De La Salle University - Manila

Pathfinder : Quantum Mechanics

Scope Note:

Quantum mechanics (QM), also called wave mechanics, is the modern theory of matter, of atoms, molecules, solids, and of the interaction of electromagnetic fields with matter. It supersedes the classical mechanics embodied in Newton's laws and contains them as a limiting case (the so-called classical limit of QM). (Source: Encyclopedia of Applied Physics. New York : VCH Publishers, Inc., c1991. QC 5 E5 1991 v.15)

Used for:

• Quantum theory
• Quantum theory - Addresses, essays, lectures
• Quantum theory - Computer simulation
• Quantum theory - Congress
• Quantum theory - Congresses
• Quantum theory - Data processing
• Quantum theory - Fiction
• Quantum theory - History
• Quantum theory - Mathematical models
• Quantum theory - Mathematics
• Quantum theory - Popular works
• Quantum theory - Problems, exercises, etc.

Related Terms:

• Causality (Physics)
• Quantum dynamics
• Quantum electrodynamics
• Quantum field theory Quantum groups
• Quantum logic Quantum optics
• Quantum statistics
• Quantum wells Symmetry (Physics)
• Wave mechanics

BOOKS

Reference sources located at the Information- Reference Section, 2nd floor:

• Encyclopedia of applied physics. QC 5 E5 1991
• A formulation of particle mechanics. Reese T. Prosser. QA 3 M45 no.61
• Natural science : selections from the twentieth century. AC 1 G74 1990 v.56
• Nuclear level schemes : A=40-A=92, covering the elements Ca-Zr : a collection of diagrams showing positions and properties of nuclear energy levels, characteristics of radioactive decay and nuclear reactions. QC 795.8 E5 N8 1955
• The picture book of quantum mechanics. Siegmund Brandt, Hans Dieter Dahmen. QC 174.12 B69 1995
• Problems and solutions on quantum mechanics. QC 174.15 P76 1998
• Spheroidal wave functions : including tables of separation, constants and coefficients. QC 174.2 S77 1956
• Quanta : a handbook of concepts. P.W. Atkins. QD 462 A85 1991
• Understanding quantum physics : a user's manual. Michael E. Morrison. QC 174.12 M687 1990

Texts located at the Circulation Section, 3rd floor:

