Maria Dworzecka

Q: What Schools Are Affiliated With Maria Dworzecka

Maria Dworzecka is affiliated with the following schools: George Mason University, University of Warsaw

Maria Dworzecka's AcademicInfluence.com Rankings

Maria Dworzecka

Physics

#8198

World Rank

#10360

Historical Rank

Nuclear Physics

#177

World Rank

#225

Historical Rank

physics Degrees

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Physics

Maria Dworzecka's Degrees

PhD Physics University of Warsaw
Masters Physics University of Warsaw
Bachelors Physics University of Warsaw

Why Is Maria Dworzecka Influential?

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According to Wikipedia, Maria Dworzecka, originally Marysia Rozenszajn was a Polish-American computational nuclear physicist and physics educator, and a survivor of the Białystok Ghetto. Topics in her research have included the Hartree–Fock method, heavy-ion collisionss, and the dissipation of nuclear energy; she has also been recognized for her involvement in the development of educational software for physics simulations. She was a professor emerita in the Physics & Astronomy Department at George Mason University. Maria died on January 16, 2023 in Fairfax, Virginia. She was 81 years old.

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Maria Dworzecka'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

Microscopic nuclear dissipation: (II). Damping of collective states in subspaces which include 2p-2h states (1983) (72)
TDHF eigenstates: Gauge invariant periodic solutions (1979) (59)
Nuclear dissipation as damping of collective motion in the time-dependent RPA: (I). The microscopic model☆ (1982) (28)
On mass and charge distributions in heavy ion collisions (1978) (26)
Classical wall formula and quantal one-body dissipation (1986) (23)
Time-dependent Hartree-Fock dynamics and phase transition in Lipkin-Meshkov-Glick model (1980) (22)
Application of one body dissipation to deep inelastic heavy ion scattering (1978) (20)
Two-dimensional random walk on the ground state energy surface: The N-Z distributions from nuclear heavy-ion collisions (1981) (18)
The dissipation of collective motion by extended TDHF (1985) (13)
Qualitative properties of the discrete random walk evolution of projectile-like (N, Z) values on the dinuclear liquid-drop surface (1982) (12)
Gauge-invariant periodic solutions of the exact time-dependent Schrödinger equation and their time averages (1983) (12)
Macroscopic implications of diverse reaction mechanisms in ion-ion collisions (1985) (11)
Time-dependent--S-matrix Hartree-Fock theory of complex reactions (1980) (11)
Reaction theory for a nonlinear dynamics: The S-matrix time-dependent Hartree-Fock theory (1980) (9)
Collective degrees of freedom and one-body dissipation in heavy ion collisions☆ (1981) (8)
Random walk versus discrete master equation for nuclear heavy ions: Theoretical and experimental distinctions (1984) (6)
Comparison of Hartree-Fock and energy-density formalism calculations for some spherical nuclei (1975) (6)
The superfluid wall formula for nuclear dissipation (1980) (5)
Software Consortium Develops Simulations for Nine Physics Courses (1992) (5)
Perturbative treatment of collective particle-hole states in 40Ca and 48Ca☆ (1971) (5)
Quantized TDHF for giant monopole vibrations (1988) (4)
Quantal one-body dissipation: limitations of the classical wall formula☆ (1985) (4)
Strongly damped collisions in the 40Ar + 40Ca system (1979) (4)
Binding energy of 3H with tensor forces and hard shell repulsion (1968) (3)
Quantized TDHF for isoscalar giant quadrupole resonances in spherical nuclei (1988) (3)
Text Materials to Accompany Simulations for the CUPS Project (1993) (2)
BINDING ENERGIES OF OPEN-SHELL NUCLEI. (1968) (2)
Physical asymptoticity in nonlinear many-body reaction theories from nuclear mean-field approximations (1985) (1)
Effects of operator renormalization on inelastic scattering calculations in 40Ca (1973) (1)
Authoring on the Internet—the CUPS series (1994) (1)
Active Learning Classroom Effectiveness Compared to Traditional Lecture (2015) (1)
Semiclassical approximation for a momentum dependent one-body potential (1978) (1)
On the Road To Damascus--Technology, Fear, and Fear of Technology. (1998) (1)
Semiclassical approximations for a momentum dependent one-body potential. [Shell correction] (1976) (0)
Microscopic nuclear-dissipation mechanism as damping of collective motion in the second RPA (1982) (0)
CUPS in the classroom: the George Mason university experience (2008) (0)
Comment on "Bohr-Sommerfeld Quantization of Pseudospin Hamiltonians" (1981) (0)
Quantal one-body dissipation and the wall formula (1986) (0)
Ambiguities in the description of nucleon transfer in deep inelastic scattering (1990) (0)
DEPENDENCE OF THE EQUILIBRIUM DENSITY OF NUCLEAR MATTER ON THE NEUTRON EXCESS (1966) (0)
Angular momentum in random walk (1990) (0)
$sup 6$He/sub $lambda$ $lambda$/ WITH NONLOCAL SEPARABLE INTERACTIONS WITH HARD SHELL $lambda$--$lambda$ REPULSION. (1968) (0)
Single determinantal reaction theory: asymptoticity, periodicity, time averaging, channel orthogonality, requantization and gauge invariance. [Schroedinger equation, S matrix analogy] (1979) (0)
Single determinantal reaction theory as a Schroedinger analog: the time-dependent S-matrix Hartree-Fock method (1979) (0)
Comparison of Exams for Active Learning Technologies vs. Traditional Lectures (2017) (0)
Quantized gauge invariant periodic TDHF solutions (1979) (0)
Renormalized Operators and Collective Particle-Hole Excitations in Ca40 (1972) (0)
THE QUANTAL PERMEATION CURRENT AND THE DISCREPANT INITIAL STAGE N-AND Z-DRIFTS IN NUCLEAR HEAVY ION COLLISIONS (1987) (0)
Semiclassical approximation to time-dependent Hartree--Fock theory (1976) (0)
Time-dependent excitation of the LMG nucleus in Schrödinger and TDSHF theories (1985) (0)
NUCLEAR THREE-BODY PROBLEM WITH SEPARABLE NONLOCAL INTERACTION WITH HARD- SHELL REPULSION. (1968) (0)

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What Schools Are Affiliated With Maria Dworzecka?

Maria Dworzecka is affiliated with the following schools:

Maria Dworzecka's Academic­Influence.com Rankings