MIT OCW 8.20: Introduction to Special Relativity

Category

Physics / Quantum / RF

Provider

MIT OCW

Type

course

Level

foundation

Topic

Physics / Quantum / RF

Track

Physics / Quantum / RF

Section

n/a

Format

n/a

Status

publishable

Commercial

unknown

Featured

no

Fast start

no

Sequence

n/a

Priority

n/a

Primary source

learning_paths

Sources

learning_paths

ID

e2b4b5571c7a604b

MIT OCW 6.006 Introduction to Algorithms

MIT OCW

Data structures and algorithms for high-performance systems.

MIT OCW: Introduction to Neuroscience

MIT

Adds rigorous structure to the fundamentals and links well to quantitative work.

MIT OCW 6.003 Signals and Systems

MIT OCW

Fourier/Laplace, sampling, LTI systems, and core signal intuition.

MIT OCW 18.06 Linear Algebra

MIT OCW

Linear algebra foundations used across ML, vision, and optimization.

MIT OCW 6.450 Principles of Digital Communications I

MIT OCW

Information theory + digital comm fundamentals for modern RF/LLM-era signal systems.

MIT OCW 6.02 Digital Communication Systems

MIT OCW

Coding, modulation, synchronization, and end-to-end digital comms.

NPTEL: Microwave Engineering

NPTEL

Microwave engineering fundamentals for RF, waveguides, and high-frequency design.

MIT OCW Classical Mechanics

MIT

Good formal base for later simulation, control, robotics, and aerospace work.

MIT OCW 18.01 Calculus

ocw.mit.edu

MIT OCW 6.451 Principles of Digital Communication II

MIT OCW

Advanced digital communications topics (multiuser, coding, detection).

MIT Quantum Physics I / II / III bundle

MIT

The right deeper theory route if you want more than SDK-level familiarity.

MIT 18.06 Linear Algebra

MIT OCW

The canonical linear algebra course for ML, graphics, controls, robotics, and quantum work.