• A first course in quantum mechanics. H. Clark. QC 174.12 C55 1982
• A textbook of quantum mechanics. P.M. Mathews, K. Venkatesan. QC 174.12 M32 1977
• A modern approach to quantum mechanics. John S. Townsend. QC 174.12 T68 1992
• A quantum mechanics primer. Daniel T. Gillespie. QC 174.1 G54 1970
• Advanced field theory : micro, macro, and thermal physics. Hiroomi Umezawa. QC 174.45 U47 1995
• Advanced quantum mechanics. QC 174.1 S26 1973
• Advanced quantum mechanics and particle physics from an elementary approach. John A. Eisele. QC 174.12 E5 1964
• Advanced quantum theory : an outline of the fundamental ideas. Paul Roman. QC 174.12 R6
• Advanced quantum theory and its applications through Feynman diagrams. QC 174.12 S27
• Affine Lie algebras and quantum groups : an introduction, with applications in conformal field theory. Jurgen Fuchs. QA 252.3 F8 1995
• Algebraic approach to simple quantum systems : with applications to perturbation theory. Barry G. Adams. QC 174.17 P45 A3 1994
• An axiomatic basis for quantum mechanics. Gunther Ludwig. QC 174.12 L8413 1985
• An introduction to quantum field theory. Michael E. Peskin, Daniel V. Schroeder. QC 174.45 P47 1995
• An introduction to quantum field theory. George Sterman. QC 174.45 S74 1993
• An introduction to quantum physics. Garrison Sposito. QC 174.1 S66 1970
• An introduction to quantum physics. A. P. French, Edwin F. Taylor. QC 174.12 F74 1978
• An introduction to relativistic quantum field theory. Silvans S. Schweber. QC 174.45 S33 1964
• An introduction to theory and applications of quantum mechanics. Amnon Yariv. QC 174.12 Y37 1982
• And yet it moves : strange systems and subtle questions in physics. Mark P. Silverman. QC 21.2 S54 1993
• Angular momentum. D.M. Brink, G.R. Satchler. QC 174.5 B75 1968
• Appearance and reality : an introduction to the philosophy of physics. Peter Kosso. QC 6 K67 1998
• Applied quantum mechanics. Richard K. Osborn. QC 174.12 O8 1988
• Atomic and quantum physics : an introduction to the fundamentals of experiment and theory. H. Haken. H.C. Wolf. QC 173 H2913 1987
• Atomic structure and valency. R.D. Brown. QC 173 B76 1966
• Atomic structure and valency for general students of chemistry. B. Stevens. QD 461 S78 1967
• Atoms in molecules : a quantum theory. Richard F.W. Bader. QD 462 B34 1994
• Atoms, metaphors, and paradoxes : Niels Bohr and the construction of a new physics. Sandro Petruccioli. QC 173.98 P4713 1993
• Atoms, molecules and quanta. Arthur Edward Ruark, Harold Clayton Urey. QC 174.12 R8 1964
• Atoms, radiation and nuclei. QC 173 O8 1964
• Basic concepts in relativity. Robert Resnick, David Halliday. QC 173.55 R47 1992
• Basic quantum mechanics. J.M. Cassels. QC 174.12 C37 1982
• Basic quantum mechanics. J. L. Martin. QC 174.12 M314 1981
• Basic theories of physics : heat and quanta. Peter Gabriel Bergmann. QC 254 B4 1951
• Beyond conventional quantization. John R. Klauder. QC 174.45 K5 2000
• Chaotic behavior in quantum system : theory and applications. QC 174.84 N37 1983
• Classical and quantum dyanmics : from classical paths to path integrals. W. Dittrich, M. Reuter. QC 174.12 D57 1996
• Classical theory of particles and fields. K.H. Ruei. QC 793.2 R8
• Coherent optical interactions in semiconductors. QC 611.6 O6 C64 1994
• Computational chemistry : introduction to the theory and applications of molecular and quantum mechanics. Erroll Lewars. QD 455.3 C64 L49 2003
• Computational quantum chemistry : an interactive guide to basis set theory. Charles M. Quinn. QD 462.6 D38 Q56 2002
• Concepts and development of quantum physics. John C. Slater. QC 174.12 S49 1969.
• Concepts of modern physics. Arthur Beiser. QC 173 B4 1995
• Conceptual foundations of quantum mechanics. Bernard d'Espagnat. QC 174.12 E86 1989
• Conceptual foundations of quantum physics : an overview from modern perspectives. Dipankar Home. QC 174.12 H64 1997
• Continuous quantum measurements and path integrals. Michael B. Mensky. QC 174.17 P7 M47 1993
• Crossover-time in quantum boson and spin systems. Gennady P. Berman, Evgeny N. Bulgakov, Darryl D. Holm. QC 174.45 B48 1994
• Dialogues on modern physics. Mendel Sachs. QC 174.12 S235 1998
• Differential space, quantum systems, and prediction. Norbert Wiener. QC 20 D5
• Dreams of a final theory. Steven Weinberg. QC 21.2 W444 1992
• Einstein and the generations of science. QC 173.98 F48
• Electromagnetic fields and interactions. Richard Becker. QC 670 B413 1982
• Elementary particles and the laws of physics. Richard P. Feynman, Steven Weinberg. QC 793.28 F49 1999
• Elementary quantum mechanics. David S. Saxon. QC 174.1 S29 1968
• Elementary quantum mechanics. Peter Fong. QC 174.12 F6
• Elementary quantum mechanics. R.W.Gurney. QC 174.12 G8 1934
• Elements of advanced quantum theory. QC 174.1 Z54 1969
• Elements of quantum mechanics. Michael D. Fayer. QC 174.12 F38 2001
• Field quantization. Walter Greiner, Joachim Reinhardt QC 174.45 G7413 1996
• Field theory : a modern primer. QC 174.45 R35 1990
• Field theory : a path integral approach. Ashok Das. QC 174.52 P37 D37 1993
• Fifth Mexican School of Particles and Fields, Guanajuato, Mexico, 1992. QC 793 M49 1991
