Claud Lovelace

Q: What Schools Are Affiliated With Claud Lovelace

Claud Lovelace is affiliated with the following schools: University of California, Berkeley, University of Cape Town, Rutgers University, Princeton University

Claud Lovelace's AcademicInfluence.com Rankings

Claud Lovelace

Physics

#816

World Rank

#1317

Historical Rank

physics Degrees

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Physics

Claud Lovelace's Degrees

PhD Physics Princeton University

Why Is Claud Lovelace Influential?

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According to Wikipedia, Claud Lovelace was a theoretical physicist noted for his contributions to string theory, specifically, the idea that strings did not have to be restricted to the four dimensions of spacetime. A study in 2009 ranked him as the 14th most influential physicist in the world for the period 1967–1973.

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Claud Lovelace'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

Loop corrections to superstring equations of motion (1988) (348)
Adding holes and crosscaps to the superstring (1987) (289)
String loop corrections to beta functions (1987) (289)
Strings in Curved Space (1984) (263)
A novel application of Regge trajectories (1968) (251)
Stability of string vacua: (I). A new picture of the renormalization group (1986) (187)
Pomeron form-factors and dual Regge cuts (1971) (184)
New πN phase-shift analysis (1972) (122)
Evidence from πp phase shift analysis for nine more possible nucleon resonances (1968) (118)
M-loop generalized veneziano formula (1970) (100)
Simple N-reggeon vertex (1970) (66)
Pion-nucleon phase shifts and resonances (1964) (62)
New evidence for the sigma meson (1966) (60)
Phenomenology in particle physics, 1971 (1971) (39)
Universality at large N (1982) (37)
Regge fits with Veneziano residues (1969) (34)
Loop corrections to conformal invariance for type-I superstrings (1988) (28)
K+p Reggeized phase shift analysis (1971) (17)
Phase-shift analysis of π−p → KmOΛ (1971) (17)
Regge behavior of a soluble model with asymptotic freedom (1975) (16)
Witten’s vertex made simple (2003) (16)
Veneziano theory (1970) (14)
Uniqueness and symmetry breaking in S-matrix theory (1967) (13)
Evidence for a pion-nucleon inelastic S31 resonance (1965) (13)
Relation between regge cut theories (1971) (8)
Adiabatic dilations and essential Regge spectrum (1975) (8)
Regge behavior under asymptotic freedom (1975) (7)
Multi-pomeron selection rules (1972) (6)
Construction of the N = ∞ master field for strong coupling (1982) (6)
Systematic search for ghost-free string models (1979) (5)
Attraction to large gauge orbits (1981) (5)
Pion-nucleon phase shifts and their implications (1966) (3)
Twistors versus harmonics (2010) (3)
The Birth of String Theory: Dual amplitudes in higher dimensions: a personal view (2012) (2)
Summings soft gluons (1991) (2)
$pi$N two-body scattering data. I. A user's guide to the Lovelace-- Almehed data tape (1973) (1)
Lawrence Berkeley National Laboratory Recent Work Title (2012) (0)
Comment on "Comparison of Phase-Shift-Analysis Solutions to π − p Scattering Data" (1970) (0)
Calculable membrane theory (2009) (0)
PHASE-SHIFT ANALYSIS OF $pi$$sup -$p $Yields$ K$sup 0$. (1971) (0)
Stromgren UVBY photometry of the Be stars lambda Eri, FY CMa, 66 Oph, O And, 47 Ori, 88 Her, 28 Cyg, 66 Cyg, 31 Peg (1997) (0)
$pi$N PHASE SHIFT ANALYSIS AND PHENOMENOLOGICAL DISPERSION RELATIONS. (1970) (0)

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Other Resources About Claud Lovelace

en.wikipedia.org

What Schools Are Affiliated With Claud Lovelace?

Claud Lovelace is affiliated with the following schools:

Claud Lovelace's Academic­Influence.com Rankings