>On Jun/3/2022 at 00:49, pnn calmagorod wrote :
>> Il giorno venerdì 3 giugno 2022 alle 03:07:18 UTC+2 Sylvia Else ha scritto:
>>> On 03-June-22 3:47 am, pnn calmagorod wrote:
>>>> Il giorno giovedì 2 giugno 2022 alle 14:05:46 UTC+2 Sylvia Else ha scritto:
>>>>> On 02-June-22 1:22 am, pnn calmagorod wrote:
>>>>>> Il giorno giovedì 26 maggio 2022 alle 03:09:51 UTC+2 Sylvia Else ha scritto:
>>>>>>> On 26-May-22 7:41 am, pnn calmagorod wrote:
>>>>>>>>
https://neolegesmotus.com/2022/05/25/latest-developments-on-subitam-class-thrusters/
>>>>>>>
>>>>>>> Still looks like a thermal effect to me.
>>>>>>>
>>>>>>> Sylvia.
>>>>>>
>>>>>> Can you translate this?
www.asps.it/falliti.htm …. No i suspect ?
>>>>>>
>>>>>> Can you reply this
>>>>>>
>>>>>>
http://www.asps.it/impnn4.png :-) ? … no i suspect?
>>>>>>
>>>>>> i.e. A simple effect of of Lorentz force applied to an open circuit i.e. violation of action reaction principle
>>>>> There is no reason to assume that the Lorentz force has no reaction.
>>>>>
>>>>> Sylvia.
>>>>
>>>> Even if it is out of its mental reach I remind you that the 2 forces of action and reaction are vectors
>>>>
>>>> and rotfl :-)
>>> That's gibberish.
>>
>> to make them different: they can have the same module but different direction :-)
>> If you don't accept this you violate Lorentz force rule in interaction of V shape dipole... moreever Newton know nothing of lorentz force :-)
>> So ..... be happy with newton :-)
>
>Newton also new nothing about cars. Yet his third law seems to apply
>very well to cars. If Newton's third law didn't apply to Lorentz force
>in any significant way, then CERN's particle accelerator would run into
>serious trouble.
>
>
>Alain Fournier
High Energy Physics - Phenomenology
[Submitted on 8 Apr 2018 (v1), last revised 30 May 2018 (this version,
v2)]
Momentum Sum Rule Violation in QCD at High
Energy Colliders and Confinement
Gouranga C Nayak
Momentum sum rule in QCD is widely used at high energy colliders.
Although the exact form of the confinement potential energy is not
known but the confinement potential energy at large distance r can not
rise slower than ln(r). In this paper we find that if the confinement
potential energy at large distance r rises linearly with r (or faster)
then the momentum sum rule in QCD is violated at the high energy
colliders if we consider the hadron size as infinite.
For finite size hadron we find that the momentum sum rule in QCD is
violated at the high energy colliders for any form of the confinement
potential energy.
Comments:
2 New Sections, 13 pages latex
Subjects:
HHigh Energy Physics - Phenomenology (hep-ph); High Energy Physics -
Lattice (hep-lat); Nuclear Theory (nucl-th)
Cite as:
arXiv:1804.02712 [hep-ph]