The Nanodots Scene in Asia
Nanodots Sphere (icosahedron) 120 Dots
This is a sphere made out of 20 sides of triangles of 6 dots each, making the total dots required of 120 dots.
This sphere based on a icosahedron design, which is actually a 20 sided polyhedron.
Nanodots Sphere (icosidodecahedron) 300 Dots
My obsessions with making more spheres. Here is an attempt to build a sphere based on a icosidodecahedron (32 sided) polyhedron.
It consist of 20 triangles (6 dots each) for a total of 120 dots. And 12 pentagons (15 dots each) for a total of 180 dots, bringing the grand total of 300 dots.
Smallest Nanodots Hollow Cube (hexahedron) 24 Dots
This would be the smallest possible hollow cube. It is made up by using 4 dots squares on each of the 6 sides. The total dots required is 24 dots.
It is actually a hexahedron, which is a 6 six sided polyhedron.
Nanodots Small Sphere (dodecahedron) 60 Dots
This is one of the smaller sphere (based on a dodecahedron) that you could make with your Nanodots. It requires 60 dots of which are 12 hexagons of 5 dots rings each.
Nanodots Sphere (dodecahedron) 120 Dots
A dodecahedron is a polyhedron having 12 faces. This designed was thought to me by one of my resellers. The owner of Cubix Concept Store is an expert in Nanodots and has shared a few tips and tricks with me. Here is a sphere (dedecahedron or 12 sided designed out of 12 Rings consisting of 10 Dots each. The method you use to join it is exactly the same as using 12 Hexagon to make a sphere.
Polyhedron
While playing with Nanodots and learning through lots of Tutorial videos from YouTube, I realized lots of big words that they used. Since I am NOT a mathematician, I decided to Google up what each of these words mean....
Polyhedron is a three-dimensional solid which consists of a collection of polygons, usually joined at their edges.
However the interesting part is not the polyhedron, but all the other polyhedron that exist. The following is the list
All info was taken with reference from mathworld.wolfram.com
Polyhedron is a three-dimensional solid which consists of a collection of polygons, usually joined at their edges.
However the interesting part is not the polyhedron, but all the other polyhedron that exist. The following is the list
No of Faces | Polyhedron |
4 | tetrahedron |
5 | pentahedron |
6 | hexahedron |
7 | heptahedron |
8 | octahedron |
9 | nonahedron |
10 | decahedron |
11 | undecahedron |
12 | dodecahedron |
14 | tetradecahedron |
20 | icosahedron |
24 | icositetrahedron |
30 | triacontahedron |
32 | icosidodecahedron |
60 | hexecontahedron |
90 | enneacontahedron |
All info was taken with reference from mathworld.wolfram.com
Nanodots Colours Now Available in Malaysia
Nanodots Colours just launched recently. It is now available at selected shops in Malaysia. The colours available includes (from left to right)
- Nanodots Red
- Nanodots Purple
- Nanodots Blue
- Nanodots Green
- Nanodots Pink
- Nanodots Orange
- Nanodots Galaxy Black
If you would like to pick up your Nanodots Colours, please our reseller page for a the list of retailers in Malaysia.
Currently Nanodots Colours in only available at Puzzle Shop (Mid Valley) and Cubix (1 Utama). It will also be available after Sept 15, 2012 at Petrosains (KLCC).
SAFETY NOTICE: Colourful Nanodots are visually delicious, but may also be accidentally mistaken for candy by kids. Keep out of reach of children.
Safety Technology in every Nanodot Colour (AversiveTech™)
The product of two years worth of development, AversiveTech™ is the first oral aversive for magnets. The patent pending process
fuses Denatonium Benzonate, the most bitter substance known to man,
with magnets in such a way that maintains effectiveness while
withstanding regular use. It is designed to deter the mouthing of
magnets by sending a sharp bitter signal to the brain.
Research has shown that infants are particularly
sensitive to bitter tastes. In fact, we have a natural aversion for
bitterness; our bodies use it as a chemical identifier of potential
poisons or dangers in our environment.
Welcome Post
I would like to welcome everybody to the our very new blog. This blog is an extension to the Facebook page that we have already have. We'll use the blog to post photos and videos of Nanodots creation, while using the Facebook page to connect with the members.
If you would like to contribute by writing articles, please drop me a message.
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