• Φ
  • About
  • Contributors
  • Resources
  • Contact
  • Store
  • Site Map

The Golden Ratio: Phi, 1.618

Golden Ratio, Phi, 1.618, and Fibonacci in Math, Nature, Art, Design, Beauty and the Face. One source with over 100 articles and latest findings.

The Golden Ratio - The Divine Beauty of Mathematics PhiMatrix Golden Ratio Design and Analysis Software Elliott Wave Investing Principles Ka Gold Sacred Geometry Jewelry Phee Phi Pho Phum Coffee Mug Golden Ratio Phi Collage T Shirt
  • Phi
  • Design/Art
  • Beauty/Face
  • Life
  • Math
  • Geometry
  • Markets/Gaming
  • Cosmos
  • Theology
  • Pi
  • Blog
You are here: Home / Geometry / Bucky Balls and Phi

Bucky Balls and Phi

May 13, 2012 by Gary Meisner 3 Comments

Bucky balls are based on sixty coordinates all based on phi.

Bucky balls are named after Buckminster Fuller, who popularized the geodesic dome.  The shape defined by Bucky balls is also found in the Carbon 60 molecule, a form of pure carbon with 60 atoms in a nearly spherical configuration, the truncated icosahedron and soccer balls.

Bucky balls consist of 60 points on the surface of a spherical shape where the distance from any point to its nearest neighboring three points on the sphere is identical for all points.


Bucky ball

Truncated icosahedron with coordinates and dimensions based entirely on phi, the golden proportion

Truncated
icosahedron

Soccer ball, with pentagon sections based on phi, the golden ratio

Soccer ball
(A very phine sport)

Geodesic dome

Geodesic dome

Note that the surface consists of twelve phi-based pentagons, each one of which is connected to five of the twenty hexagons, shown unfolded below:

In the geodesic dome, each pentagon and hexagon is divided into identically shaped triangles, bringing the shape closer yet to a sphere.

The coordinates of the 60 vertices of a Bucky ball centered on the origin of a 3D axis are all based on phi!

These coordintates are the same as the corners of the following three rectangles shown on the Geometry page:

(0,+-1,+-3Φ), (+-1,+-3Φ,0), (+-3Φ,0,+-1)

They also can be defined by the following six 3D bricks:

(+-2,+-(1+2Φ),+-Φ)

(+-(1+2Φ),+-Φ,+-2)

(+-Φ,+-2,+-(1+2Φ))

(+-1,+-(2+Φ),+-2Φ)

(+-(2+Φ),+-2Φ,+-1)

(+-2Φ,+-1,+-(2+Φ))

Here is a complete list of all the coordinates:

(0,1,3Φ)

(0,1,-3Φ)

(0,-1,3Φ)

(0,-1,-3Φ)

 

(1,3Φ,0)

(1,-3Φ,0)

(-1,3Φ,0)

(-1,-3Φ,0)

 

(3Φ,0,1)

(3Φ,0,-1)

(-3Φ,0,1)

(-3Φ,0,-1)

 

(2,(1+2Φ),Φ)

(2,(1+2Φ),-Φ)

(2,-(1+2Φ),Φ)

(2,-(1+2Φ),-Φ)

(-2,(1+2Φ),Φ)

(-2,(1+2Φ),-Φ)

(-2,-(1+2Φ),Φ)

(-2,-(1+2Φ),-Φ)

 

((1+2Φ),Φ,2)

((1+2Φ),Φ,-2)

((1+2Φ),-Φ,2)

((1+2Φ),-Φ,-2)

(-(1+2Φ),Φ,2)

(-(1+2Φ),Φ,-2)

(-(1+2Φ),-Φ,2)

(-(1+2Φ),-Φ,-2)

 

(Φ,2,(1+2Φ))

(Φ,2,-(1+2Φ))

(Φ,-2,(1+2Φ))

(Φ,-2,-(1+2Φ))

(-Φ,2,(1+2Φ))

(-Φ,2,-(1+2Φ))

(-Φ,-2,(1+2Φ))

(-Φ,-2,-(1+2Φ))

 

(1,(2+Φ),2Φ)

(1,(2+Φ),-2Φ)

(1,-(2+Φ),2Φ)

(1,-(2+Φ),-2Φ)

(-1,(2+Φ),2Φ)

(-1,(2+Φ),-2Φ)

(-1,-(2+Φ),2Φ)

(-1,-(2+Φ),-2Φ)

 

((2+Φ),2Φ,1)

((2+Φ),2Φ,-1)

((2+Φ),-2Φ,1)

((2+Φ),-2Φ,-1)

(-(2+Φ),2Φ,1)

(-(2+Φ),2Φ,-1)

(-(2+Φ),-2Φ,1)

(-(2+Φ),-2Φ,-1)

 

(2Φ,1,(2+Φ))

(2Φ,1,-(2+Φ))

(2Φ,-1,(2+Φ))

(2Φ,-1,-(2+Φ))

(-2Φ,1,(2+Φ))

(-2Φ,1,-(2+Φ))

(-2Φ,-1,(2+Φ))

(-2Φ,-1,-(2+Φ))

Thanks to Eric Manning for bringing this insight on bucky ball coordinates to my attention.

