Scientists Create Light Knots

What a most intriguing comment, perhaps thinking in multi dimensional ways allows the being to expand their consciousness.

"There is no spoon"

Just think of space as jello. You can reach in and grab it with both hands and twist it, push it, pull it.

I think most of the real life applications aren't within the knots themselves, but the ability to turn theory into physical reality and the amount of control we can have over these technologies.

Well, I designed a purely liquid crystal vapor screen system where white light was to be angled through energized spheres for a pure electronic color spectrum - and a super high resolution.
A grid that could dynamically channel white light into such a suspended vapor, or simply dynamically alter direction - could be very useful.

You could set that little curly-que flower into a resonate or vibrating state and make all kinds of things happen. Communications switching. Of course, you'd have to create new methods of light-channeling. I would think to create little buckyball and other atom cages - different shapes from Spheriods. You might make a charge induced system to grow what would look like an atomic sponge, that would channel light - for super computers and communications systems.

It also appears to have 6:1 ratio delay - which would be different with different states. Series of parallel light delays could be very useful. All of this, of course sits inside flux donuts that force the given situation and therefore to which rather involved structural elements must integrate.

Livescience.

I didn't display on their article. It was just text - so I thought it must have come from somewhere. It shows a boundary disk with red and then purple, appearing as through the disk.
So since even thinking about what is presented if it is simply an added 'artsy' graphic.

According to the article.

"Then, the team scanned a camera through the laser field to get images of the knots. (A computer program applied before the team had created the hologram essentially made the field around the dark knot appear bright.) "

They seem to have mis-drawn the last one. If you place quadrants, the lower left loop comes forward and up over the descending right top loop, then should go behind the disk to hook under the center-right knot. It remains green, which is a 'what's wrong with this picture' alarm. It does seem to go slightly out of focus for us.

Maybe it just appears strange when the color goes blue right there, so they made it green. Or I guess the 'disk' is a quadrant manifold, the knot following surfaces? -The vertical is back, the horizontal, forward.

The link doesn't show but one picture on my computy.