Moving goo
Mohammeed Yaser Abu Siam
introduction :
Magnetic robot or as the researcher called “ movinggoo” .
It is completely earthly compound .
the invention of researchers from the University of
"Hong Kong" China.
what is it made of ?
magnetized Neodymium
borax
Polyvinyl alcohol
silica
Borax
most used form of boron .it’s
the main component to make
detergents .
Polyvinyl alcohol
A polymer alcohol it’s the
main compound to make
glue . It give the sticky
structure .
 Magnetized Neodymium give the magnetic
Properties
 particles are toxic, to prevent them from leaking into
the body of the organism and negatively affecting it,
the robot was coated with a layer of silica that traps
these particles
https://www.youtube.com/watch?v=uxYJiXhT7Rc
Its characteristics :
1.
2.
3.
4.
5.
It moves like a worm
Flexible
Don't be stopped by obstacles.
self healing
When touched at high speed and intensity, it behaves as a
solid substance, and when touched gently and slowly, it
becomes liquid in nature.
6. A superconductor that can be used to connect electrodes .
7. It travels in passages as narrow as 1.5 mm and behaves
like mercury from a broken thermometer
How to control it:
It is not smart. It's just a sticky substance that's
controlled by magnets .
This robot can move in the form of the letter O as a
circle or in the form of the letter C as long as the
external magnetic fields are applied to it.
Capable of encircling small objects, surrounding them
and holding them even through narrow spaces.
It can also move in the form of a group of pellets that
move in different directions to catch things located on
opposite sides.
Its uses:
1. In medical procedures, for example,
removing swallowed bodies by mistake, no
matter where they are, is difficult.
2. To catch things on opposite sides
3. To connect the electrodes
This innovative technology is still under study and
development, and when it becomes safe enough,
it will help doctors to capture accidentally
swallowed bodies no matter where they are
located, as well as assist them in operations by
introducing treatment robots to complex places
previously difficult to reach.