Date: 1/06/2018 21:46:16
From: roughbarked
ID: 1233945
Subject: bubbles of light
Black and yellow in a white container.
That makes it?
mollwollfumble said:
Black and yellow in a white container.That makes it?
No but you are the scientist. It is fluids.
The container is clear/transparent.
roughbarked said:
mollwollfumble said:
Black and yellow in a white container.That makes it?
No but you are the scientist. It is fluids.
The container is clear/transparent.
There is a white background thtat cannot be seen because it is way out of focus range at this level of available light to camera sensor.
roughbarked said:
roughbarked said:
mollwollfumble said:
Black and yellow in a white container.That makes it?
No but you are the scientist. It is fluids.
The container is clear/transparent.
There is a white background thtat cannot be seen because it is way out of focus range at this level of available light to camera sensor.
One of the shots is without additional light from the camera.
That’s pretty good.
Did you finish the washing up?
Ian said:
;) yes. but this isn’t part of that.
That’s pretty good.Did you finish the washing up?
I still don’t know if it’s cola or Guinness.
mollwollfumble said:
I still don’t know if it’s cola or Guinness.
Neither.
roughbarked said:
mollwollfumble said:
I still don’t know if it’s cola or Guinness.
Neither.
There is EtOH involved though
and I wasn’t drinking it at 90% pure.
Stout then?
mollwollfumble said:
Stout then?
No. When have you seen stout at 90%?
To make these quirky quasiparticles show themselves, the team carefully constructed their very specific “drink,” made up of thin films of two quantum materials stacked on top of one another. The end result is a superconducting topological insulator, which allows electrons to move quickly along the edges of the material’s surface but not through the middle. Adding a pinch of magnetic material to the mix made the electrons flow in one direction along one edge, and the opposite direction along the other.
