Extraordinary paper by Ulf Leonhardt

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In summary, the paper by Ulf Leonhardt has major implications for measuring devise's. He has found a way to create a "Mono-LISA" type of devise that could theoretically allow an Earth based "measure", which would be much more precise than current methods.
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Olias
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There is an extraordinary paper by Ulf Leonhardt: http://uk.arxiv.org/abs/quant-ph/0408046

that has some major implications on measuring devise's.

I can see stright away that there will be a "Mono-LISA" type of devise that could theoretically allow an Earth based "measure", medium of a precise nature that defy's belief!

Amazing when Ulf's past interests have been in the development of 'Lab-Blackhole' creation mediums.
 
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  • #2
Olias said:
There is an extraordinary paper by Ulf Leonhardt: http://uk.arxiv.org/abs/quant-ph/0408046

that has some major implications on measuring devise's.

I can see stright away that there will be a "Mono-LISA" type of devise that could theoretically allow an Earth based "measure", medium of a precise nature that defy's belief!

Amazing when Ulf's past interests have been in the development of 'Lab-Blackhole' creation mediums.


Actually the LISA workers should be delving into this kind of soliton polarization (Polar-tron? my wording sorry! ), there is a recent paper regarding LISA , with a TDI (Time, Delay,.. or something?).
 
  • #3
Yes, there are some other works on the slow light soliton, delay and stopping of slow light solitons, and manipulation of slow-light solitons. If you are interested you can take a look at the website http://www.slowlight.org and in the following paper:
"Theory of slow-light solitons" http://arxiv.org/abs/quant-ph/0504096
 
  • #4
Show me some more websites. I like this topic very much.
 
  • #5
I mean some basics of slowing or stoping light.
 
  • #6
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  • #7
Soliton said:
Yes, there are some other works on the slow light soliton, delay and stopping of slow light solitons, and manipulation of slow-light solitons. If you are interested you can take a look at the website http://www.slowlight.org and in the following paper:
"Theory of slow-light solitons" http://arxiv.org/abs/quant-ph/0504096

Yes indeed..many thanks I am very interested in this, again I thank you.
 
  • #8
Soliton said:
Yes, there are some other works on the slow light soliton, delay and stopping of slow light solitons, and manipulation of slow-light solitons. If you are interested you can take a look at the website http://www.slowlight.org and in the following paper:
"Theory of slow-light solitons" http://arxiv.org/abs/quant-ph/0504096
Thank you, Soliton. I like this paper a lot. I think that Rybin, Vadeiko and Bishop have done amazing work on slow-light solitons. I especially like their exact result. It seems that one can actually stop the slow-light soliton by turning off the controlling laser with exponential rate. This is a rare case when an exact solution is really relevant.
The picture in the paper with two beams and a dark break-up area between them on a "Black Square" is really something! By the way, there is a paper by M.D. Lukin in Rev. Mod. Phys. where EXPERIMENTAL picture is exactly the same!
 
  • #9
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1. What is the "Extraordinary paper by Ulf Leonhardt" about?

The "Extraordinary paper by Ulf Leonhardt" is a scientific paper that discusses the concept of transformation optics - the design and manipulation of materials to control the flow of light. In particular, it focuses on the idea of creating invisibility cloaks using this technology.

2. Who is Ulf Leonhardt?

Ulf Leonhardt is a German physicist and professor at the Weizmann Institute of Science in Israel. He is best known for his groundbreaking work in transformation optics and invisibility cloaks.

3. What makes this paper extraordinary?

This paper by Ulf Leonhardt is considered extraordinary because it presents a novel and groundbreaking concept in the field of optics. The idea of creating invisibility cloaks using transformation optics was groundbreaking and has since sparked numerous research studies and applications.

4. What are some potential applications of this paper's findings?

The findings in this paper could have various potential applications in different fields. One major application is in the development of more advanced and efficient optical devices, such as lenses and sensors. It could also have potential uses in military technology, such as stealth technology.

5. Has this paper been peer-reviewed?

Yes, this paper has been peer-reviewed and published in the scientific journal Nature Materials. This means that it has undergone a rigorous evaluation process by experts in the field before being accepted for publication, ensuring its credibility and quality.

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