Mortality equation offers a theory for programmed aging
Mortality equation offers a theory for programmed aging
Mortality equation offers a theory for programmed aging
Mortality equation offers a theory for programmed aging
Mortality equation offers a theory for programmed aging
Mortality equation offers a theory for programmed aging
Mortality equation offers a theory for programmed aging
Mortality equation offers a theory for programmed aging
Mortality equation offers a theory for programmed aging
Mortality equation offers a theory for programmed aging
Mortality equation offers a theory for programmed aging
Mortality equation offers a theory for programmed aging
Mortality equation offers a theory for programmed aging
Mortality equation offers a theory for programmed aging
Mortality equation offers a theory for programmed aging
Mortality equation offers a theory for programmed aging

I want to be forever young

The mortality equation governs the dynamics of an evolving population with a given maximum age, offering a theory for programmed ageing.

Mortality equation offers a theory for programmed aging

Draft for Physical Review X (2021)

T. Fink

Draft for Physical Review X (2021)

T. Fink

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    Draft for Journal of Physics A

    Flowers of immortality

    The eigenvalues of the mortality equation fall into two classes—the flower and the stem—but only the stem eigenvalues control the dynamics.