Quasiregular map: Difference between revisions

Latest revision as of 17:40, 11 October 2014

Hello from Norway. I'm glad to came across you. My first name is Tomoko.
I live in a city called Jessheim in south Norway.
I was also born in Jessheim 39 years ago. Married in September 2010. I'm working at the post office.

My weblog - Secret Healing Powers of Neem

@@ Line 1: / Line 1: @@
-In [[quantum field theory]], specifically the theory of [[renormalization]], the '''bare mass''' of an elementary particle is the limit of its mass as the scale of distance approaches zero or, equivalently, as the energy of a particle collision approaches infinity. It differs from the [[invariant mass]] as usually understood because the latter includes the 'clothing' of the particle by pairs of virtual particles that are temporarily created by the force-fields around the particle. In some versions of field theory, the bare mass of some particles may be plus or minus infinity. In the theory of the [[electroweak interaction]] using the [[Higgs boson]], all particles have a bare mass of zero.
+Hello from Norway. I'm glad to came across you. My first name is Tomoko. <br>I live in a city called Jessheim in south Norway.<br>I was also born in Jessheim 39 years ago. Married in September 2010. I'm working at the post office.<br><br>My weblog - [http://www.amazon.com/Neem-Its-Miraculous-Healing-Powers-ebook/dp/B00MZFH1B4/ Secret Healing Powers of Neem]
-This allows us to write <math>m = m_0 + \delta_m</math>, where m denotes the experimentally observable mass of the particle, <math>m_0</math> its bare mass, and <math>\delta_m</math> the increase in mass owing to the interaction of the particle with the medium or field.
-== See also ==
-* [[Renormalization#Renormalized and bare quantities|Renormalization]]
-==References==
-<references />
-[[Category:Mass]]
-[[Category:Quantum field theory]]
-{{quantum-stub}}

Quasiregular map: Difference between revisions

Latest revision as of 17:40, 11 October 2014

Navigation menu

Search