AI to create AI that explains AI and other vibes

Learn the basics of AI and experiment with a neural network consisting of a single neuron, optimize parameters and experience how AI algorithms develop in real time. Perfect for anyone who wants to understand the fundamentals of AI, from aspiring data scientists, tech enthusiasts to average joe.

Most people associate human-like machines that can see, speak and reason with brain-like neural networks that can think and reflect on a problem.

But Artificial Neural Networks (ANNs) are mostly stateless and primarily master one thing: they excel at curve fitting, mapping input data to outputs through complex functions, enabling them to solve diverse problems, including training large language models (LLMs).

Let’s now demystify this core concept of modern AI

This software demonstrates the solution to an optimization problem, using the example of the shortest route to a hospital. Optimization problems play a central role in machine learning.

The 2024 Nobel Prize in Physics was awarded to John J. Hopfield and Geoffrey Hinton for their foundational work in artificial neural networks, which includes Hopfield networks and Boltzmann machines. Their contributions have been instrumental in advancing machine learning and AI.

This simulation shows an energy-based neural network that is similar in function to Hopfield and Boltzmann networks.

This AI embedding algorithm visualizes the relationships and meanings of words in a 2D vector space, where every word tells a story through its position and connections.

This deep comprehension of word meanings forms the basic building block for large language models (LLMs), enabling them to generate coherent, contextually relevant text.

Unlike traditional sequence models like Recurrent Neural Networks (RNNs), which process tokens sequentially, Transformers process all tokens in parallel and thus lack an inherent understanding of token order.

Positional encoding addresses this challenge by encoding positional information into the token embeddings.

The attention mechanism revolutionized NLP by enabling models to focus on important parts of the input sequence, allowing for contextually accurate responses even in long sequences.

Introduced in the 2017 paper "Attention Is All You Need" by Vaswani et al., self-attention has become a cornerstone of modern AI and the transformer architecture of LLMs.

Let us now demystify the intricacies of Large Language Models (LLMs) and bring theory to life with an interactive simulation.

Watch in real-time as this basic yet fascinating transformer model runs a live simulation, piecing together language constructs with the elegance of simplicity.

Analyze audio signals effortlessly with this web-based tool. Visualize the frequency spectrum and spectrogram of MP3 files or live input from your microphone in real time, all within your browser. Ideal for uncovering sound details with precision and ease.

The 3D gas simulation shows particles in a 3-dimensional space that meet and repel each other depending on the temperature. The energy distribution is shown as a diagram.

Immerse yourself in a streamlined 3D animation of the solar system, where planets and moons are the stars of the show. Glide effortlessly through the vast reaches of space in fly mode, weaving through the orbits of planets. Marvel at their sizes and positions as you soar past Earth, skim the colossal gas giants, and venture into the outer regions.

Explore hydropower dynamics with our Archimedean Screw Turbines Simulation. Customize turbine designs by adjusting blade numbers and inclination angles, and visualize the impact of design parameters.

This simulation provides a detailed visualization of how two 3-phase generators operate, producing synchronized sine waves that ultimately merge into the larger grid waveform. It illustrates key electrical principles such as phase alignment, frequency synchronization, and waveform superposition—offering a compelling demonstration of real-world power generation dynamics.

This simulation beautifully illustrates the synchronization phenomenon first observed by Christiaan Huygens in the 17th century. Huygens discovered that two pendulum clocks mounted on the same beam would eventually synchronize their swings due to subtle forces transferred through the shared structure.

Explore the United States international trade with this interactive map.

Hover over each nation to instantly see the balance of trade, clearly indicating whether the US has a trade surplus (exporting more than importing) or a trade deficit (importing more than exporting).

This tool is designed to refine text formatting. Users can input text into a resizable text area, adjusting paragraph width seamlessly with mouse interaction. The app will then create precise line breaks for the given text area width.

Compound Interest Calculator shows the capital development over a specified time and interest rate.

Transform your browser into a powerful music studio with our vibe coded web synthesizer! This intuitive tool lets you craft rich, dynamic sounds effortlessly. Tweak parameters in real time, and design your own unique soundscapes—all without downloading software.

Experience the mesmerizing charm of a bouncing ball that shifts through a spectrum of vibrant colors. This ASMR simulation combines rhythmic motion with a dynamic visual display, as the ball gracefully bounces and transforms its hues with every impact.