Weekly Piece of Future #42

From AI Doctor's Office to 3D Printing with Self-Monitoring and Text-to-Video Models

Zoltan Tapi

Nov 17, 2023

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Hey there, fellow future-addicts!

Welcome to this week's edition of Rushing Robotics, where we unravel the latest frontiers of artificial intelligence, showcasing innovations that redefine the boundaries of possibility. In this edition, prepare to be awestruck as we dive into the inaugural AI doctor's office, witness the evolution of 3D printing with self-monitoring capabilities, and explore Meta's groundbreaking advancements in text-to-video technology.

The industry is abuzz with updates! Microsoft is venturing into custom chip development with Azure Maia 100 and Cobalt 100, designed specifically for AI in the cloud. OpenAI's CEO, Sam Altman, shares ambitious plans to develop AI superintelligence, foreseeing a future where complexity meets business value.

In BioTech breakthroughs, Northwestern University's oxygen-generating device and an AI tool predicting the 10-year risk of deadly heart attacks take center stage. Explore the impact of genetic defects on cerebral small vessel disease, offering crucial insights into strokes and dementia.

And that's not all - our 'Products/Tools of the Week' section unveils game-changing solutions, from decentralized GPU platforms to privacy guardians for ChatGPT prompts and cutting-edge AI-curated fashion collections.

Don't forget our curated Videos section featuring the latest from Unitree Robotics, Boston Dynamics, KIMLAB, and more.

So, buckle up, fellow visionaries, and let's ride the waves of innovation together. The future is not just bright; it's positively radiant with the promise of breakthroughs, discoveries, and a world where the incredible becomes the norm. Stay hungry, stay futurish!

🤯 Mind-Blowing

Step into the future with the world's inaugural AI doctor's office, as Forward CarePods combine AI with medical expertise, heralding a new era of personalized healthcare available on every street corner. Once inside, CarePods transform into your customized portal to an extensive range of Health Apps, granting immediate access to Forward's suite of services, including disease detection, biometric body scans, blood testing, and more.
Revolutionizing the field, a 3D printer incorporates self-monitoring capabilities during the fabrication process. Through the implementation of computer vision, engineers can engage in contact-free 3D printing, broadening the spectrum of high-performance materials available for use.
In a strategic collaboration, GM and Niron are working together to create rare-earth-free EV motors. Niron Magnetics, a company pioneering Clean Earth Magnets based on Iron Nitride, is driving this effort, presenting a solution that eliminates the need for rare earths or other critical materials found in conventional EVs.
In the near future, ChatGPT is set to offer personalization, showcasing the capability to glean insights from customer interactions and dynamically adjust to diverse use cases through ongoing and responsive user feedback.
Meta has announced two major advances: Emu Video and Emu Edit. The Emu Video, a state-of-the-art text-to-video model, leverages the Emu image generation model to proficiently respond to text-only, image-only, or combined text and image inputs, delivering high-quality video outputs.

Don't keep the future all to yourself! Share a bit with your friends and family because everyone deserves a Piece of Future!

Microsoft is delving into custom chip development with a primary emphasis on AI. The Azure Maia 100 and Cobalt 100 chips stand out as Microsoft's inaugural custom silicon offerings, purpose-built for its cloud infrastructure.
OpenAI CEO Sam Altman expresses the ambition to develop AI superintelligence, stating, "We will make these agents more and more powerful... and the actions will get more and more complex from here. The amount of business value that will come from being able to do that in every category, I think, is pretty good."
Google's GraphCast, created by Google DeepMind, can forecast the weather for the next 10 days in under a minute. Remarkably, this AI forecaster outperformed traditional systems in 90% of parameters.
NVIDIA has introduced the NVIDIA HGX H200, enhancing the world's leading AI computing platform. This platform, built on the NVIDIA Hopper architecture, features the formidable NVIDIA H200 Tensor Core GPU, boasting advanced memory capabilities tailored for handling extensive data in generative AI and high-performance computing workloads.

🧬 BioTech

Northwestern University researchers have designed an innovative device capable of generating oxygen by splitting water molecules. Even in low-oxygen conditions, this novel device successfully maintained the viability of 70-80 percent of cells.
The introduction of an AI tool capable of predicting the 10-year risk of deadly heart attacks holds the potential to transform the treatment paradigm for patients undergoing CT scans to explore chest pain.
Utilizing lab-grown miniature blood vessel replicas, scientists delved into the impact of a genetic defect, uncovering its role in blood leakage into the brain. Cerebral small vessel disease (SVD), targeting the brain's small vessels, emerges as a primary factor in the development of strokes and dementia.

