Nils Aall Barricelli

Nils Aall Barricelli's AcademicInfluence.com Rankings

Mathematics

#1822

World Rank

#2909

Historical Rank

Control Theory

#74

World Rank

#79

Historical Rank

Measure Theory

#4010

World Rank

#4725

Historical Rank

mathematics Degrees

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Mathematics

Why Is Nils Aall Barricelli Influential?

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According to Wikipedia, Nils Aall Barricelli was a Norwegian-Italian mathematician. Barricelli's early computer-assisted experiments in symbiogenesis and evolution are considered pioneering in artificial life research. Barricelli, who was independently wealthy, held an unpaid residency at the Institute for Advanced Study in Princeton, New Jersey in 1953, 1954, and 1956. He later worked at the University of California, Los Angeles, at Vanderbilt University , in the Department of Genetics of the University of Washington, Seattle and then at the Mathematics Institute of the University of Oslo. Barricelli published in a variety of fields including virus genetics, DNA, theoretical biology, space flight, theoretical physics and mathematical language.

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Nils Aall Barricelli's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Simulation of biological evolution and machine learning. I. Selection of self-reproducing numeric patterns by data processing machines, effects of hereditary control, mutation type and crossing. (1967) (170)
Numerical testing of evolution theories (1963) (148)
A FREQUENCY INVESTIGATION OF ABNORMALLY HIGH TIDAL LEVELS AT CERTAIN WEST COAST PORTS. (1963) (58)
A “chromosomic” recombination theory for multiplicity reactivation in phages (1956) (33)
An analytical approach to the problems of phage recombination and reproduction: I. Multiplicity reactivation and the nature of radiation damages (1960) (33)
An analytical approach to the problems of phage recombination and reproduction: II. High negative interference (1960) (28)
Numerical testing of evolution theories (1962) (27)
An analytical approach to the problems of phage recombination and reproduction. III. Cross reactivation. (1961) (21)
Radiation-genetic evidence that only one of the two DNAstrands injected by phage T4 transmits the genetic information to the progeny. (1965) (17)
The lunar surface and early history of the Earth's satellite system☆ (1969) (17)
On the origin and evolution of the genetic code. I. Wobbling and its potential significance. (1977) (14)
The transmission of mass and angular momentum from a satellite or planetary system to its primary (1972) (8)
Evidence derived from HNO2 mutagenesis that only one of the two DNA strands injected by phage T4 transmits hereditary information to the progeny. (1967) (8)
Measurements of the depth of loose and loosely bonded material on the lunar surface based on Ranger VII, VIII and IX photographs (1967) (6)
On the manner in which crossbreeding takes place in bacteriophages and bacteria (1955) (6)
A radiation-genetic method to decide whether one or both of the DNA strands injected by a virus into its host transmit the hereditary information to the progeny. (1965) (6)
Computer studies of the evolution of planetary and satellite systems I. Description of the program: Preliminary tests (1979) (6)
A general survival law for virus and cells with damaged genetic material. (1961) (5)
A note on the elementary theory of mutant clone-size distribution in the progeny of phages treated extracellularly with a mutagen. (1965) (5)
On the origin and evolution of the genetic code. II. Origin of the genetic code as a primordial collector language. The pairing-release hypothesis. (1979) (5)
Computer studies of the evolution of planetary and satellite systems (1980) (4)
Stimulation of recombination in multiplicity-reactivated bicomplexes and the genetic map length of phage T4. (1966) (4)
The effect of helper phages and--or multiplicity of infection on the repair of ultraviolet damages in T4. (1968) (4)
The impact-theory interpretation of the distribution of Maria on the lunar surface (1970) (3)
Virus-genetic theory testing by data processing machines. 3. The intepretation of radiation genetic and partial phage experiments in T4. General remarks on the theory-testing rsults. (1971) (3)
Virus-genetic theory testing by data processing machines. I. Basic procedures and models tested. (1971) (3)
A note on the asymmetric distribution of the impacts which created the lunar mare basins (1975) (3)
Forces acting upon an asteroid moving through a meteoroid stream (1973) (3)
Virus-genetic theory testing by data processing machines. II. Fit of classical genetic T4 data. (1971) (3)
Preferential perihelion and aphelion distances, and planetary formation (1986) (2)
Limited genetic and functional participation in multiple infections by UV-irradiated wild-type T4 phages in competition with one unirradiated helper phage. (1969) (2)
Preferential Perihelion and Aphelion Distances (1972) (1)
Rotation of asteroids and planetary axial rotation theory (1982) (1)
A note on the gravitational field of Phobos (1988) (1)
Interpretation of grazing impacts on Mars by the axial rotation theory (1984) (1)
THE SIGNATURE OF THREE HEAVY NEUTRAL LEPTONS PREDICTED BY MAGNETIC QUARK THEORY, IS FOUND IN THE ENERGY DISTRIBUTION OF TAU-DECAY PARTICLES (EXTRACT FROM THEORETIC PAPERS, No. 3, 1985) (1985) (0)
A noie on the loss of hydrogen and the supply of hydrogen to the Earth as a direct or indirect effect of the solar wind (1969) (0)
The axial rotation of planets and transfer of mass and angular momentum from a satellite system to its primary (1988) (0)
Utilisation of the lunar field for interplanetary travel by the Oslo system (1971) (0)
A Computer Study of Galactic Spiral Arms (1972) (0)
Letter from Nils A. Barricelli to Joshua Lederberg (1955) (0)
THE MASSES OF ELEMENTARY PARTICLES CALCULATED BY A MAGNETIC MONOPOLE MODEL THEORETIC IMPLICATIONS (1981) (0)
HEAVY NEUTRAL LEPTON PREDICTED BY A MAGNETIC QUARK MODEL (1979) (0)
Distribution of lunar impacts by objects in parabolic low inclination orbits (1978) (0)
The dogma of matters neutrino-transparency (1991) (0)
MAGNETIC QUARK MODELS FOR THE INTERPRETATION OF THE MASSES OF ELEMENTARY PARTICLES (1978) (0)
RULES OF DEFINITION (1981) (0)
About neutrino transparency and CP symmetry. (1990) (0)
SHORT-RANGE FIELD PROBLEMS CONNECTED WITH MAGNETIC MONOPOLES (1978) (0)
THE APPLICATION OF BOHR AND SOMMERFELD METHODS IN THE THEORY OF MAGNETIC QUARK MODELS (1980) (0)
ELEMENTARY PARTICLES INVOLVING ORBITS WITH ANGULAR MOMENTUM GREATER THAN ZERO (1982) (0)

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