Re: Several biggest errors of particle physicists.
Posted: Wed Feb 24, 2010 2:33 pm
Tomorrow they are ready to start the LHC collider. The Earth can be exploded in a 1000 seconds!
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In some articles about neutron stars (pulsars, magnetars) and about magnetized vacuum lattices, created at colliders, the authors use a formula:
qB = 2*pi*k / L^2 (in ?atomic? units).
q- charge of a “down” quark; B – external magnetic field; L- parameter of a vacuum lattice; k-integers.
Let’s rewrite this formula in SI and let k=1. Let forget about quark and use this formula for proton.
qB = 2*pi*h / L^2
Let’s multiply both sides of the formula by cr, where c – speed of light; r- Compton radius of a proton.
crqB = 2*pi*h*c*r / L^2.
Using p=crq (proper magnetic moment, which is more then orbital moment by 2), and 2*pi*r =L, and h*c/L=mc^2:
pB = mc^2.
This is the formula of a “black hole”, connected by magnetic forces, or simply “magnetic hole”, which are dipole.
Here is analogues formula for black hole, connected by gravity forces
GMm/R = mc^2/2.
Magnetic hole is 10^36 times stronger than gravity hole!
Magnetic hole created at LHC will have the radius about 10^-16 meters (black hole – 10^-51 meters).
At the collider RHIC they already received the field 10^15 teslas.
They already computed that in the centers of magnetars is almost the same field.
Tomorrow they are ready to start the LHC collider.
The critical field, 10^16 teslas, will be achieved at the LHC.
The embryo of neutron star (magnetic black hole) will be created at LHC.
The Earth can be exploded in a 1000 seconds.
Are you happy?
Best regards, Ivan Gorelik.
-----------------
Some articles: where you can find the formula (qB), or (qH), or (eH)…
arXiv:0711.2845v1 Spontaneous creation of chromomagnetic field and A0-condensate at high temperature on a lattice
arXiv:0710.1084v2 Axial anomaly and magnetism of nuclear and quark matter
arXiv:hep-ph/0508219v1 Color Ferromagnetism of Quark Matter ; a Possible Origin of
Strong Magnetic Field in Magnetars
arXiv:hep-lat/9210028v1 The Savvidy “ferromagnetic vacuum” in three-dimensional lattice gauge theory
arXiv:0912.1413v1Chiral and Diquark condensates at large magnetic field in two-flavor superconducting quark matter
arXiv:1002.0418v1 Chiral Magnetic Effect and Chiral Phase Transition
arXiv:0807.2917v1 QCD Vacuum Properties in a Magnetic Field from AdS/CFT: Chiral Condensate and Goldstone Mass
arXiv:0909.1808v2 Lattice QCD in strong magnetic fields
arXiv:hep-ph/9703201v1 QUARK CONDENSATE IN A MAGNETIC FIELD.
arXiv:hep-ph/0205348v3 Magnetic catalysis and anisotropic confinement in QCD
arXiv:0706.3208v3The chiral condensate in a constant electromagnetic field
----------
In some articles about neutron stars (pulsars, magnetars) and about magnetized vacuum lattices, created at colliders, the authors use a formula:
qB = 2*pi*k / L^2 (in ?atomic? units).
q- charge of a “down” quark; B – external magnetic field; L- parameter of a vacuum lattice; k-integers.
Let’s rewrite this formula in SI and let k=1. Let forget about quark and use this formula for proton.
qB = 2*pi*h / L^2
Let’s multiply both sides of the formula by cr, where c – speed of light; r- Compton radius of a proton.
crqB = 2*pi*h*c*r / L^2.
Using p=crq (proper magnetic moment, which is more then orbital moment by 2), and 2*pi*r =L, and h*c/L=mc^2:
pB = mc^2.
This is the formula of a “black hole”, connected by magnetic forces, or simply “magnetic hole”, which are dipole.
Here is analogues formula for black hole, connected by gravity forces
GMm/R = mc^2/2.
Magnetic hole is 10^36 times stronger than gravity hole!
Magnetic hole created at LHC will have the radius about 10^-16 meters (black hole – 10^-51 meters).
At the collider RHIC they already received the field 10^15 teslas.
They already computed that in the centers of magnetars is almost the same field.
Tomorrow they are ready to start the LHC collider.
The critical field, 10^16 teslas, will be achieved at the LHC.
The embryo of neutron star (magnetic black hole) will be created at LHC.
The Earth can be exploded in a 1000 seconds.
Are you happy?
Best regards, Ivan Gorelik.
-----------------
Some articles: where you can find the formula (qB), or (qH), or (eH)…
arXiv:0711.2845v1 Spontaneous creation of chromomagnetic field and A0-condensate at high temperature on a lattice
arXiv:0710.1084v2 Axial anomaly and magnetism of nuclear and quark matter
arXiv:hep-ph/0508219v1 Color Ferromagnetism of Quark Matter ; a Possible Origin of
Strong Magnetic Field in Magnetars
arXiv:hep-lat/9210028v1 The Savvidy “ferromagnetic vacuum” in three-dimensional lattice gauge theory
arXiv:0912.1413v1Chiral and Diquark condensates at large magnetic field in two-flavor superconducting quark matter
arXiv:1002.0418v1 Chiral Magnetic Effect and Chiral Phase Transition
arXiv:0807.2917v1 QCD Vacuum Properties in a Magnetic Field from AdS/CFT: Chiral Condensate and Goldstone Mass
arXiv:0909.1808v2 Lattice QCD in strong magnetic fields
arXiv:hep-ph/9703201v1 QUARK CONDENSATE IN A MAGNETIC FIELD.
arXiv:hep-ph/0205348v3 Magnetic catalysis and anisotropic confinement in QCD
arXiv:0706.3208v3The chiral condensate in a constant electromagnetic field