Mud People

ShivaShaktiTaped20211024

Mycelium (with Violin Baba)

… Imagine a world of infinite complexity. A world where patterns repeat endlessly. This is the world of fractals. Fractals are intricate shapes with a unique property- they look similar at different scales. Zoom in on a fractal, and you'll find the same patterns repeating themselves. Zoom in again, and the patterns persist. This self-similarity is captivating and reveals the hidden order within seemingly chaotic structures. Fractals were not always recognized as a distinct field of study. It was Benoit Mandelbrot, a Polish-born mathematician, who revolutionized our understanding of these complex patterns. Mandelbrot coined the term fractal in nineteen seventy-five and is often referred to as the father of fractal geometry. His groundbreaking work revealed the ubiquity of fractals in nature and their potential applications in various fields. … At the heart of fractal geometry lies the Mandelbrot Set, a set of complex numbers that produces an infinitely detailed boundary. The Mandelbrot Set is generated by a simple mathematical equation, yet it yields an astonishingly complex and beautiful image. This image, often depicted in vibrant colors, reveals an endless array of swirling patterns and intricate details. The beauty of the Mandelbrot Set lies not only in its visual appeal but also in its mathematical significance. It exemplifies the concept of self-similarity. Zooming in on any part of the boundary reveals smaller copies of the original shape, nested within each other. This infinite recursion is mesmerizing and highlights the deep connection between mathematics and aesthetics. … Fractals are not just abstract mathematical constructs; they are found everywhere in the natural world. Look closely at a tree, and you'll notice that the branching pattern repeats itself at smaller scales. The veins of a leaf, the intricate structure of a snowflake, the rugged coastline of a continent – all these natural phenomena exhibit fractal characteristics. Nature's embrace of fractals goes beyond aesthetics. Fractal patterns often serve important functional purposes. For instance, the fractal structure of lungs maximizes the surface area available for gas exchange. Similarly, the fractal branching of blood vessels ensures efficient nutrient delivery throughout the body. Fractals, therefore, offer a glimpse into the elegant solutions that nature has evolved to address fundamental challenges." … Mandelbrot's work on fractals has had a profound impact on various fields, extending far beyond pure mathematics. Fractal geometry has found applications in physics, computer science, engineering, finance, and even art. In physics, fractals are used to model complex phenomena such as turbulence and phase transitions. In computer science, fractals are used in image compression algorithms and to create realistic landscapes and textures for computer graphics. Fractal antennas, with their compact size and efficient performance, have revolutionized telecommunications. The applications of fractals are vast and continue to expand as our understanding of these fascinating patterns deepens.



Spiral Sequence - Mandelbrot Set

Meditating on the great fire; she contemplates the divine; seeking the blessings of Agni to purify the mind and spirit, ignite wisdom.

Spiral Sequence - Yagya

Flying around a burning star, cradling life and manifesting dreams. An after hours track that was put together doodling over existence.


Stardust

feeling the beautiful Parvati valley…in all its haze ;)

Parvati Haze (Om Shanti)

Flying in Pieces

Flying in pieces

twisted ambient track - tried to wrap it around with a watery feeling and a quote from Bruce Lee
Video: https://youtu.be/w_eBJHGnYKY

Like Water (Free Download)

a track inspired by the movie Frontière(s)from a few years ago

Spiral Sequence

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