This course takes you deeply into the design and implementation of web apps with Python, JavaScript, and SQL using frameworks like Django, React, and Bootstrap.
Learn about the development of 2D and 3D interactive games in this hands-on course, as you explore the design of games such as Super Mario Bros., Pokémon, Angry Birds, and more.
Learn about mobile app development with React Native, a popular framework maintained by Facebook that enables cross-platform native apps using JavaScript without Java or Swift.
I'm canceling my Adobe subscription after testing this.
Skywork just stacked GPT-Image-2 + Nano Banana 2 into one design workspace.
No Photoshop. No Illustrator. No designer.
Posters, logos, and full brand kits in seconds.
Here's how it works ↓
It's called Skywork Images.
→ Powered by GPT-Image-2 (99% text accuracy)
→ Nano Banana 2 (4K renders in under 10 sec)
→ Fully editable canvas — not a one-shot generator
→ Exports straight to PDF, print-ready
Gauth just dropped Atlas and it might be the end of textbooks.
Type any topic like "Silk Road," "how a camera works," "fall of Constantinople" and it builds you a hand-drawn, interactive visual world you can walk through.
No more reading walls of text. You explore knowledge like a map.
Here's how to use it (step by step): ↓
1. Go to
No signup wall. No paywall. Works straight in your browser.
This is the same Gauth that hit #1 in Education on the App Store built by ByteDance, used by millions of students.gauthmath.com/atlas
Type any subject into the search bar.
Anything works:
→ "The rise of the Roman Empire"
→ "Inside a beehive"
→ "How nuclear reactors work"
→ "The fall of Constantinople"
Too broad, too niche, too specific doesn't matter. If you're curious about it, Atlas builds it.
GOOGLE QUIETLY BUILT THE SMARTEST LEARNING TOOL ON THE INTERNET
Google's NotebookLM has been free for months and it's better than any tutor I've ever paid for.
But 90% of people are using it completely wrong.
I'll give you 10 NotebookLM prompts to learn anything in record time.
1. The Feynman Decomposer
"Take every major concept in this material and rebuild each one as if you were Richard Feynman teaching a curious 12-year-old. Use only everyday analogies, real-world examples, and zero jargon. After each explanation, list the 3 most common misconceptions students have about this concept and explain exactly why those misconceptions feel intuitive but are wrong. Then test my understanding by asking me one question that forces me to apply the concept in a scenario not covered in the source material."
2. The Exam Predictor
"Act as the professor who wrote this material. Based on the structure, emphasis, repetition patterns, and depth of coverage across the source, predict the 10 most likely exam questions a professor would ask from this content. For each question, explain why it would be asked, which section of the source it pulls from, and what a perfect answer would look like. Then rank the questions from highest probability to lowest based on how heavily the source weights each topic."