December 2020 Archives by thread

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Starting: Wed Dec 2 09:28:43 CET 2020
Ending: Thu Dec 31 20:51:48 CET 2020
Messages: 83

[seqfan] A076978 Don Reble
- [seqfan] Re: A076978 Neil Sloane
  - [seqfan] Re: A076978 Neil Sloane
[seqfan] "Expansion of ..." versus "G.f. = ..." Neil Sloane
- [seqfan] Re: "Expansion of ..." versus "G.f. = ..." Neil Sloane
  - [seqfan] Re: "Expansion of ..." versus "G.f. = ..." Neil Sloane
[seqfan] OEIS mentioned in What's Special About This Fraction? Alonso Del Arte
- [seqfan] Re: OEIS mentioned in What's Special About This Fraction? Neil Sloane
  - [seqfan] Re: OEIS mentioned in What's Special About This Fraction? jean-paul allouche
- [seqfan] Re: OEIS mentioned in What's Special About This Fraction? M. F. Hasler
- [seqfan] Re: OEIS mentioned in What's Special About This Fraction? Pierre Abbat
  - [seqfan] Re: OEIS mentioned in What's Special About This Fraction? M. F. Hasler
    - [seqfan] Re: OEIS mentioned in What's Special About This Fraction? Alonso Del Arte
    - [seqfan] Re: OEIS mentioned in What's Special About This Fraction? Neil Sloane
    - [seqfan] Re: OEIS mentioned in What's Special About This Fraction? M. F. Hasler
    - [seqfan] Re: OEIS mentioned in What's Special About This Fraction? Neil Sloane
[seqfan] Re: Novel Gray-code-like sequence Allan Wechsler
[seqfan] A114894 Don Reble
[seqfan] request for help with a sequence John Erickson
- [seqfan] Re: request for help with a sequence Neil Sloane
  - [seqfan] Re: request for help with a sequence Brendan McKay
    - [seqfan] Re: request for help with a sequence Neil Sloane
- [seqfan] request for help with a sequence John Erickson
[seqfan] Re: Please help me describe this sequence David Seal
- [seqfan] Re: Please help me describe this sequence Christian Lawson-Perfect
[seqfan] Natural Density of Odd Squares ( Euler) Gordon Speagle
- [seqfan] Re: Natural Density of Odd Squares ( Euler) jean-paul allouche
  - [seqfan] Re: Natural Density of Odd Squares ( Euler) Gordon Speagle
    - [seqfan] Re: Natural Density of Odd Squares ( Euler) Olivier Gerard
  - [seqfan] Re: Natural Density of Odd Squares ( Euler) Allan Wechsler
    - [seqfan] Re: Natural Density of Odd Squares ( Euler) Neil Sloane
    - [seqfan] Re: Natural Density of Odd Squares ( Euler) Gordon Speagle
    - [seqfan] Re: Natural Density of Odd Squares ( Euler) Peter Munn
[seqfan] Curry Haskell citation for A000670 anyone? Marc LeBrun
- [seqfan] Re: Curry Haskell citation for A000670 anyone? michel.marcus at free.fr
- [seqfan] Re: Curry Haskell citation for A000670 anyone? Neil Sloane
  - [seqfan] Re: Curry Haskell citation for A000670 anyone? Marc LeBrun
[seqfan] Question about A001438 Hal Switkay
[seqfan] The Busy Beaver Game Illuminates the Fundamental Limits of Math | Quanta Magazine Bob Lyons
- [seqfan] Re: The Busy Beaver Game Illuminates the Fundamental Limits of Math | Quanta Magazine Jack Grahl
  - [seqfan] Re: The Busy Beaver Game Illuminates the Fundamental Limits of Math | Quanta Magazine Allan Wechsler
[seqfan] Introduction, and quick wiki question Harald Korneliussen
- [seqfan] Re: Introduction, and quick wiki question Neil Sloane
[seqfan] A339709 israel at math.ubc.ca
[seqfan] Are solutions x^3*(2k+1) == 1 (mod 2^n) and x^2 == (2k+1) (mod 2^n) the same Richard J. Mathar
- [seqfan] Re: Are solutions x^3*(2k+1) == 1 (mod 2^n) and x^2 == (2k+1) (mod 2^n) the same Don Reble
- [seqfan] Re: Are solutions x^3*(2k+1) == 1 (mod 2^n) and x^2 == (2k+1) (mod 2^n) the same israel at math.ubc.ca
[seqfan] Update on Java implementations of OEIS sequences Sean A. Irvine
- [seqfan] Re: Update on Java implementations of OEIS sequences Neil Sloane
  - [seqfan] Re: Update on Java implementations of OEIS sequences Neil Sloane
    - [seqfan] Re: Update on Java implementations of OEIS sequences Sean A. Irvine
    - [seqfan] Re: Update on Java implementations of OEIS sequences Alonso Del Arte
    - [seqfan] Re: Update on Java implementations of OEIS sequences Sean A. Irvine
  - [seqfan] Re: Update on Java implementations of OEIS sequences Sean A. Irvine
[seqfan] Xmas-challenge Peter Luschny
- [seqfan] Re: Xmas-challenge Peter Luschny
  - [seqfan] Re: Xmas-challenge Andrew Weimholt
    - [seqfan] Re: Xmas-challenge Peter Luschny
    - [seqfan] Re: Xmas-challenge David Corneth
    - [seqfan] Re: Xmas-challenge Rob Pratt
    - [seqfan] Re: Xmas-challenge Peter Luschny
    - [seqfan] Re: Xmas-challenge Rob Pratt
    - [seqfan] Re: Xmas-challenge Peter Luschny
    - [seqfan] Re: Xmas-challenge W. Edwin Clark
    - [seqfan] Re: Xmas-challenge Rob Pratt
    - [seqfan] Re: Xmas-challenge W. Edwin Clark
    - [seqfan] Re: Xmas-challenge Peter Luschny
  - [seqfan] Re: Xmas-challenge Peter Luschny
    - [seqfan] Re: Xmas-challenge Allan Wechsler
    - [seqfan] Re: Xmas-challenge Peter Munn
    - [seqfan] Re: Xmas-challenge David Corneth
- [seqfan] Re: Xmas-challenge Michael Branicky
[seqfan] For A007499, need J Rec Math vol 8:3 1976 Neil Sloane
- [seqfan] Re: For A007499, need J Rec Math vol 8:3 1976 Hans Havermann
  - [seqfan] Re: For A007499, need J Rec Math vol 8:3 1976 Neil Sloane
[seqfan] The Lasting Lessons of John Conway’s Game of Life Bob Lyons
[seqfan] A000120(n)=A000120(n*b) and A000120(b)=A000120(n*b) Thomas Scheuerle
- [seqfan] Re: A000120(n)=A000120(n*b) and A000120(b)=A000120(n*b) israel at math.ubc.ca
  - [seqfan] Re: A000120(n)=A000120(n*b) and A000120(b)=A000120(n*b) Hugo Pfoertner
    - [seqfan] Re: A000120(n)=A000120(n*b) and A000120(b)=A000120(n*b) israel at math.ubc.ca
[seqfan] Happy 10 - 9 + 8 * 7 * 6! / 5 / 4 + 3! / 2 + 1! Bob Lyons
- [seqfan] Re: 2021 Jeremy Gardiner
- [seqfan] Re: Happy 10 - 9 + 8 * 7 * 6! / 5 / 4 + 3! / 2 + 1! Ami Eldar

Last message date: Thu Dec 31 20:51:48 CET 2020
Archived on: Sun Jan 15 12:29:40 CET 2023

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