Interface (BSI) system.
Now, let's talk about the patient. He had suffered a spinal cord injury a decade prior and had undergone a neurorehabilitation program.
Although he had regained some mobility, he had reached a plateau. But with the BSI system, things changed dramatically.
The patient regained control over his leg movements, achieved a better walking gait, and even crossed rough terrain while using crutches. It's like a technological miracle!
It's incredible to think that a direct connection between the brain and the spinal cord can promote the reorganization of neural pathways, leading to further recovery.
The researchers believe that this BCI system could be available in the market within the next five to seven years. That's mind-blowing!
As for my thoughts… I'm absolutely blown away by this advancement. It's a shining example of how technology can transform lives and give hope to those facing mobility challenges. It's like science fiction coming to life.
Kudos to Onward Medical for pushing the boundaries of SCI treatment. It's innovations like these that make us believe in the power of technology to change lives for the better!
Scientists at McMaster University and MIT just made a super cool discovery using artificial intelligence (AI).
They found a new antibiotic called “abaucin” that could help fight a deadly and drug-resistant bacteria called Acinetobacter baumannii.
This bacteria is a real troublemaker in hospitals and can cause pneumonia, meningitis, and serious infections.
The researchers used an AI algorithm to predict new types of antibacterial molecules, and voila! They discovered abaucin.
What's really exciting is that abaucin specifically targets baumannii, so it's less likely to develop resistance. That means it could be a more effective treatment without causing havoc to the good bacteria in our bodies.
Finding new antibiotics is usually a long and expensive process, but AI is changing the game.
It allows scientists to explore a huge number of molecules with antibacterial properties, increasing the chances of finding new and powerful drugs. This is a big win for fighting antibiotic-resistant bacteria!
“AI approaches to drug discovery are here to stay and will continue to be refined,” says Collins, life sciences faculty lead at the MIT Abdul Latif Jameel Clinic for Machine Learning in Health, in a release. “We know algorithmic models work. Now it’s a matter of widely adopting these methods to discover new antibiotics more efficiently and less expensively.”
I think this breakthrough is incredible. It shows how AI can revolutionize drug discovery and help us tackle dangerous pathogens.
Traditional methods take ages and cost a fortune, but AI can speed up the process and make it more affordable.
Plus, by targeting specific bacteria, as abaucin does, we can be smarter in our approach and avoid creating more resistance.
It's exciting to think about the potential impact of AI in discovering more life-saving antibiotics. Who knows what other discoveries are just around the corner?
Kudos to these brilliant scientists for using their knowledge and AI tools to make the world a healthier place.
I can't wait to see how this technology continues to advance and help us combat deadly infections. Stay tuned for more awesome scientific breakthroughs!
ChatGPT got a lot of attention. But, according to a survey, about 58% of U.S. adults have heard of it, but only a few have actually tried it. However, those who did try it found it somewhat useful.
ChatGPT became super popular, reaching over 100 million users in just two months!
The survey showed that people with higher incomes and more education are more likely to know about ChatGPT. Asians also know about it more than others.
But here's the thing: Only a small percentage of adults have actually tried ChatGPT. Just 14% of all adults have used it.
Some see it as a useful tool for learning and work, while others think it's just for fun. People have more concerns than excitement about AI in their lives, which might explain the low adoption.
Among those who tried it, some used it for entertainment, learning, or work. Younger people and Asians used it more.
Opinions on its usefulness are mixed. Some find it very useful, but others think it's just okay. Younger adults find it more useful than older adults.
I think it's cool to see AI chatbots like ChatGPT becoming popular. They have lots of potential, even though there are concerns about accuracy. It'll be interesting to see how they evolve in the future!
So, have you ever tried ChatGPT or any other AI chatbot? I'd love to hear your thoughts on the AI revolution!
👉🏻 Instacart Releases AI Shopping Buddy.
👉🏻 UAE’s Open-Source AI Model Becomes Royalty Free.
👉🏻 Nvidia hits a $1 trillion market cap.
If you dug the newsletter, show it some ❤️ with a like and, as per usual, drop your views in the comments section below 👇🏻 . I’m all ears for your take on the matter!
Catch you on the flip side! Peace out and see you next time! ✌️
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