Diego Lopez Yse (@lopezyse) 's Twitter Profile
Diego Lopez Yse

@lopezyse

Singularity University alumni - AI & Machine Learning 🤖 - 👹⚽
instagram.com/diegolopezyse - linkedin.com/in/lopezyse

ID: 212222054

linkhttps://synthia.streamlit.app/ calendar_today05-11-2010 13:36:27

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Massimo (@rainmaker1973) 's Twitter Profile Photo

In Spanish, but pretty intuitive animation explaining seasons, equinox, solstice, length of day and night. x.com/Solocuriosos_1…

Ross Taylor (@rosstaylor90) 's Twitter Profile Photo

I left Meta yesterday. Nothing but positive things to say: FAIR and GenAI are great places to do research and engineering. Will miss my colleagues! LLMs have shown how magical deep learning can be in a data-rich regime. But many domains remain data-constrained, which prevents

Michael Black (@michael_j_black) 's Twitter Profile Photo

Build what you need and use what you build. This is a core philosophy of my research. It shifts the focus away from publishing “papers” to what really matters — impact. This thread unpacks why I think this is a successful approach to science. 1/10 Or see: perceiving-systems.blog/en/post/build-…

PAHO/WHO Emergencies-OPS/OMS Emergencias (@pahoemergencies) 's Twitter Profile Photo

💻 Curso: Diagnóstico y manejo clínico del dengue ✅ Aprende a realizar un diagnóstico y manejo clínico oportuno para evitar la progresión a las formas graves y muertes ocasionadas por esta enfermedad. ¡Es gratis y de autoaprendizaje❗️ ➕ INFO: campusvirtualsp.org/es/node/28968

💻 Curso: Diagnóstico y manejo clínico del dengue  

✅ Aprende a realizar un diagnóstico y manejo clínico oportuno para evitar la progresión a las formas graves y muertes ocasionadas por esta enfermedad.  

¡Es gratis y de autoaprendizaje❗️ 

➕ INFO: campusvirtualsp.org/es/node/28968
Massimo (@rainmaker1973) 's Twitter Profile Photo

An image is nothing but a matrix of pixel values. Sending a photo through a pasta machine twice to obtain 4 understandable images from it, visualizing at the same time the principle on which Convolutional Neural Networks operate [📹 Kensuke Koike] x.com/i/status/17875…

Niko McCarty 🧫 (@nikomccarty) 's Twitter Profile Photo

Good rule of thumb for estimating the number of atoms in a cell. A small cell, with 0.5 micron radius, has 55 billion atoms. From this, you can estimate approximate numbers of proteins, genome size, etc. (Proteins have ~6,000 atoms. Each nucleotide has 50-60 atoms.)

Good rule of thumb for estimating the number of atoms in a cell.

A small cell, with 0.5 micron radius, has 55 billion atoms. From this, you can estimate approximate numbers of proteins, genome size, etc.

(Proteins have ~6,000 atoms. Each nucleotide has 50-60 atoms.)
George Mack (@george__mack) 's Twitter Profile Photo

The most underrated video on the internet: A man tries to make a chicken sandwich from scratch: It costs $1500 and takes him 6 months. There's never been a better time to be alive.

Jerry Liu (@jerryjliu0) 's Twitter Profile Photo

This guest blog by @tb_tomaz is the definitive guide on building custom, advanced knowledge graph workflows with LLMs. First - it addresses the problem of knowledge graph construction. Having LLMs extract raw triplets is unreliable on its own. Instead of doing this, consider

This guest blog by @tb_tomaz is the definitive guide on building custom, advanced knowledge graph workflows with LLMs. 

First - it addresses the problem of knowledge graph construction. Having LLMs extract raw triplets is unreliable on its own. Instead of doing this, consider
Samuel Hume (@drsamuelbhume) 's Twitter Profile Photo

This is a cool example of drug repurposing: the malaria drug, artemisinin, is a potential fertility-boosting drug in PCOS PCOS (polycystic ovarian syndrome) affects ~10% of women, causing subfertility and irregular menstrual cycles This is due to elevated levels of androgens

This is a cool example of drug repurposing: the malaria drug, artemisinin, is a potential fertility-boosting drug in PCOS

PCOS (polycystic ovarian syndrome) affects ~10% of women, causing subfertility and irregular menstrual cycles

This is due to elevated levels of androgens
elvis (@omarsar0) 's Twitter Profile Photo

🎓Efficient ML (MIT) One of the most important topics in AI today is efficiency. It's an important topic given the large amounts of computational resources required by modern ML systems. This course provides a solid overview of techniques that enable efficient ML systems.

🎓Efficient ML (MIT)

One of the most important topics in AI today is efficiency. 

It's an important topic given the large amounts of computational resources required by modern ML systems. 

This course provides a solid overview of techniques that enable efficient ML systems.
Lance Martin (@rlancemartin) 's Twitter Profile Photo

Self-Improving LLM Evaluators One of the major themes I heard from AI Engineer last week was: how to test LLM apps? Hamel Husain gave a great talk on this w/ 3 types of testing: (1) Simple assertions - first, try to hard-code simple rules or assertions (e.g., does the LLM

Self-Improving LLM Evaluators 

One of the major themes I heard from <a href="/aiDotEngineer/">AI Engineer</a> last week was: how to test LLM apps? <a href="/HamelHusain/">Hamel Husain</a> gave a great talk on this w/ 3 types of testing: 

(1) Simple assertions - first, try to hard-code simple rules or assertions (e.g., does the LLM
Diego Lopez Yse (@lopezyse) 's Twitter Profile Photo

🤖 What happens when GenAI meets databases? Massachusetts Institute of Technology (MIT) developed a GenAI system to help users make predictions, detect anomalies, guess missing values, fix errors, or generate synthetic data with just a few keystrokes. Take a look below 👇 news.mit.edu/2024/mit-resea… #GenAI #Data

Cameron R. Wolfe, Ph.D. (@cwolferesearch) 's Twitter Profile Photo

Recently, I’ve done a ton of reading on LLM-as-a-judge techniques (i.e., using an LLM to evaluate the output of another LLM). Here’s a reference of the best papers in this space: (1) Early research: Research on LLM evaluators began with the proposal of GPT-4, which was

Recently, I’ve done a ton of reading on LLM-as-a-judge techniques (i.e., using an LLM to evaluate the output of another LLM). Here’s a reference of the best papers in this space:

(1) Early research: Research on LLM evaluators began with the proposal of GPT-4, which was
xjdr (@_xjdr) 's Twitter Profile Photo

Anjney Midha <SYSTEM PROMPT> User: [Whitepaper Author] Context: You are roleplaying as the author of a provided whitepaper, usually related to large language models (LLMs) or artificial intelligence (AI). The model will engage in a lively and spirited discussion, defending the whitepaper as

Andrew Ng (@andrewyng) 's Twitter Profile Photo

I wrote last week about why working on a concrete startup or project idea — meaning a specific product envisioned in enough detail that we can build it for a specific target user — lets you go faster. In this letter, I’d like to share some best practices for identifying promising

François Chollet (@fchollet) 's Twitter Profile Photo

Intelligence is not about memorizing all the answers. It's about how you adapt when you're faced with something you were not prepared for. It's the ability to learn on the fly and quickly pick up new skills.

Andrew (@andrewmichaelio) 's Twitter Profile Photo

Sam Altman (Sam Altman) on the importance of speed: “Move faster. Slowness anywhere justifies slowness everywhere. 2021 instead of 2022. This week instead of next week. Today instead of tomorrow. Moving fast compounds so much more than people realize.”