Albert Tan
Mathematical Physicist – STEAM Innovator – AI Robotics Specialist
Pioneering the boundary between abstract mathematical frameworks and cognitive robotic deployment. This workspace serves as a frontier tech repository, detailing advanced research applications and structural STEAM education curriculum for a global community.
Latest Research and Digital Simulations
-
FIFA World Cup 2026
FIFA World Cup 2026 Countdown & Fan Hub FIFA WORLD CUP 2026 United by the Game. Hosted by 3 Nations. Kick-off is Coming! Top Banner Ad (728×90)Your AdSense Ad Here Meet the 16 Host Cities Medium Rectangle Ad (300×250)Your AdSense Ad Here Go Premium for $1 Get exclusive match analysis, ad-free browsing, and printable wall…
-
How Long Does a Fall Take?
How Long Does a Fall Take? Compare Two Objects — Interactive How Long Does a Fall Take?Compare Two Objects — Interactive Test the mass‑independence claim in vacuum vs real air. Choose two objects, set an environment and wind, then compare their descent. Quadratic drag + buoyancy with a robust RK4 integrator. Setup & Theming Preset…
-
Fall Time of an Object
Free Fall Simulation Free Fall Simulation Height: 250 m Mass: 10 kg Drop Objects Vacuum 🌕 Time: 0.00 s Real World (Air) 🌬️ Time: 0.00 s
-
International Chess
Less Noise More Moves In Chess and on the web, clarity beats clutter. A good puzzle, and a good chess game, removes distractions so the player’s mind can focus on patterns, time, and choice. Let’s play the game, start the clock, and get out of the mystery. [quiet_chess]
-
Vector and Components
Imagine trying to tell someone how fast a car is moving. Saying “50 km/h” is useful, but it doesn’t tell you *where* it’s going. To fully describe its motion, you need to say “50 km/h *north*.” That’s the essence of a vector! ### 1. Vectors: Magnitude and Direction A **vector** is a mathematical object that…
-
2D Kinematics: A Projectile’s Journey
The Simulation: A Projectile’s Journey. To truly grasp 2D kinematics, let’s watch it in action! Imagine a world where everything moves only in straight lines, either left-right or up-down. That’s 1D kinematics. Now, what if things could move *both* left-right and up-down *at the same time*? That’s 2D kinematics! So, what is 2D Kinematics? **Kinematics**…
-
LEGO as a Transparent Platform for Experimental Modelling in STEM Education
LEGO bricks are widely perceived as toys, yet they constitute a versatile medium for inquiry that links creative design with core principles in science, technology, engineering, and mathematics. Here we propose a practice-oriented framework that positions LEGO building as experimental modelling: learners formulate a question, construct a material representation, measure behaviour, and iterate. The approach…
-
Unraveling Projectile Motion like The Path of a Canonball
Have any of us ever wondered about the physics behind a cannonball soaring through the air, or a baseball being thrown? Both follow a beautiful, predictable path known as a parabola. This time, simulation motion, called projectile motion, is governed by just a few fundamental principles: initial velocity, launch angle, and the omnipresent force of…
-
Understanding Physics in Motion through Interactive Simulation
Have we ever wondered how interconnected fundamental physics concepts like Force, Mass, and Acceleration truly are? Or how Density relates to an object’s momentum as it speeds up? This interactive simulation below is designed to help us visualize these relationships directly! In physics, many concepts are tied together by elegant formulas. In here, we will…
-
Unit and Dimensions
As living beings, many of us interact with life in science, particularly in physical science. We often think of physics as abstract theories and complex equations, but its foundation lies in something surprisingly simple and compelling: Units and Dimensions. Think of them as the language of the cosmos, the universal grammar that allows us to…
Technical Consultations
Schedule an hour-long, timed discussion on structural physics modeling, frontier AI logic workflows, or curriculum engineering.
Support the Workspace
Contribute open-ended, flexible donations directly to support open-information-simulation-tool development, mathematic research, and frontier STEAM educational.