A 3D printer has printed a tube of spiral gas, with a twist: the gas, which is a byproduct of nuclear fission, is shaped like the letters “SS”.
The gas is made up of atoms that are bound to each other, and is one of the materials researchers have explored in order to create a filament that can be used in electronics, optical devices, and medical devices.
It has been printed using the process of laser sintering, in which atoms are heated and condensed into a gel or liquid.
This new filament is one step closer to being used in medical devices and medical implants, but this is still a work in progress.
A 3D printing can be done at home, but it has to be done on an advanced printer, like the ones at the University of Rochester.
To create the spiral tube that is shown in the video, researchers heated a gel and then used a laser to cut the gel into a spiral.
They then heated a second gel and cut the spiral into the same shape, and heated a third gel and heated the gel and gel again.
The tubes were then heated to 3,000 degrees Celsius, and they cooled them down.
After printing, the tubes were tested in a lab and found to be stable.
Researchers also tested the tube on a device that uses a magnetic field to create electric currents that can control a laser.
The tubes have the properties of a filament and could be used to create new types of optical and electronic devices.
“We are working on new materials for the next wave of optical, biomedical, and other devices,” said Shruti Pramanik, one of those working on the project.
As with any new material, there will be some challenges with the filament itself.
For example, the spiral is a two-dimensional tube.
So the scientists had to figure out how to shape it in such a way that the tube can hold the shape of the letters.
Also, because the tube is a three-dimensional shape, the shape will vary depending on the wavelength of the light that is being emitted.
There are three different kinds of spiral tubes that researchers are working with.
According to the researchers, they have found that the spiral tubes can be made with a variety of materials and have different properties depending on which one is used.
These materials could include polycarbonate and polyurethane.
They have also found that they can be formed in different materials and then treated with different chemicals.
One of the first materials to be tested was polyurea.
Pramanick said that the polymer is more than 2,000 times stronger than steel, which makes it a better candidate to be used as a filament because it can be chemically treated to remove any defects in the filament.
It is also cheaper to manufacture than the other materials.
However, they need to figure how to design the tubes so that they are more stable.
“We have found the properties to be very important,” said Pramonik.
With the filament that is the next step in the research, researchers have shown that they have a few different ways to shape the tube in order for it to hold the letters and that it can form with different materials.
“The next step is to design these tubes so they will form the letters in the desired shape,” said study author Michael Stelzinger.
Another key issue that needs to be addressed is the filament’s shape.
The researchers have designed a different material to form the spiral instead of the polyuretha that they used.
“The way the tubes are printed will depend on the material used,” said Stelsinger.
“A polymer is much more stable, so it will be easier to design a polymer tube that can have a stable spiral,” he said.
In the meantime, the team is working on other types of spiral tube materials.
They are working to design materials that can hold more than one spiral, which would be useful for medical implants.