1st Edition
Geometry of Derivation, Volume III Classification of Skewfield Flocks
Part 1: The Classification of Flocks
1. The Classes of Flocks
2. General Theorems of Flocks
3. The Isomorphism Questions
Part 2: Multiple Replacement−Redux
4. Extension of Division Rings
5. Automorphism Groups of Division Rings
6. The Theorem of Andre’
7. Dickson Nearfield Planes
8. Ostrom’s Theorem
Part 3: Simultaneous Flock Spreads
9. Simultaneous Spreads of Type 2
Part 4: Semifields over Division Rings
10. Twisted T-Copies
11. General Skewfield Lifts to Semifields
12. Central Extensions of Degree 3, 4
13. Central Cyclic Extensions
Part 5: Lifting Skewsfields-Degree n
14. General Lifting
Part 6: Kantor-Pentilla and CJV σ − Flokki
15. Transform and CJV-Methods
16. Choices of Representation
Part 7: JPW-Hyperbolic Flocks
17. Idea of “Left-Inversion”
Part 8: Non-Linear Hyperbolic Flocks
18. Adjoining Inner Derivation Functions
19. Resolved Conical Flocks
20. The Isomorphism Questions
21. The Hyperbolic Isomorphism Question
Part 9: The Baer Flocks
22. Draxl's Theorem
23. Transposed Baer Flocks
Part 10: Anti-Isomorphic Flocks
24. The Hyperbolic Flock Square
Part 11: Elation Group Double Covers
25. The Three Spreads of a Double Cover
26. Skew-Desarguesian Spreads
27. Right Skew-Desarguesian Spreads
Part 12: Strings
28. Strings of Quasfibrations and Spreads
29. Corresponding Right “Flocks”
Part 13: Switch and Imposter Switch
30. Derivation of Flock Spreads
Part 14: Baer Groups over Skewfields
31. Point-Baer Subplanes of Planes
32. Baer Collineations in Translation Planes
33. Derived Spreads and Baer Groups
34. Deficiency One Flocks of Order p4
35. to-Interchange-Hyperbolic Spreads
36. to-Interchange-Conical Spreads
37. Left Inversing “Minus One”
38. Deficiency One
39. Hyperbolic Skew-Desarguesian Flocks
Part 15: Three Line Problem
40. Do Three Components define a Pseudo-Regulus?
41. Three Component-Three Point Construction
Part 16: The Flocks and Spreads
42. Anti-Isomorphic Flocks
43. Constructions-Generalized Lifted
44. 1-A Conical Spreads
45. Flocks from Lifted Types
46. The Open Types and New Directions
Biography
Norman L. Johnson is an Emeritus Professor (2011) at the University of Iowa where he has had ten PhD students. He received his Ph.D. at Washington State University as a student of T.G. Ostrom. He has written 580 research items including articles, books, and chapters available on Researchgate.net. Additionally, he has worked with approximately 40 coauthors and is a previous Editor for International Journal of Pure and Applied Mathematics and Note di Matematica. Dr. Johnson plays ragtime piano and enjoys studying languages and 8-ball pool.






