Mandelbrot Collection

Mandelbrot fractal F008 / 4436
Mandelbrot fractal. Computer graphic showing a fractal image derived from the Mandelbrot Set. Fractals geometry is used to derive complex shapes as often occur in nature

Mandelbrot fractal F008 / 4429
Mandelbrot fractal. Computer graphic showing a fractal image derived from the Mandelbrot Set. Fractals geometry is used to derive complex shapes as often occur in nature

Mandelbrot fractal F008 / 4427
Mandelbrot fractal. Computer graphic showing a fractal image derived from the Mandelbrot Set. Fractals geometry is used to derive complex shapes as often occur in nature

Quaternionic fractals
Haemoglobin. Computer model of the haemoglobin molecule that transports oxygen around the body in red blood cells. It has four iron-containing haem groups (coloured spheres)

Mandelbrot fractal F008 / 4440
Mandelbrot fractal. Computer graphic showing a fractal image derived from the Mandelbrot Set. Fractals geometry is used to derive complex shapes as often occur in nature

Mandelbrot fractal F008 / 4435
Mandelbrot fractal. Computer graphic showing a fractal image derived from the Mandelbrot Set. Fractals geometry is used to derive complex shapes as often occur in nature

Computer-generated Mandelbrot fractal
Mandelbrot fractal. Computer-generated Mandelbrot fractal. Fractals are patterns that are formed by repeating some simple process on an ever decreasing scale

Mandelbrot fractal F008 / 4430
Mandelbrot fractal. Computer graphic showing a fractal image derived from the Mandelbrot Set. Fractals geometry is used to derive complex shapes as often occur in nature

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The mesmerizing beauty of the Mandelbrot fractal F008 / 4436 captivates our imagination, as its intricate patterns unfold before our eyes. Each iteration reveals a new level of complexity and detail, drawing us deeper into its infinite depths. In contrast, the Mandelbrot fractal F008 / 4429 invites us to explore a different realm of mathematical artistry. Its delicate curves and symmetrical formations create a sense of harmony and balance that is both soothing and awe-inspiring. As we delve further into this world of mathematical wonders, we encounter the Mandelbrot fractal F008 / 4427. Its vibrant colors dance across the canvas, painting a picture that defies conventional boundaries. It reminds us that even in chaos, there is an inherent order waiting to be discovered. But let's not forget about quaternionic fractals - another captivating branch within this vast universe. These multidimensional creations push the boundaries of our perception, challenging us to expand our understanding beyond what we thought was possible. Returning to familiar territory, the Mandelbrot fractal F008 / 4440 beckons with its intricate tendrils and swirling shapes. It serves as a reminder that beauty can be found in even the most complex equations - if only we take the time to look closely enough. Meanwhile, the computer-generated Mandelbrot fractal F008 / 4435 showcases how technology has allowed us to visualize these mind-bending structures with unprecedented clarity and precision. What once existed solely in abstract mathematical formulas now materializes before our very eyes. Amidst this exploration lies yet another masterpiece: The Mandelbrot fractal F008 / 4430. Its ethereal glow emanates from within, inviting contemplation on life's mysteries and hidden connections between seemingly disparate elements. Ultimately, each variation of these mandelbrot fractals offers a glimpse into an infinitely complex and beautiful world.