Quantised Special Relativity

[square173205]

The ultraviolet divergence in QED is an old problem. The renormalisation removes almost every divergence appeared in the perturbation calculations, however the divergent integral before renormalisation should be finite if the physical model is correct. This might imply it is necessary to quantise special relativity itself, for as long as concerning point-like particle in Lorentz space the above problem seems not to be mended. I tried to quantise Lorentz space in order to deal with the ultraviolet divergence in the following site;

http://hecoaustralia.fortunecity.com/relativity/relativity3.htm

[ajb]

You should look up noncommutative geometry, the Moyle plain and deformation quantisation.

 

There are many papers on quantum field theory on a noncommutative spacetime in various contexts.

[Martin]

You should look up noncommutative geometry, the Moyle plain and deformation quantisation.

 

There are many papers on quantum field theory on a noncommutative spacetime in various contexts.

 

I think you may mean MOYAL

http://en.wikipedia.org/wiki/Jos%C3%A9_Enrique_Moyal

[ajb]

I think you may mean MOYAL

http://en.wikipedia.org/wiki/Jos%C3%A9_Enrique_Moyal

 

Yes, thank you for the correction.

[Martin]

Yes, thank you for the correction.

 

You are most welcome, ajb. Anyone who's Jewish or has lots of Jewish friends will recognize Mo'el (pronounced moyl) as the name of a profession.

the Moyl is the guy who performs ritual circumcisions

[swansont]

You are most welcome, ajb. Anyone who's Jewish or has lots of Jewish friends will recognize Mo'el (pronounced moyl) as the name of a profession.

the Moyl is the guy who performs ritual circumcisions

 

That's a quantum state change, but probably not relativistic.