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[The Math Flow @TheMathFlow]

Ever wondered how 3D objects spin smoothly in games, animations, or even real-world robotics?

This is the magic behind it!

Meet the rotation matrices that control how things twist around the X, Y, and Z axes.

From video games to spacecraft navigation, these rotations power the invisible math that makes our digital world feel real.

[Arquitectura Viva @arquitect_viva]

Casa Patio en Sicilia
Fotografías: Nicolò Panzeri

[Architizer @Architizer]

Dark siding, warm pine interiors, and strategic windows give this downsized home a cabin-like feel while connecting everyday life to the surrounding forest.

📍Asheville, NC, United States
Project by: Rusafova-Markulis Architects
Details: https://t.co/6AF7FNCVp3

[HOUSE LOVERS @hutdesigns]

Homes filled with life 🌿

[The Math Flow @TheMathFlow]

The Heisenberg uncertainty principle is a foundational concept in quantum mechanics, formulated by German physicist Werner Heisenberg in 1927.
It states that there is a fundamental limit to how precisely certain pairs of physical properties of a particle—such as its position (x) and momentum (p)—can be known simultaneously. The more accurately you measure one property, the less accurately you can measure the other, and this isn't due to imperfections in measurement tools but rather an inherent property of quantum systems.

[Viralfizz @Viralfizz]

🟠🟤⚫️🟠🟡

[Architecture Presentation @arcpresentation]

Green roof 3d cut detail

[Civil Engineering @CivilEngCo]

Bathroom Details

[Interior Design Architecture @Interiorarchdes]

Kitchen Material Moodboard

Soft light, warm wood, pure simplicity.
This Scandinavian-inspired palette blends creamy mattes with natural oak textures, creating a calm, inviting, and timeless look.

▫️397 – Natural Touch Oak
▫️398 – Super Matt Light Cream
▫️3037 – Matt Texas Oak

[Landscape Architecture @Landscapecture]

Common fragrant herbs and flowers to grow for an aromatic garden

[Landscape Architecture @Landscapecture]

Garden corner design

[Landscape Architecture @Landscapecture]

Basic landscaping plan and elevation

[Math Cafe @Riazi_Cafe_en]

"Lectures on Abstract Algebra"

by Richard Elman (UCLA)

https://t.co/Va9GlEMNdx

[Math Cafe @Riazi_Cafe_en]

Stanford's "Advanced Algorithms" lecture notes

PDF: https://t.co/yD1n2zTd7q

[Math Cafe @Riazi_Cafe_en]

MIT's "Introduction to Deep Learning"

Slides & Videos: https://t.co/AdaCWyxdn5

[MIT CSAIL @MIT_CSAIL]

#otd in 1971 Bell Labs released the first Unix Programmer's Manual.

Download the free PDF here: https://t.co/BYh3dAyM8u

(v/@CoolSWEng)

[MIT CSAIL @MIT_CSAIL]

Top websites for accessing free books (v/@nrqa__):

1. ZLIB
2. Project Gutenberg
3. Open Library
4. Google Books
5. BookBub
6. Free eBooks
7. Internet Archive
8. Smashwords
9. LibriVox
10. ManyBooks
11. PDF Drive

[World Bank Data @worldbankdata]

#Facebook's marketing data isn't just about 'likes' anymore—it's a goldmine for social research.

Dive into our blog to learn how we crafted the innovative rsocialwatcher #R package, an open tool that streamlines access to Facebook's Marketing API.

👉 https://t.co/Tlecj3FFrA

[Turing Post @TheTuringPost]

A FREE tutorial on diffusion models and flow matching for ML!

Created by @Apple, Mila and @UMontreal, this tutorial simplifies the math but ensures precision for deriving correct algorithms.

Audience: beginners in diffusion with a technical background, such as advanced undergraduate or graduate students.

The tutorial is divided into five parts:

• Fundamentals of diffusion
• Constructing a stochastic diffusion sampler
• Constructing a deterministic diffusion sampler
• Exploring Flow Matching as a generalization of diffusion
• Connecting the tutorial to broader literature and practical design choices

Explore diffusion step-by-step: https://t.co/Chukk0BESP