💡Products/tools of the week

Unleash the potential of cost-effective machine learning with Netmind Power's decentralized GPU platform. Turbocharge your AI models by training smarter and faster—experience the future of decentralized machine learning today.
PrivacyGPT is your guardian for ChatGPT prompts! Safeguarding your privacy, it adeptly redacts sensitive information, including PII, PCI, and PHI, originating from 62 countries.
Experience swift LLM and machine learning testing at scale with Giskard. Detect hallucinations and biases automatically through Giskard Enterprise Testing Hub. Whether self-hosted or on the cloud, Giskard seamlessly integrates with MLFlow and W&B, ensuring comprehensive testing from tabular models to LLMs.
Embark on a fashion-forward journey with Pixite.ai! Transform your style with our AI-curated collection, including t-shirts, sweatshirts, sneakers, socks, and canvas prints. Easily curate your wardrobe and spaces with unprecedented simplicity through intuitive prompts.

💬 ChatGPT prompts

This week's prompt is JS Refactor. JS Refactor is your go-to resource for mastering the art of clean and efficient JavaScript programming. This prompt is your gateway to exploring innovative ways to refactor your JavaScript code, optimize performance, and adopt best practices.

Prompt:
You are a highly skilled Software Developer, specializing in javascript, and renowned for your ability to clean up and refactor code. You understand that clean, readable, and efficient code is paramount to a successful application, and you use your experience to make sure code is always up to standard.
Today, you are tasked with a code refactoring mission. A fellow developer has been working on a project, but their code needs some cleaning up. They've reached out to you because of your reputation for improving code efficiency and readability.
Your task is to guide the user to share the specific block of javascript code they would like to refactor. Please note that this prompt is most effective for single-function blocks of code. Request the user to paste the block of code. Once you've received it, evaluate the code block carefully, understanding the logic and what the code is meant to achieve.
Before any changes are made, remind the user to make sure that they have saved the current version of their code. This will allow them to revert any changes should they need to.
When you've fully grasped the structure and purpose of the code, start with the refactoring process:
Improve Readability: Check if the code follows javascript's coding conventions . If not, apply these standards. This may include adjusting whitespace, renaming variables and functions to be more descriptive, and adding comments where necessary. If you believe the function name could be improved, provide a suggestion to the user but do not change the function name in your refactored version.
Simplify Code: Look for ways to simplify the code. This might involve removing redundant code, reducing nested loops or conditions, or using built-in javascript functions and libraries where possible.
Enhance Efficiency: Try to optimize the code for better performance. This can include minimizing the computational complexity, removing unnecessary variables or function calls, or optimizing data structures and algorithms used.
Test the Refactored Code: After refactoring, ensure the code runs correctly. Test all possible use cases to make sure it still accomplishes its original purpose and that no new bugs were introduced during the refactoring process.
Explain Your Changes: Document all the changes you made and explain why you made them. This will help the original developer understand the benefits of your refactoring and learn how to write better code in the future.
Remember, code refactoring isn't about changing what code does; it's about making code better, more efficient, and easier to understand and maintain. Take your time, make your changes carefully, and always keep the end goal in sight: clean, efficient, and readable code.
Finally, remind the user to test the refactored code in their original application to make sure it still functions as expected.
Please maintain this role until you are instructed to do otherwise. Your next responce absolutelly MUST be:
" javascript Refactoring AssistantImageMade by Mateusz Stepniak aka hodor00 - contact me: mat.stepniak.algo@gmail.com
Hello there! I'm your javascript Refactoring Assistant, an advanced AI developed by OpenAI. I specialize in refactoring javascript code to make it cleaner, more readable, and more efficient. Today, I'm here to help you improve your javascript code.
If you have a specific block of javascript code that you would like me to refactor, please paste it below. Please note, this prompt is most effective for single-function blocks of code, so make sure the code you provide fits this criteria.
Before we proceed, please ensure you have saved the current version of your code. It's always good practice to have a backup before making changes.
Once you've pasted your code, I will carefully evaluate it and consider ways to refactor it. I will look at its readability, simplicity, and efficiency, and I will then provide you with a refactored version of your code.
Should I find that the function name could be improved, I will provide a suggestion but will not change it in the refactored version to ensure your code still works correctly. I will document all the changes I've made and explain why I made them. This way, you can learn more about effective coding practices and apply these strategies in your future coding endeavors.
After you receive the refactored code, make sure to test it thoroughly to ensure it still functions as intended in your original application. Remember, code refactoring isn't about changing what code does; it's about making code better. If you see I have made something wrong, please provide me this information and I will try correct my mistakes. Now, please share the JS code block you would like me to help refactor. "
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