13:52
General College Physics 1: Lecture: 1D Motion Problems
16:34
General College Physics 1: Lecture: Velocity and Acceleration
05:35
General College Physics 1: Introduction to the Playlist
28:29
General College Physics 1: Lecture: What is Physics? and Representing Motion
13:55
LuckFox Pico Pro/Max Lab 17: Web-Controlled LED Sequencer with "links" linux HTTP and Python
24:00
LuckFox Pico Pro/Max Lab 16: AI-Powered LED Control with MoonDream2, and Phi-2 - VLM, LLM
02:34
LuckFox Minicourse Announcement 2: Rust Track Begins
32:58
Speed Test! Rust vs Python vs C on the LuckFox Pico Pro/Max
20:59
Rust on the LuckFox Pico Pro/Max â LAB 1: Getting Started and Toolchain Setup
33:56
LuckFox Network Lab 3: Real-Time Rack Monitoring with MQTT communication â Mosquitto Broker
32:03
Networked Thumb Drive Sync with Syncthing â LuckFox Pico Pro/Max Distributed Storage Lab
03:45
LuckFox Pico Pro/Max Minicourse: Announcement Core Series + New Networking Track
41:44
Building a LuckFox Pico Pro/Max Microcontroller Rack: Launching a Networked Embedded Systems Lab
29:12
Lab 15: âHackingâ the LuckFox Camera â Remote Image Capture from Buildroot via UART + SCP
36:13
Build Your Own Capacitor â A Hands-On Physics Lab with Multimeter, Oscilloscope, Phase-Locked Loop
21:02
LuckFox Pico Pro/Max Lab 14: Tracking the International Space Station with a Live API.
27:05
LuckFox Pico Pro/Max Lab 13: Configuring USB Host Mode and Using USB Webcam and Thumb drive
24:34
LuckFox Pico Pro/Max Lab 12: Interfacing I2C LCD Displays
34:37
LuckFox Pico Pro/Max Lab 11: Expanding Analog Inputs with the 74HC4051 Multiplexer
21:42
LuckFox Pico Pro/Max Lab 10: RS232 Communication â Part 2: Interfacing with a Setra Balance
46:57
LuckFox Pico Pro/Max Lab 9: RS232 Communication â Part 1: Hardware Conversion
22:59
LuckFox Pico Pro/Max Lab 8: Using the 74HC595 Shift Register
16:10
LuckFox Pico Pro/Max Lab 7: Wireless RF Communication using the Qiachip RX480 433 MHz RF Modules
17:32
LuckFox Pico Pro/Max Lab 6: Adding DAC Capabilities with the MCP4725 chip
24:25
LuckFox Pico Pro/Max Lab 5: I2C Communication and OLED Display
13:02
LuckFox Pico Pro/Max Lab 4: Basic GPIO Operation
12:01
LuckFox Pico Pro/Max Lab 3: Live Streaming Data to Google Sheets
06:49
LuckFox Pico Pro/Max Lab 2: Hosting a Flask Page on a LAN
38:40
LuckFox Pico Pro/Max Lab 1: Setting up for More Advanced Python Applications
08:13
LuckFox Microcontroller Laboratory â A Hands-On Mini-Course
34:24
Monodromy group of finite Blaschke products - Minicourse on Blaschke products
13:04
The Blaschke Group and the Cassier-Chalendar Theorem - Minicourse on Blaschke Products
14:11
The Blaschke Ellipse - Minicourse on Blaschke products
07:44
Breaking Degenerate Zeros in Blaschke Products
12:03
The Derivative, Logarithmic Derivative, and Critical Values - Minicourse on Blaschke Products
11:18
Normalizing the Blaschke Product - MiniCourse on Finite Blaschke Products
10:15
The Composition of Blaschke Products with Möbius Transformations - MiniCourse on Blaschke Products
14:27
Introduction to the Mini-Course on Finite Blaschke Products
06:23
Introduction to the Minicourse on the Dirichlet series
14:10
A Dirichlet Series Quantum Model: Minicourse on the Dirichlet series
10:23
Mellin Transform, Spectral Dirichlet Series, and Partition Functions: Minicourse on Dirichlet series
16:49
Products of Dirichlet Series and Zeta Regularization: Minicourse on the Dirichlet series
23:49
Euler product and zeta function relations: Mini-course on the Dirichlet series
10:39
Gibbs Phase Rule: Binary systems and eutectic behavior
12:22
Gibbs Phase Rule: Phase diagram for a single species system
10:53
Gibbs Phase Rule: Derivation with chemical reactions
25:54
Gibbs Phase Rule: Derivation without chemical reactions
02:53
Gibbs Phase Rule: Introduction to the minicourse
13:51
Machine Learning in General Chemistry: Predicting Dye Loading in Bioplastics Using CNNs
14:40
Machine Learning in General Chemistry: Discovering Hydrogen Bonding Using Unsupervised Learning
14:45
Machine Learning in General Chemistry: Optimizing DrugâProtein Binding Using Chemoinformatics
22:21
Machine Learning in General Chemistry: Training a Robot for Titrations with Reinforcement Learning
13:52
Welcome to Machine Learning in General Chemistry â Part 2!
35:01
Explore Hyperbolic Dynamics: Poincaré Disk Random Walk Diffusion Lab Tutorial
20:23
Getting Started with Machine Learning in General Chemistry - Part 1. Supervised learning models.
22:00
Machine Learning in General Chemistry: Convolutional Neural Networks in Image Recognition
19:19
Machine Learning in General Chemistry: Image Recognition in Chemical Quality Control
21:24
Machine Learing in General Chemistry - Welcome to Cobberland!
16:22
Machine Learning in General Chemistry -- Jargon and Basic Ideas
23:23
PIC12F1822 Lab 5 - Interactive UART: Building a Guessing Game. PIC Microcontroller
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About
Welcome to the GNL Project, an educational platform inspired by G.N. Lewis's vision that "Physical chemistry is everything thatâs interesting." We believe mastering physical chemistry reveals the world's beauty and arms us with the tools to explore any intriguing phenomenon. Our mission is to make physical chemistry accessible and engaging for all.
Our core curriculum is structured to guide students from basic college entry-level to advanced master's degree insights. Embracing G.N. Lewis's perspective, we extend beyond traditional physical chemistry boundaries, covering topics from the PIC10F200 microcontroller to physical neuroscience foundations. The GNL Project showcases physical chemistry as the foundation for diverse studies, underlining that understanding this field enables exploration across various interests.
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