Awe-Inspiring Math: The Mandelbulb

  • Thread starter fourier jr
  • Start date
In summary, these guys have been working on a 3D Mandelbulb-like object since 2007, and it's apparently pretty inspiring. There are a ton of questions that remain unanswered, but it's still really cool to see.
  • #1
fourier jr
765
13
This is AWESOME! & 1000x awesomer if you know about the math behind it. How could a painter or sculptor come up with something like this? Math is much better:

mandelbulb_1a.jpg


see more pics here, but it's not very interesting because there's no explanation:
http://www.wired.com/wiredscience/2009/12/mandelbulb-gallery

& more theory & many more pics here:
http://www.skytopia.com/project/fractal/mandelbulb.html

 
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Physics news on Phys.org
  • #2
Oh wow...that's very, very cool!
 
  • #3
there are some good questions on the 2nd page also:

Further exploration of the creature
There are so many questions we can ask about the structure and nature of the object (we'll stick mostly to the power 8 version for now):
•What's the formula of this thing? (see the page)
•What does it look like on the inside? (see the page)
•Any interesting analogues to the 2D Mandelbrot set? (yes)
•Is this thing really new? (as far as the author knows it is)
•What variations of the formula are possible?
•What happens at infinity iterations? (unknown)
•Is the object completely connected, and maybe path, locally, or simply connected? (also unknown)
•Why do lower powers exhibit less fractal-like detail than higher powers? (unknown)
•Does fractal detail really go on forever when you zoom in? (probably)
•Any Julia equivalent for it? (yes)
•What is its volume and Hausdorff dimension? (unknown)
•Are there near exact copies of the object deep inside the structure? (as of right now, no)
•Any way to colour the object, to replace its mono-ish appearance?
•Any decent 3D software to render the beast?
•If the 2D Mandelbrot is the thumbprint of God, what does that make the 3D Mandelbulb?
 
  • #4
They first called it a "Broccoli Virus".

A fellow going by the name of Twinbee (Daniel White) was posting here on PF in August, asking about various https://www.physicsforums.com/showthread.php?t=331883&highlight=Twinbee". Look about halfway down the page for the first appearance of this object. Together, these guys are amazing, and have been in dogged persuit of a 3D Mandelbrot-like object since September 2007!
 
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  • #5
Here's a close-up photograph of the inspirational http://scienceblogs.com/chaoticutopia/upload/2006/11/broccoli.jpg" .

Daniel White's website is hosted http://www.skytopia.com/project/fractal/mandelbulb.html" .

David Makin hosts his own site, so frequent visits could cause him some dispair unless you want to purchase his art.
 
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  • #6
Makes a good argument for extraterrestrial life.
 

1. What is the Mandelbulb?

The Mandelbulb is a three-dimensional fractal object that was discovered in 2009 by mathematician Daniel White and artist Paul Nylander. It is created by applying mathematical formulas to a three-dimensional coordinate system, resulting in a complex and infinitely detailed structure.

2. How is the Mandelbulb different from other fractals?

Unlike other fractals, which are two-dimensional, the Mandelbulb exists in three dimensions. This allows for even greater levels of complexity and detail, as well as the ability to explore it from multiple angles and perspectives.

3. How is the Mandelbulb created?

The Mandelbulb is created by applying a mathematical formula to a three-dimensional coordinate system, known as the Mandelbulb equation. This equation involves repeatedly squaring and adding the coordinates of a point in 3D space, and then using the resulting values to plot the next point. This process is repeated over and over, resulting in the intricate structures and patterns of the Mandelbulb.

4. What is the significance of the Mandelbulb?

The Mandelbulb has captured the interest and imagination of mathematicians, artists, and enthusiasts alike. It has opened up new possibilities for exploring and understanding fractal geometry, and has even been used in scientific research, such as in the study of turbulence in fluids.

5. Can the Mandelbulb be explored in virtual reality?

Yes, the Mandelbulb can be explored in virtual reality, allowing for an even more immersive and mind-bending experience. There are various software programs and applications that allow users to explore and manipulate the Mandelbulb in 3D space, providing a unique and awe-inspiring journey through its intricate and infinite structures.

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