Filed Under: Geometry

Comments

  1. Seni Lawal says

    November 28, 2012 at 4:51 pm

    For the Truncated Icosahedron, if you divide the number of hexagons (20) by the number of pentagons (12) you get : 20/12= 1.666666667

    Reply
  2. anonymous says

    April 18, 2013 at 10:35 am

    how do you put a truncated icosahedron together

    Reply
  3. Buckyballs says

    May 29, 2013 at 8:04 pm

    There have been several reports of C60 as an antioxidant,although there have also been reports that it can be cytotoxic via lipid peroxidation. (One difference was that that report was with aggregates of C60 in water, versus soluble C60 in oil, but there are other reports that hydrated C60 does the opposite: there’s clearly a lot that hasn’t been cleared up here).

    Reply

Leave a Reply Cancel reply

Your email address will not be published. Required fields are marked *

Search GoldenNumber.net

Now on On Amazon for about $20 with
over 500 reviews, a 4.7 rating and 82% 5-star reviews!
"Magnificant Book - A Work of Art" · "An incredible achievement." · "Currently the best book of its kind!"

PhiMatrix design software for artists, designers and photographers

Is beauty based on the golden ratio?

da Vinci and the Divine proportion

Most Popular Articles

  • Gary Meisner's Latest Tweets on the Golden Ratio
  • Art Composition and Design
  • Facial Analysis and the Marquardt Beauty Mask
  • Markowsky's “Misconceptions" Debunked
  • What is the Fibonacci Series?
  • Golden Ratio Top 10 Myths and Misconceptions
  • Overview of Appearances and Applications of Phi
  • The Perfect Face, featuring Florence Colgate
  • Facial Beauty and the "New" Golden Ratio
  • Google's New Logo Design
  • The Nautilus shell spiral as a golden spiral
  • The UN Secretariat Building Design
  • The Design of the Parthenon
  • Phi, Pi and the Great Pyramid of Egypt at Giza
  • Leonardo da Vinci's Salvator Mundi
  • Michelangelo's Sistine Chapel

Most recent articles

  • Pi is 3.1446 per “Measuring Pi Squaring Phi” by Harry Lear—Reviewed
  • Pi = 3.14159… vs Pi = 3.1446… – Circumference solution
  • Pi = 3.14159… vs Pi = 3.1446… – A simple solution
  • The World’s Most Beautiful Buildings, According to Science and the Golden Ratio
  • GDP growth subcycles and the Golden Ratio
  • The Science Channel Parthenon documentary features Gary Meisner as Golden Ratio Expert
  • Light, the Human Body, Chakras and the Golden Ratio
  • Golden Ratio Interview – December 2020
  • Quantum Gravity, Reality and the Golden Ratio
  • The Golden Ratios of the Parthenon
  • The Parthenon and the Golden Ratio: Myth or Misinformation?
  • Donald Duck visits the Parthenon in “Mathmagic Land”
  • Carwow, best-looking beautiful cars and the golden ratio.
  • “The Golden Ratio” book – Author interview with Gary B. Meisner on New Books in Architecture
  • “The Golden Ratio” book – Author interview with Gary B. Meisner on The Authors Show

Recent posts in this category

  • Pi is 3.1446 per “Measuring Pi Squaring Phi” by Harry Lear—Reviewed

  • Pi = 3.14159… vs Pi = 3.1446… – Circumference solution

  • Pi = 3.14159… vs Pi = 3.1446… – A simple solution

Recommended Books at Amazon

The Golden Ratio - The Divine Beauty of Mathematics
Phi: The Golden Ratio
Mathematics of Harmony
Divine Proportion
Sacred Geometry

Geometry in Style and Fashion

Sacred geometry Jewelry
Sacred Geometry Jewelry from Ka Gold Jewelry (and Golden spiral article)

Links

The Golden Ratio Book on Amazon
PhiMatrix Golden Ratio Design Software
PhiMatrix on Facebook
Site Map
Privacy Policy

Design and the golden ratio

Design basics · Graphic Design · Product design · Logo design · Photo composition · Photo cropping

Search GoldenNumber.net

Spam-free updates from the Phi Guy

Subscribe to GoldenNumber.net

Phi 1.618: The Golden Number

Dedicated to sharing the best information, research and user contributions on the Golden Ratio/Mean/Section, Divine Proportion, Fibonacci Sequence and Phi, 1.618.

Connect with me socially


© 1997–2025 PhiPoint Solutions, LLC
.
The Golden Ratio · Φ · Phi · 1.618...
.
 

Loading Comments...