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Wonga's fake legal Letter - Barker & Lowe
With massive thanks to MoneySavingExpert and Paul Lewis
Discussion thread http://www.legalbeagles.info/forums/...m-to-45k-custs
Discussion thread http://www.legalbeagles.info/forums/...m-to-45k-custs
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Last edited by Amethyst; 28th June 2014, 08:33:AM.#staysafestayhome
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Re: Wonga's fake legal Letter - Barker & Lowe
Oooooh! Seeing it in the flesh is rather interesting.
'We are instructed by'
'Our Client'
'Our job........... is to take legal action'
Hmmmm thats impersonating a solicitor"Although scalar fields are Lorentz scalars, they may transform nontrivially under other symmetries, such as flavour or isospin. For example, the pion is invariant under the restricted Lorentz group, but is an isospin triplet (meaning it transforms like a three component vector under the SU(2) isospin symmetry). Furthermore, it picks up a negative phase under parity inversion, so it transforms nontrivially under the full Lorentz group; such particles are called pseudoscalar rather than scalar. Most mesons are pseudoscalar particles." (finally explained to a captivated Celestine by Professor Brian Cox on Wednesday 27th June 2012
)
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Re: Wonga's fake legal Letter - Barker & Lowe
Better quality copy (from MSE / Paul Lewis and Nibbler )
ahem Celestine, discussion on the other thread
#staysafestayhome
Any support I provide is offered without liability, if you are unsure please seek professional legal guidance.
Received a Court Claim? Read >>>>> First StepsComment
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Re: Wonga's fake legal Letter - Barker & Lowe
Nahhh .... I like talking to myself
"Although scalar fields are Lorentz scalars, they may transform nontrivially under other symmetries, such as flavour or isospin. For example, the pion is invariant under the restricted Lorentz group, but is an isospin triplet (meaning it transforms like a three component vector under the SU(2) isospin symmetry). Furthermore, it picks up a negative phase under parity inversion, so it transforms nontrivially under the full Lorentz group; such particles are called pseudoscalar rather than scalar. Most mesons are pseudoscalar particles." (finally explained to a captivated Celestine by Professor Brian Cox on Wednesday 27th June 2012)
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If we have helped you we'd appreciate it if you can leave a review on our Trust Pilot page
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