Logicedges
'Edges' or 'limits' of logic, proof and what can be known
Logicedges presents aspects of science and logic that are not fully described by that science or logic. They are often very beautiful which many historical developers of science and maths have written about, quoted here.
Here are four examples of such "edges":
• Irrational numbers such as √2 cannot be written as a ratio of 2 numbers. The consequence of this leads to a fundamental uncertainty in the behaviour of the physical world shown by the "butterfly effect" in the "three body problem"
• Incompleteness Consistent theories* contain a statement that cannot be proved within that theory.
• Quantum uncertainty Observing very small particles disturbs them in a most fundamental and unpredictable way**;
• Quantum interpretation Very small particles are best described with a wave which requires the use of the square root of -1**.
*sufficient to be able to describe counting natural numbers.
** from quantum physics currently giving the best scientific description of particles.
Music & videos many related to beautiful wave patterns or mathematical patterns, or just beautiful.
Scenery & Nature Videos
Waves & Wave Equation Animations
Fractal Zoom Animations
The Barnsley fern animated around the data points out of which it appears to 'grow'.
A zoom into the logistic map
The Lorenz attractor and its match with water flow.
The "Lorenz attractor in the sky"
The Mandelbrot set: selected slides and a zoom with its matching bifurcation tree.
The Mandelbrotset & its bifurcation diagram
Geometry of a swimming whale (equation chosen empirically)
Candle smoke rising
The Schrödinger equation
The wave equation starting in a simple state and ending in a state similar to the waves on the sea.
Three particles attracted only by, say, gravity generally move in chaotic orbits - known as the three-body problem.
Flames rolling in a woodburner