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Audioactive sequences – The Intrepid Mathematician

    https://anthonybonato.com/2018/05/02/audioactive-sequences/#:~:text=Audioactive%20sequences%20split%20in%20the%20sense%20that%20the,table%20from%20hydrogen%2022%20through%20to%20uranium%203.
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Audioactive sequences – The Intrepid Mathematician

    https://anthonybonato.com/2018/05/02/audioactive-sequences/
    Audioactive sequences split in the sense that the more complex ones break up into smaller, atomic ones. More precisely, each audioactive sequence is the concatenation of atomic audioactive ones. There are exactly 92 of these atomic sequences, and Conway named them after the 92 elements in the periodic table from hydrogen 22 through to uranium 3.

Audioactive Sequence - Everything2.com

    https://everything2.com/title/Audioactive+sequence
    This handy, little Perl script will display the audioactive sequence in the user-specified non-zero base. It should be noted that this sequence grows exponential ly for all bases greater than 1. In base 1, however, the sequence grows linear ly. Try AUDIOACTIVE.PL 1 10 and see for yourself (or just look at the short example runs below).

Look and Say (audioactive evolution)

    http://www.se16.info/js/looknsay.htm
    sequence and some similarities with molecular and atomic chemistry with Richard Guy in The Book of Numbers. "Audioactive" is a pun based on the Look and Say method and radioactive elements. Online information includes Stephen Finch's page for Mathsoft on Conway's Constant, my pages on the evolution of the 92 elementsand their seven

Look and Say Sequence, Conway’s constant, the 92 …

    https://www.eiu.edu/math/pdf/Gregory_Galperin_February_24_2017.pdf
    It is created, term by term, by the audioactive operator A which transforms each term to the next one by \reading" the previous term as follows: 1 =) one 1 =) two 1′s =) one 2 one 1 =) one 1 one 2 two 1′s =) ::: : The C-sequence has many interesting properties, some of which I will touch in my talk. Q: Can a C-number has 2017 digits?

A005150 - OEIS

    https://oeis.org/A005150
    This sequence created by John Horton Conway in 1986 is called "suite de Conway" in French (see Wikipédia link). - Bernard Schott, Jan 10 2021; REFERENCES: J. H. Conway, The weird and wonderful chemistry of audioactive decay, Eureka 46 (1986) 5-16. S. R. Finch, Mathematical Constants, Cambridge, 2003, section 6.12 Conway's Constant, pp. 452-455.

The weird and wonderful chemistry of audioactive decay …

    https://citeseerx.ist.psu.edu/showciting?cid=2674087
    In [1] the Ultimate Periodicity Theorem was proved: Ultimate Periodicity Theorem. Beginning with any finite initial sequence S 0 , all the sequences S i 2 S have bounded length, and S is ultimately periodic. This fact means that every counting sequence eventually "stabilises".

Evolution of Conway's 92 Look and Say audioactive elements

    http://www.se16.info/js/lands2.htm
    93 rows

AudioActive

    https://audioactive.org.uk/
    AudioActive is a non-profit organisation that creates social change through music and develops emerging talent. Since forming in 1999, AudioActive has built a unique community in Brighton and across Sussex. Our team of musicians and music lovers restlessly develop artists and reach the sort of arch young talents that so often fall through the ...

Sequence Alignment - MATLAB & Simulink - MathWorks

    https://www.mathworks.com/help/bioinfo/sequence-alignment.html
    Compare nucleotide or amino acid sequences using pairwise or multiple sequence alignment functions. Standard algorithms for pairwise alignments include Needleman-Wunsch (nwalign) and Smith-Waterman (swalign) algorithms.You can also perform multiple sequence alignment using various functions, such as multialign and profalign, and visualize the alignment results in the …

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