Professory Malvina Baica, Ph.D.
 

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Publications

Books

The Euler System for the Algebraic Number Theory & Mathematical Models In Pollution

The Algorithmic Solution of the General Euclidean Fermat's Last Theorem

Papers

1) Putting last digits first yields multiple (with H. Hasse)

2) n-Dimensional Fibonacci numbers and their applications

3) An algorithm in a complex field and its applications to the calculation of units (ACF)

4) Some new combinatorial identities derived from units in algebraic number fields

5) Diophantine Equations and Identities

6) Approximation of irrationals

7) Trigonometric Identities

8) Pythagorean Triangle of equal areas

9) Hilbert's demand for the disclosure of units in algebraic number fields

10) Halter-Koch units from the periodicity of (AFC) Algorithm

11) More units from the periodicity of an algorithm

12) The periodicity of an algorithm over the complex number field (ACF) and the solution of the Hermite problem

13) Hermite's problem from the periodicity of (ACF) algorithm

14) Fibonacci Triples and Pythagorean triangles of equal areas (with M. Gerlach)

15) Baica's General Euclidean algorithm (BGEA) and the solution of Fermat's Last Theorem (FLT)

16) More explanations about Baica's proof of Fermat's Last Theorem

17) The Euclidean character of Fermat's Last Theorem

18) Baica's solution of Fermat's Last Theorem in Euclidean, models and algorithms the transition from abstract to applied mathematics

19) Baica's General Euclidean Algorithm (BGEA) restricted periodicity an N-dimensional equivalent of Euler-Lagrange theorem from quadratics

20) Baica's General Euclidean Algorithm (BGEA) and sums of some infinite series

21) Some infinite series and sums from (BGEA)

22) Regarding a global methodology to estimate the energy-ecologic efficiency of thermopower plants (with M. Cardu)

23) Regarding a new variant methodology to estimate globaly the ecologic impact of thermopower plants (with M. Cardu)

24) Regarding the energy ecologic efficiency of desulphurization and denox systems and installations in thermopower plants (with M. Cardu)

25) The Euler System for the Algebraic Number Theory

26) Baica's General Euclidean Algorithm (BGEA) the only Algorithmic explicit solution of Hilbert's tenth problem

27) Baica's Euclidean solution of Fermat's Last Theorem (FLT)

29) Application of the methodology to estimate the energy-ecologic efficiency of fluidized bed boilers (with M. Cardu)

31) Solution of Goldbach's Conjecture

32) The Elliptical Fermat's Last Theorem (ELFLT) and the original Euclidean Fermat's Last Theorem (ELFT)

33) A seismic version regarding a methodology to estimate globally the energy-ecologic efficiency of Thermopower Plants (TPP-s) (with M. Cardu)

34) Algorithmic Solution of the original Euclidean Fermat's Last Theorem (EFLT)

35) Solution of Goldbach's Conjecture

36) Gas Turbine Installations with divided expansion (with M. Cardu)

37) A new global estimation of the atmospheric pollution due to the Thermopower Plants (with M. Cardu)

38) Clarifications of the Author's Previous Paper on Goldbach's Conjecture

39) A cyclotomic field to derive some trigonometric identities

40) Elements of Polygonal Trigonometry (with M. Cardu)

41) Some Trigonometric Identities

42) About the Ecological aspects of Dual fuel combustion in Thermopower Plants (with M. Cardu)

43) On the relation between Atmospheric pollution due to the Thermopower Plants and the Characteristics of their fuels (with M. Cardu)

44) Today's status of the Fermat's Last Theorem

45) Regarding the general character of the Polygonal Trigonometry (with M. Cardu)

46) Baica's Contributions to the Solution of the Binary Goldbach Problem (with A. Peretti) (Also available in an easier-to-read (not scanned) version.)

47) With A. Peretti, The Binary Goldbach Problem (with A. Peretti) (Also available in an abridged format.)

48) Regarding the relation between the NOx content and CO content in thermo power plants flue gases (with M. Cardu)


See Her Other Publications | How to Contact Dr. Baica

UWW HomepageDr. Malvina Baica     baicam@uww.edu
Department of Mathematical and Computer Sciences
University of Wisconsin - Whitewater