This 2-hour Stanford lecture breaks down how models like ChatGPT and Claude are actually built, clearer than what many people in top AI roles ever get exposed to.
Save this and set aside two hours today. It might end up being the most valuable thing you learn all week.
Chevrolet has outdone themselves once again with their new profoundly emotional, pro-family Christmas commercial.
Chills from beginning to end.
This is what it’s all about. Be ready to cry.
i built this prompt to make me proficient in any technical topic. it's been a godsend.
it includes technical depth, but translates every piece of jargon into plain english with a real world example.
feel free to steal it:
🧠 Deep Research Prompt Template (Extensible Version)
Objective:
Create a comprehensive research report on [INSERT TOPIC HERE]. The goal is to build a deep conceptual understanding of the topic — from its theoretical foundations to its real-world applications — so that I can use this as a launchpad for further exploration.
Audience:
A non-technical but intellectually fluent reader. I’m comfortable following complex discussions, but I’m not formally trained in this technical domain.
Tone & Style:
- Write in a clear, structured, and explanatory style.
- Include technical depth, but translate every piece of jargon into plain English.
- After each complex term, formula, or mechanism, provide:
a) A plain-language translation (explain it like you’re teaching an intelligent layperson).
b) A real-world, tangible example or analogy that makes the idea concrete.
Content Requirements:
1) Foundations Section
- Define the core principles, vocabulary, and historical context behind [TOPIC].
- Explain why this field exists, what problems it solves, and who pioneered it.
- Use simple examples to show the basic mechanics at play.
2) Core Concepts & Mechanics Section
- Dive into the key theories, processes, or frameworks that make up the topic.
- Introduce any math, algorithms, or scientific models central to the field.
- For each technical concept, pair the explanation with:
a) A plain-language breakdown.
b) A real-world illustration (e.g., from everyday life, business, nature, or technology).
3) Applications & Implications Section
- Show how [TOPIC] is applied in real-world systems, industries, or technologies.
- Include notable case studies or examples that demonstrate its impact.
- Explain why understanding these concepts matters — what it enables or changes.
4) Integration & Broader Context Section
- Connect this field to adjacent domains (e.g., how it interacts with math, physics, biology, economics, etc.).
- If relevant, trace how the theory translates into practice (e.g., from code → circuits → behavior).
- Highlight open questions or ongoing research frontiers.
5) Formatting & Accessibility Guidelines
- Use clear headings, subheadings, and summaries at the end of major sections.
- Define jargon inline, not in a glossary.
- Use metaphors, analogies, or thought experiments liberally.
- If helpful, include short “mental models” or “rules of thumb” to aid intuitive understanding.
Output Goal:
A research-style explainer (typically 3,000–5,000 words) that is educational, accessible, and intellectually rigorous — something that helps a curious but non-specialist reader gain a working, conceptual mastery of [TOPIC].
I’ve done 100's of deals, and replaced my income with investment income.
Most don't believe they can too.
Here are 9 simple mindset shifts to start your path to $100k+:
When you find out you’re going to have a baby, you get a lot of advice.
Unfortunately, most of it sucks.
Here is the straight talk parenting advice I wish I had received:
The Harvard Study of Adult Development began tracking the lives of 268 Harvard sophomores in 1938.
It is considered the longest running study on adult life, health, and happiness.
Here are 3 powerful findings everyone should know: