Literature DB >> 36202868

Nonlinear effects in Thomas precession due to the interplay of Lorentz contraction and Thomas-Wigner rotation.

Antonio Di Lorenzo1.   

Abstract

It is demonstrated that the 3-vector [Formula: see text] currently associated to the spin in an inertial frame does not contract, but rather dilates, in the direction of the velocity. The correct vector [Formula: see text] is individuated. The equation of motion for the two vectors is shown to contain two terms, a common linear rotation, identified with Thomas precession, and also a nonlinear rotation depending on the direction of the spin itself.
© 2022. The Author(s).

Entities:  

Year:  2022        PMID： 36202868      PMCID： PMC9537424          DOI： 10.1038/s41598-022-20942-w

Source DB:  PubMed          Journal:  Sci Rep        ISSN： 2045-2322            Impact factor:   4.996


  2 in total

1.  New measurement of the electron magnetic moment using a one-electron quantum cyclotron.

Authors:  B Odom; D Hanneke; B D'Urso; G Gabrielse
Journal:  Phys Rev Lett       Date:  2006-07-17       Impact factor: 9.161

2.  Measurement of the Positive Muon Anomalous Magnetic Moment to 0.46 ppm.

Authors:  B Abi; T Albahri; S Al-Kilani; D Allspach; L P Alonzi; A Anastasi; A Anisenkov; F Azfar; K Badgley; S Baeßler; I Bailey; V A Baranov; E Barlas-Yucel; T Barrett; E Barzi; A Basti; F Bedeschi; A Behnke; M Berz; M Bhattacharya; H P Binney; R Bjorkquist; P Bloom; J Bono; E Bottalico; T Bowcock; D Boyden; G Cantatore; R M Carey; J Carroll; B C K Casey; D Cauz; S Ceravolo; R Chakraborty; S P Chang; A Chapelain; S Chappa; S Charity; R Chislett; J Choi; Z Chu; T E Chupp; M E Convery; A Conway; G Corradi; S Corrodi; L Cotrozzi; J D Crnkovic; S Dabagov; P M De Lurgio; P T Debevec; S Di Falco; P Di Meo; G Di Sciascio; R Di Stefano; B Drendel; A Driutti; V N Duginov; M Eads; N Eggert; A Epps; J Esquivel; M Farooq; R Fatemi; C Ferrari; M Fertl; A Fiedler; A T Fienberg; A Fioretti; D Flay; S B Foster; H Friedsam; E Frlež; N S Froemming; J Fry; C Fu; C Gabbanini; M D Galati; S Ganguly; A Garcia; D E Gastler; J George; L K Gibbons; A Gioiosa; K L Giovanetti; P Girotti; W Gohn; T Gorringe; J Grange; S Grant; F Gray; S Haciomeroglu; D Hahn; T Halewood-Leagas; D Hampai; F Han; E Hazen; J Hempstead; S Henry; A T Herrod; D W Hertzog; G Hesketh; A Hibbert; Z Hodge; J L Holzbauer; K W Hong; R Hong; M Iacovacci; M Incagli; C Johnstone; J A Johnstone; P Kammel; M Kargiantoulakis; M Karuza; J Kaspar; D Kawall; L Kelton; A Keshavarzi; D Kessler; K S Khaw; Z Khechadoorian; N V Khomutov; B Kiburg; M Kiburg; O Kim; S C Kim; Y I Kim; B King; N Kinnaird; M Korostelev; I Kourbanis; E Kraegeloh; V A Krylov; A Kuchibhotla; N A Kuchinskiy; K R Labe; J LaBounty; M Lancaster; M J Lee; S Lee; S Leo; B Li; D Li; L Li; I Logashenko; A Lorente Campos; A Lucà; G Lukicov; G Luo; A Lusiani; A L Lyon; B MacCoy; R Madrak; K Makino; F Marignetti; S Mastroianni; S Maxfield; M McEvoy; W Merritt; A A Mikhailichenko; J P Miller; S Miozzi; J P Morgan; W M Morse; J Mott; E Motuk; A Nath; D Newton; H Nguyen; M Oberling; R Osofsky; J-F Ostiguy; S Park; G Pauletta; G M Piacentino; R N Pilato; K T Pitts; B Plaster; D Počanić; N Pohlman; C C Polly; M Popovic; J Price; B Quinn; N Raha; S Ramachandran; E Ramberg; N T Rider; J L Ritchie; B L Roberts; D L Rubin; L Santi; D Sathyan; H Schellman; C Schlesier; A Schreckenberger; Y K Semertzidis; Y M Shatunov; D Shemyakin; M Shenk; D Sim; M W Smith; A Smith; A K Soha; M Sorbara; D Stöckinger; J Stapleton; D Still; C Stoughton; D Stratakis; C Strohman; T Stuttard; H E Swanson; G Sweetmore; D A Sweigart; M J Syphers; D A Tarazona; T Teubner; A E Tewsley-Booth; K Thomson; V Tishchenko; N H Tran; W Turner; E Valetov; D Vasilkova; G Venanzoni; V P Volnykh; T Walton; M Warren; A Weisskopf; L Welty-Rieger; M Whitley; P Winter; A Wolski; M Wormald; W Wu; C Yoshikawa
Journal:  Phys Rev Lett       Date:  2021-04-09       Impact factor: 9.161
  2 in total

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