“Heredity is to-day the central problem of biology. This problem may be approached from many sides—that of the breeder, the experimenter, the statistician, the physiologist, the embryologist, the cytologist—but the mechanism of heredity can be studied best by the investigation of the germ cells and their development.”

— Edwin Grant Conklin

Edwin Grant Conklin, " The Mechanism of Heredity https://archive.org/details/jstor-1633782,", Science, Vol 27, nr 691, January 17, 1908

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Edwin Grant Conklin4

American biologist and zoologist 1863–1952

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“The future mathematical statistician needs early contacts with experimental sciences. He needs them because, at this stage of the development of statistics, the expeimental sciences are sources of theoretical problems. Also, he needs them because in almost any imaginable job which he may get after graduation, he will be called upon to apply his theory to experimental or observational problems.”

Jerzy Neyman (1894–1981) Polish statistician

Proceedings of the Berkeley Symposium on Mathematical Statistics and Probability. Vol. 1. http://books.google.com/books?id=p2T2bxyDSLMC&pg=PA48 University of California Press, 1949, p. 48.

“Heredity is not the dark specter which some people have thought—merciless and unchangeable, the embodiment of Fate itself. This dark, pessimistic belief which tinges even the literature of to-day comes, no doubt, from the general lack of knowledge of the laws governing the interaction of these two ever-present forces of heredity and environment wherever there is life.
My own studies have led me to be assured that heredity is only the sum of all past environment, in other words environment is the architect of heredity; and I am assured of another fact: acquired characters are transmitted and—even further—that all characters which are transmitted have been acquired…”

Luther Burbank (1849–1926) American botanist, horticulturist and pioneer in agricultural science

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“A mutation in a DNA molecule within a chromosome of a skin cell in my index finger has no influence on heredity. Fingers are not involved, at least directly, in the propagation of the species.”

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Source: The Dragons of Eden (1977), Chapter 2, “Genes and Brains” (p. 27)

“Both of us had decided, quite independently of each other, that the central problem in molecular biology was the chemical structure of the gene.”

Francis Crick (1916–2004) British molecular biologist, biophysicist, neuroscientist; co-discoverer of the structure of DNA

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Eric R. Kandel (1929) American neuropsychiatrist

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“We can never wholly separate the human from the mechanical side… But you all see every day that the study of human relations in business and the study of operating are bound up together.”

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“It [thought] is a mechanical thing and can solve only mechanical problems. But you want to use it to understand something living; that is the problem. It is not intended for that. Human problems are something living. You cannot use thinking to solve those problems.”

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“One of life's best coping mechanisms is to know the difference between an inconvenience and a problem.”

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Context: One of life's best coping mechanisms is to know the difference between an inconvenience and a problem. If you break your neck, if you have nothing to eat, if your house is on fire, then you've got a problem. Everything else is an inconvenience. Life is inconvenient. Life is lumpy. A lump in the oatmeal, a lump in the throat and a lump in the breast are not the same kind of lump. One needs to learn the difference.

“This book reports the findings from a study of job motivation based on a fresh approach to this problem. It is an important study, since the analyses and interpretations of the authors suggest that a breakthrough may well have been made to provide new insights into the nature and method of operation of job attitudes.”

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“An important object of the Journal should be the publication of papers dealing with attempts at statistical verification of the laws of economic theory, and further the publication of papers dealing with the purely abstract problems of quantitative economics, such as problems in the quantitative definition of the fundamental concepts of economics and problems in the theory of economic equilibrium.
The term equilibrium theory is here interpreted as including both the classical equilibrium theory proceeding on the lines of Walras, Pareto, and Marshall, and the more general equilibrium theory which is now beginning to grow out of the classical equilibrium theory, partly through the influence of the modern study of economic statistics. Taken in this broad sense the equilibrium problems include virtually all those fundamental problems of production, circulation, distribution and consumption, which can be made the object of a quantitative study. More precisely: The equilibrium theory in the sense here used is a body of doctrines that treats all these problems from a certain point of view, which is contrasted on one side with the verbal treatment of economic problems and on the other side with the purely empirical-statistical approach to economic problems”

Ragnar Frisch (1895–1973) Norwegian economist

Frisch (1927). as quoted in: Bjerkholt, Olav, and Duo Qin. A Dynamic Approach to Economic Theory: The Yale Lectures of Ragnar Frisch. Routledge, 2010: About "Oekonometrika"
1920

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Edwin Grant Conklin4

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