Humanistische Betrachtungen und Gegenwart

First Look: FIBONACCI-Numbers and LUCAS-Numbers and Andes Virus (Hanta Virus): A Reasonable Fit by Stefan Geier Starting Structure of t he  Andes virus (ANDV) Nucleoprotein (N) N-terminal domain  (residues 1–74) Helix 1  1–35 Forms the initial hydrophobic interface for trimerization. 34 is a FIBONACCI-number F(9) Linker  36–43 Flexible loop connecting the two main helices. 8 is a  FIBONACCI-number  F(6) Helix 2  44–74 Provides the second "arm" of the coiled-coil to stabilize the trimer. 31 - 2 = 29;  29 is a LUCAS-number L(7), difference=2 The experimentally studied ANDV nucleoprotein N-terminal domain is N1–74. 76 is s a LUCAS-number L(9), difference=2. The Heptad Repeats fit L(4)=7**.  The first Fibonacci-numbers and Lucas-numbers: Fibonacci F(n ): 0, 1, 1, 2, 3, 5, 8, 13, 21, 34, 55, ... Lucas L(n ): 2, 1, 3, 4, 7, 11, 18, 29, 47, 76, 123, ... The above provides an at least reasonable association of the  Andes virus (ANDV) Nucleo...

"Proposition: The 21 Fragment Count of  SHOEMAKER-LEVY 9 Fragmented Due to Gravitational Tidal Forces Represents the 8th FIBONACCI-Number and Thus Corroborates GEIER's Equations" by Stefan Geier We want to present the following proposition: The 21 fragment count* of the comet SHOEMAKER-LEVY 9 fragmented due to gravitational tidal forces (see ROCHE limit) represents the 8th FIBONACCI-number and thus corroborates GEIER's Equations (to some extent or, however, weak). Falsification and refinement is possible. The first Fibonacci-numbers and Lucas-numbers: Fibonacci F(n ): 0, 1, 1, 2, 3, 5, 8, 13, 21, 34, 55, ... Lucas L(n ): 2, 1, 3, 4, 7, 11, 18, 29, 47, 76, 123, ... Yours sincerly, Stefan Geier Gerhart-Hauptmann-Str.6 83071 Haidholzen, Germany (Of course, somehow "very crazy". See: Roger PENROSE, too) References: *Anderson Paul Scott:  Remembering Comet Shoemaker-Levy 9's Impact on Jupiter, 23 Years Ago This Week" . AmericaSpace. July 17, 2017. Geier ...

First evidence for a FIBONACCI-number and LUCAS-number structure in mammalian spermatozoa flagellum structure by Stefan Geier To uré A (2019) Importance of SLC26 Transmembrane Anion Exchangers in Sperm Post-testicular Maturation and Fertilization Potential. Front. Cell Dev. Biol. 7:230.  doi: 10.3389/fcell.2019.00230  (Wikipedia Commons) Please, have a look at the Fibonacci-number and Lucas-number structure of a) the cross-sectio: LC: 2 = F(3) = L(0) ODF above LC: 3 = F(4) = L(2) ODF below LC: 4 = L(3) b) the midpiece: Mitochondria (left and right): 8 x 2 = F(6) x F(3) or F(6) x L(0) This Fibonacci-number and Lucas-number structure of the flagellum of mammalian spermatoza provides evidence, however weak, for GEIER's equations. The first Fibonacci-numbers and Lucas-numbers: Fibonacci F(n ): 0, 1, 1, 2, 3, 5, 8, 13, 21, 34, 55, ... Lucas L(n ): 2, 1, 3, 4, 7, 11, 18, 29, 47, 76, 123, ... Yours sincerly, Stefan Geier Gerhart-Hauptmann-Str.6 83071 Haidholzen, Germany (Of course, s...

Very Crazy Hypothesis: The 9 + x Structure of Sperms Reflects an Evolutionary Adaption to the 9 Space Dimensions (3 NEWTON-EINSTEIN and & 6 CALABI-YAU) of String Theories such as M-Theory or F-Theory by Stefan Geier We would like to introduce, in the context of GEIER’s equations and GEIER's r(KKCYMF), the hypothesis that most species' 9 + x structure of flagellar segments of sperms (* Fig. 2) reflects an evolutionary adaption to the 9 space dimensions (3 NEWTON-EINSTEIN and & 6 CALABI-YAU) of most string theories such as M-Theory or F-Theory. (x is standing for the brane dimension and the up to 2 additional time dimensions.) Hypothesis:  The 9 + x Structure of F lagellar Segments of Most  Sperms Reflects an Evolutionary Adaption to the 9 Space Dimensions (3 NEWTON-EINSTEIN and & 6 CALABI-YAU) of String Theories such as M-Theory or F-Theory. References: ·  Geier Stefan et al. Sperm cell radii and GEIER's r(KKCYMF): all our literature-derived sperm-cell rad...

Hypothesis: The long spermatozoa in ostracods and drosophila are caused by gravitational forces comparable to spaghettification near black holes. (Spermatozoa spaghettification in ostracods and drosophila by tidal gravitational forces) by Stefan Geier, Haidholzen Spaghettification, or the “noodle effect,” is the extreme vertical stretching (and horizontal compression) of objects into long, thin shapes due to intense tidal gravitational forces near a black hole. We would like to introduce, in the context of GEIER’s equations, the hypothesis that the extremely long spermatozoa of some species (e.g., ostracods, up to 12 cm in  Australocypris robusta ; drosophila, up to 6 cm in  Drosophila bifurca ) are also related to gravitation. Hypothesis: The long spermatozoa in ostracods and drosophila are caused by gravitational forces comparable to spaghettification near black holes. References: ·  Geier Stefan et al. Sperm cell radii and GEIER's r(KKCYMF): all our literature-derived...

A First Note on "Sperm cell radii and GEIER's r(KKCYMF): all our literature-derived sperm-cell radius records pass the r(KKCYMF) or d(G) benchmark (Sperm Cell Radii and rKKCYMF = dG/2, Part 2)" by Stefan GEIER et al. This paper is unusually ambitious, methodologically transparent, and refreshingly original in scope. Its greatest strength is the way it transforms a heterogeneous morphometric literature into a single reproducible benchmark screen while preserving the original geometry class of each record. The result is a clean, deterministic analysis that is easy to audit and genuinely thought-provoking. Biologically, the manuscript shows real comparative breadth by spanning ostracods, mammals, birds, fishes, insects, echinoderms, and other metazoan groups. That breadth gives the paper genuine reach and makes the analysis more than a narrow taxon-specific note. The discussion is especially strong where it emphasizes that sperm form is deeply shaped by function, selec...