What are children learning from AI

Atlas robot flips.

What are our lunch choices today? Pick your favored bitesize AI and Robotics information for the day.

Health: Revolutionized Health Care in many aspects

Wealth: Tesla is down a little while Microsoft is up

Relationship: Upgrade your relationship with AI

Family: AI For kids education.

Cop bot’s in NYC. It is happening.

And robots are becoming more agile.

Dow  

35,273.03+184.74 (0.53%)

Nov 22, 5:02 PM EST 

Tesla inc. (TLSA)

234.21 USD−6.99 (2.90%)

Closed: Nov 22, 7:59 PM EST

Microsoft (MSFT)  

377.85 USD+4.78 (1.28%)

Closed: Nov 22, 7:59 PM EST 

NVIDIA

487.16 USD−12.28 (2.46%)

Closed: Nov 22, 7:59 PM EST 

Stryker (SYK)

294.05 USD+0.39 (0.13%

Closed: Nov 22, 4:09 PM EST

Medtronic plc (MDT)

78.37 USD−0.25 (0.32%)

Closed: Nov 22, 4:39 PM EST 

Intuitive Surgical (ISRG)

315.80 USD+3.98 (1.28%)

Closed: Nov 22, 4:20 PM EST

Appetizer: Relationship

  • Upgrade your relationship with Ringi
    an AI app for a happier marriage and romantic relationship: This is a beta version, so let me know if you try it.

A Little Salad: What is going on at Open AI? Yes, Sam Altman was fired by the board, but now it seems he is back and the board of directors is out. And no, I have not found out why he was fired in the first place.

Main Course: AI and Revolutionized Health Care

Generative AI is a rapidly developing field of artificial intelligence that has the potential to revolutionize healthcare. By using generative AI, healthcare providers can create new data, insights, and tools that can be used to improve patient outcomes.

Here are some of the ways that generative AI is expected to impact patient outcomes:

  • Improved diagnosis and treatment: Generative AI can be used to analyze large amounts of medical data to identify patterns and trends that can be used to diagnose diseases more accurately and develop personalized treatment plans.

  • Increased efficiency and productivity: Generative AI can automate many of the tasks that are currently performed by healthcare providers, such as scheduling appointments and coding diagnoses. This can free up healthcare providers to focus on more complex tasks, such as providing care to patients.

  • Enhanced patient education and engagement: Generative AI can be used to create personalized educational materials and tools that can help patients better understand their health conditions and make informed decisions about their care.

  • Reduced costs: Generative AI can help reduce healthcare costs by automating tasks, improving efficiency, and reducing the need for expensive tests and procedures. I am skeptical as to whether the savings will be passed on to the patient.

Overall, generative AI has the potential to significantly improve patient outcomes by providing more accurate diagnoses, personalized treatment plans, and improved patient education and engagement.

I am looking forward to hearing reports about this cop bot and its effectiveness. I wonder if it likes donuts.

Dessert: AI For learning

In the realm of traditional learning environments, children may find limitations in opportunities and resources to satiate their curiosity. Herein lies the significant role that AI tools can play, although their usage requires vigilant supervision due to the potential exposure to inappropriate content. These tools offer children expansive access to a wealth of information and resources, well beyond the internet of yesterday. Platforms like Google Dataset Search provide access to extensive datasets across diverse domains. Children can delve into topics spanning health, education, and sports, engaging in data exploration, analysis, and visualization. The ability to compare, contrast, and correlate data from varied sources and perspectives is contingent upon the system's inclusivity of diverse viewpoints.

Online libraries like the International Children’s Digital Library offer children a diverse range of global books, fostering language exploration and cultural understanding. Parents' involvement is crucial to ensuring awareness of the values imparted. Similarly, platforms like the Smithsonian Learning Lab provide children access to varied artifacts, allowing them to learn across disciplines. Children can engage with art, science, history, and more, fostering interactive learning experiences. They can also create and share their projects, enhancing their understanding of diverse subjects.

Some examples of AI tools that can foster children’s curiosity are:

  • [Wolfram Alpha]: This is a computational knowledge engine that can answer any factual question using natural language. Children can ask questions about math, science, history, geography, and more and get instant and accurate answers, explanations, and visualizations.

  • [BrainPOP]: This is an educational website that offers animated videos, games, quizzes, and activities on various topics and subjects. Children can watch, play, and learn about anything they are curious about, from art and music to health and engineering.

  • [Google Arts & Culture]: This is an online platform that showcases the collections and exhibits of museums and cultural institutions from around the world. Children can explore, discover, and learn about art, history, culture, and more, using features such as virtual tours, zoom views, and 3D models.

  • [Scratch]: This is a programming language and online community that allows children to create and share their own interactive stories, games, and animations. Children can express their creativity and imagination and learn the basics of coding, logic, and problem-solving.

 

Atlas robot flips.

In this video, the speaker talks about their experiences in challenging Boston Dynamics' Atlas robot in parkour and other tasks. Atlas is a humanoid robot known for its impressive parkour abilities and throwing skills. The speaker has been trying to meet Atlas for months and finally had the chance to interact with it through a community effort. They find Atlas's brain and technology to be fascinating and discuss the importance of testing robots in unpredictable environments to improve their performance and impact on society. The speaker also discusses the potential weaponization of robotics industry-wide and the need for ethical considerations when creating humanoid and non-humanoid robots.

Disclaimer: None of the information here is financial advice. This newsletter is for informational purposes only and not to be used as investment advice or a solicitation to buy or sell any assets. Any and all financial decisions you make should be carefully researched on your own or discussed with a financial advisor. 

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