Forging Mind
@forgingmind
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Australian based 3D digital artist fascinated with creating order and balance through geometric form and colour. I'm not a mathematician but I love #mathart ⚛️
Brisbane, Australia
Joined April 2016
Mathematics. The Hopf fibration (named after topologist Heinz Hopf) is a fundamental concept in mathematics that describes a deep and surprising connection between spheres of different dimensions.
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A Blaschke-Quotient Flow on the Poincaré Disk Inside the unit disk, zeros and poles perform a Möbius ballet, twisting under SU(1,1) symmetries. Each point follows the gradient of an inner function, its path tracing folds of velvety hyperbolic fabric. Phase interference becomes
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Neon Vortex Street: Lattice Boltzmann Air flows past a cylinder and sheds whirlpools in an alternating chain, the Kármán vortex street. Simulated with the Lattice Boltzmann method (D2Q9) at Re 60, 100, 180, 220. Higher Re = faster, tighter shedding.
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~ Symmetry Hypnosis II ~ More arcs, spheres and mesmerising patterns... #octanerender #symmetry
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~ Shadow & Light ~ Four squares casting geometric patterns through a dance of light and shadow. #octanerender #geometry
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~ Symmetry Hypnosis ~ One arc, a sphere at each end, cloned, then rotation animated. How a simple setup can create mesmerising patterns...
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~ Trefoil Psychedelia ~ Who would like a sculpture like this on their coffee table? 😃 #knotart #octanerender
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~ Meet in the Middle ~ Love playing with @insydium_ltd #meshtools and splines :) #knotart #octanerender
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Platonic Solids Harmony: many more properties than the commonly known ones... https://t.co/axVwfqSg6z (by Mathematical Etudes) #math #science #iteachmath #mtbos #visualization #elearning #geometry
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A more stylised version of my previous post based on a figure of eight knot. #octanerender #knotart
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Credit to @EtherDais for going through the journey to parameterise this variation of the figure of eight knot: x = 1/3 (cos(t)+2 cos(3t) ) y = 1/3 (sin(t)-2 sin(3t) ) z = sin(2t+0.2) I made the animation on the left, swept the spline made from the above formula with a square then
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