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Graphene, Emmy NOETHER's Theorem, LINDEMANN–WEIERSTRASS Theorem, and Gravitons: Revisited

Graphene,  Emmy NOETHER's Theorem, LINDEMANN–WEIERSTRASS Theorem,  and Gravitons: Revisited by Stefan Geier This post (these two posts) are of interest by relating to https://www.researchgate.net/.../360897799_ep_GELFOND's... : Facebook 23. October 2020 ... : Please, look at the graphene hexagons, nearly circles on the photo above (Hi, provided by Nobel Prize a few hours ago). Please, consider the symmetries by Emmy NOETHER (NOETHER' theorem), and Roger PENROSE (360°/n: n=1,2,3,4,6. In addition by us: LINDEMANN–WEIERSTRASS theorem brings in the #graviton with respect to the breaking of the hexagon-circle symmetry; see the theoretical, and empirical proof by Stefan Geier on facebook). In honor of Andre GEIM, Konstantin NOVOSELOV, and Roger PENROSE I propose the term "charge black hole" for "π * e^2". This circle is analogous to a black hole: This is because of #Graphenes π*α: π*α (*π^3), and δ(NEWTON’s cradle)=π*(α/π^3) can be transformed into π*e^2 /((...

Vermögenssteuer und Gesundheit: Eine positive Wechselbeziehung; CSA Bayern Jahresempfang, 2. Mai 2025 in Erding bei München; CSU Maiempfang

Vermögenssteuer und Gesundheit: Eine positive Wechselbeziehung; CSA Bayern Jahresempfang, 2. Mai 2025 in Erding bei München; CSU Maiempfang "Vermögenssteuer und Gesundheit: Eine positive Wechselbeziehung" Liebe Bürgerinnen und Bürger, liebe CSA Freunde, liebe GPA Freunde, sehr geehrte Politiker, sehr geehrte Mitglieder des Bayerischen Landtag, sehr geehrte Mitglieder des Deutschen Bundestag, sehr geehrter Herr Innenminister Joachim Herrmann, MdL, sehr geehrter Herr Landesvorsitzender Dr. Volker Ullrich, MdB! Anlässlich des CSA Bayern Maiempfang am Freitag, 2.5.2025, in Erding bei München möchte ich anregen, mit Steuermitteln intensiver den Gesundheitsbereich in Deutschland und Europa zu finanzieren. Dazu sollte eine relevante Vermögenssteuer erhoben werden und ggf. die "Schuldenbremse" weiter gelockert werden [1] [2]. Dies führt zu einer sinnvollen Gesundheitsversorgung und löst Fairness-orientiert und Gerechtigkeit-orientiert die anstehenden Problem...

Does SAMHD1 approximate FIBONACCI numbers, or LUCAS numbers?

Does SAMHD1 Approximate Fibonacci, and Lucas Numbers? The human protein SAMHD1 is composed of 626 amino acids (according to UniProt: Q9Y3Z3 · SAMH1_HUMAN). Interestingly, 610 is the 15th Fibonacci number, and this is very close to the length of SAMHD1. The relative difference is only about 2.6%, meaning SAMHD1 approximates the 15th Fibonacci number to approximately 97.4% accuracy. This numerical proximity between a key biological molecule and a well-known mathematical sequence may offer an interesting basis for further discussion and exploration. Sincerely , Stefan Geier, Haidholzen Keywords: SAMHD1 (Sterile Alpha Motif and Histidine-Aspartate Domain-Containing Protein 1), interferon, HIV, virus, SAMHD1-dependent resistance, oncology Reference : 1. UniProt: Q9Y3Z3 · SAMH1_HUMAN 2. Baldauf HM, Pan X, Erikson E, Schmidt S, Daddacha W, Burggraf M, Schenkova K, Ambiel I, Wabnitz G, Gramberg T, Panitz S, Flory E, Landau NR, Sertel S, Rutsch F, Lasitschka F, Kim B, König R, Fackler O...

First comment on CERN LHCb March 2025 (2025/03/25): First observation of CP violation in baryon decays

First comment on  CERN LHCb March 25. 2025: " First observation of CP violation in baryon decays " by Stefan A. Geier Starting point:  " LHCb physicists obtained the numerical value of the CP asymmetry to be  A CP =(2.45±0.46±0.10)% , differing from zero by  5.2 standard deviations . The nonzero value at more than 5 standard deviations implies the observation of CP violation." ( https://lhcb-outreach.web.cern.ch/2025/03/25/observation-of-the-different-behaviour-of-baryonic-matter-and-antimatter/) Premise 1: 2.45% refers to 1 space dimension (LHCb) Premise 2: Space is 10 dimensional (M-Theory, F-Theory, ...) Premise 3: a(antimatter) = 0.75 a(matter) (evidence CERN ALPHAg experiment) Conclusion 1: 0.75 + 0.0245 x 10 = 0.75 + 0.245 = 0.995                               0.0245 x number of relevant space dimensions Conclusion 2: LHCb data fit  CERN ALPHAg experiment with  ...