- 2. arXiv:cond-mat/0510812 [ps, pdf, other]
- 3. arXiv:cond-mat/0409191 [ps, pdf, other]
- 4. arXiv:physics/0311122 [ps, pdf, other]
- 5. arXiv:quant-ph/0309174 [ps, pdf, other]
- 6. arXiv:physics/0308023 [ps, pdf, other]
- 7. arXiv:cond-mat/0210338 [ps, pdf, other]
- 8. arXiv:quant-ph/0203054 [ps, pdf, other]
- 9. arXiv:cond-mat/0112457 [ps, pdf, other]
- 10. arXiv:cond-mat/0106400 [ps, pdf, other]
- 11. arXiv:cond-mat/0105428 [ps, pdf, other]
- 12. arXiv:cond-mat/0011480 [ps, pdf, other]
- 13. arXiv:cond-mat/0010076 [ps, pdf, other]
- 14. arXiv:cond-mat/0007073 [ps, pdf, other]
- 15. arXiv:cond-mat/0006006 [ps, pdf, other]
- 16. arXiv:math-ph/9911029 [ps, pdf, other]
Link back to: arXiv, form interface, contact.
To Pi-Gang Luan: Broken Links
Dear Pi-Gang Luan,
1. I downloaded your paper number 8 above, i.e. arxiv:quant-ph/0203054, and found it interesting. The reported result is nice---so small, simple, and easily understood that it has to tease the reader as to what possibly could be its larger implications... And, please don't take any offence but I find it a bit surprising that such a thing had not been noticed before...
2. BTW, most all links given by you in the above post are broken. They should go to "arxiv" but instead land to a nonexistent page on "imechanica". Please substitute the first string in place of the second, and the links would become OK.
3. An aside: How do you like being called? Is calling you "Pi" OK? Or would "Pi-Gang" be appropriate?
To Ajit R. Jadhav: Thanks fr your comment
Dear Ajit R. Jadhav,
You can just call me Pi-Gang or PG or Luan. I think "Pi" is not so appropriate, because it sounds just like to say somthing about 3.141592653589793................................................
As to the paper you downloaded and read, I made it as easy to read as possible intentionally, becuase I want it be noticed by many people. The phenomenon is so simple and easy to derive but counter-intuitive. In fact, this kind of phenomenon can also happen when a classical wave is propagating in a dispersive media. The dispersion relation (the relation between omega and k) has to be a parabolic form (i.e., omega is propotional to k^2).
Best,
Pi-Gang Luan
Reply to Pi-Gang
Hi Pi-Gang,
Yes, the phenomenon is counter-intuitive. ... And I strongly bet that it has many interesting implications... [Someday (after my PhD examination), I would like to simulate it using my approach too...]
But to return to your work, since yesterday, I have browsed your Web site; downloaded the zips containing AVI movies; and edutained (more like amused) myself to an extent. ... I therefore wonder if there has been a numerical simulation of arxiv:quant-ph/0203054 in one of those AVIs or not... If not, how about doing one and publishing it?
I've also quickly gone over all the rest of your arXiv papers (about 5 minutes/paper), and found several of them interesting, though, for the time being, I am too pressed for time to pursue them immediately. ... And, I also need to pick up QM to better appreciate some of them. ... Trained as an engineer, I've never had an opportunity to do a formal course sequence on QM proper, and all my own QM has been self-taught. ... Still, I must say that I found your arxiv:quant-ph/0309174v2 and arxiv:physics/0308023v1 quite interesting for the more immediate future. Your arxiv:cond-mat/0011480v1 is intriguing, too; and your arxiv:cond-mat/0510812v2 and arxiv:cond-mat.mes-hall/0703361v2 come next on my (more careful) reading list... I guess I will carefully read all of them eventually.
In the meanwhile, I would appreciate it if you could please quickly (or slowly!) go over my slides and papers related to QM... They are available for donwloads from my Web site... I would very much appreciate receiving a feedback on these papers from someone like you... Feel free to drop a negative line too, if that's what your honest impression is... Anything would be better than "I don't understand it..." (LOL but dryly!)
BTW, feel free to call me Ajit (my first name).
...More, later
--Ajit
Reply to Ajit
Dear Ajit,
Thanks for your appreciation. I will try to find time to read your papers and give you my honest comments. I guess I can only read them slowly, becuase I'm very busy right now, and I will also be very busy in the next week.
I'm glad to find a friend like you. Hope we can have thorough discussion in the near future.
Pi-Gang Luan