• Finite-temperature field theory. Joseph I. Kapusta. QC 793.3 F5 K36 1989
• Foundations of quantum dynamics. S.M. Blinder. QC 174.12 B56 1974
• Foundations of quantum mechanics. QC 174.12 J3
• Foundations of quantum mechanics. G. Ludwig. QC 174.12 L8513
• Fourth International Symposium on Radiative Corrections : application of quantum field theory to phenomenology, Universitat Autonoma de Barcelona, Catalonia, Spain, 8-12 September 1998. QC 794.8 W4 I58 1998
• Fundamentals of modern physics. Robert Martin Eisberg. QC 173 E35
• Fundamentals of quantum mechanics. J.E. House. QC 174.12 H645 1998
• Gauge fields : introduction to quantum theory. L.D. Faddeev, A.A. Slavnov. QC 793.3 F5 F313 1991
• Gauge invariance. QC 174.45 G38 1990
• Gravitation : an introduction to current research. QC 178 W5
• Green's functions in quantum physics. E.N. Economore. QC 174.17 G68 E26 1983
• Group theory and quantum mechanics. QC 174.5 T5 1964
• Group theory in quantum mechanics : an introduction to its present usage. QC 174.5 H45 1977
• Heat, thermodynamics, and statistical physics. Franzo H. Crawford. QC 254 C7
• In search for the big bang : quantum physics and cosmology. John R. Gribbin. QB 991 B54 G74 1986
• Incompleteness, nonlocality and realism : a prolegomenon to the philosophy of quantum mechanics. Michael Redhead. QC 174.12 R37 1987
• Integrable quantum field theories : proceedings of the symposium held at Tvarminne, Finland, 23-27 March, 1981. QC 174.45 A1 I56 1982
• Interacting electrons and quantum magnetism. Assa Auerbach. QC 176.8 E4 A94 1994
• Intermediate quantum mechanics. Hans A. Beth. QC 174.12 B47 1986
• Introduction to axiomatic quantum field theory. Bogolubov, A.A. Logunov, I.T. Todorov. QC 174.45 B5913 1975
• Introduction to electrodynamics and radiation. Walter T. Grandy, Jr. QC 631 G73 1970
• Introduction to modern physics. John D. McGervey. QC 21.2 M29 1983
• Introduction to non-equilibrium quantum statistical mechanics. Shigeji Fujita. QC 174.12 F84 1983
• Introduction to quantum mechanics. Robert H. Dicke, James P. Wittke. QC 174.12 D5 1980
• Introduction to quantum mechanics. David J. Griffiths. QC 174.12 G76 1995
• Introduction to quantum mechanics. P.T. Matthews. QC 174.12 M34 1963
• Introduction to quantum mechanics : with applications to chemistry. Linus Pauling, E. Bright Wilson, Jr. QC 174.12 P38
• Introduction to quantum mechanics in chemistry. Mark A. Ratner, George C. Schatz. QD 462 R37 2001
• Introduction to quantum statistical mechanics. N.N. Bogolubov, N.N. Bogolubov, Jr. QC 174.4 B63 1982
• Introduction to quantum theory. Hendrik F. Hameka. QC 174.12 H3
• Introduction to the Vigier theory of elementary particles. QC 721 D413 1963
• Introduction to the theory of quantized fields. N.N. Bogoliubov, D.V. Shirkov. QC 174.45 B613 1980
• Introductory quantum mechanics. QC 174.12 L5
• Introductory quantum mechanics. Richard L. Liboff. QC 174.12 L5 1998
• Kinetic theory : classical, quantum, and relativistic descriptions. Richard L. Liboff. QC 174.9 L5 1998
• Lattice gauge theory : a challenge in large-scale computing. QC 793.3 F5 N3 1985
• Lectures on field theory and the many-body problem. QC 174.45 I57 1959
• Lectures on quantum mechanics. QC 174.12 B38 1974
• Lectures on quantum theory : mathematical and structural foundations. Chris J. Isham. QC 174.17 M35 I74 1995
• Local quantum physics : fields, particles, algebras. Rudolf Haag. QC 174.12 H24 1996
• Local quantum theory. QC 174.125 I57 1969
• Loops, knots, gauge theories, and quantum gravity. Rodolfo Gambini, Jorge Pullin. QC 178 G34 2000
• Many-particle theory. E.K.U. Gross, E. Runge, O. Heinonen. QC 174.17 P7 G7613 1991
• Mathematical foundations of quantum mechanics. John Von Neumann. QC 174.5 V6613 1955
• Mathematical foundations of quantum statistical mechanics : continous systems. D. Ya. QC 174.8 P44 1995
• Mathematical foundations of quantum theory. QC 173.96 M3 1978
• Mathematical theory of quantum fields. Huzihiro Araki. QC 174.45 A713 1999
• Mathematics of classical and quantum physics. Frederick W. Byron, Jr., Robert W. Fuller. QC 20 B9
• Mathematics, matter and method. QA 8.6 P87 1979
• Mesons and fields. Silvan S. Schweber. QC 793.5 M42 S38
• Microcomputer quantum mechanics. J.P. Killingbeck. QC 176.96 K56 1985
• Mind, matter and quantum mechanics. Henry P. Stapp. QC 174.12 S6 1993
• Modern physics and quantum mechanics. Elmer E. Anderson. QC 174.1 A5 1971
• Modern physics for engineers. Jasprit Singh. QC 21.2 S55 1999
• Modern physics for science and engineering. Marshall L. Burns. QC 21.2 B89 1988
• Modern physics for scientists and engineers. Lawrence S. Lerner. QC 173.55 L47 1996
• Modern quantum chemistry : introduction to advanced electronic structure theory. Attila Szabo, Neil S. Ostlund. QD 462 S96 1982
• Modern quantum mechanics. QC 174.12 S24 1994
• Modern quantum theory. Behram Kursunoglu. QC 174.12 K8
• Monte Carlo methods in quantum problems. QC 174.85 M64 N38 1982
• Multiplet structure of atoms and molecules. Richard Stevenson. QC 174.12 S67
• Multipole fields. M.E. Rose. QC 670 R67 1955
• Non-perturbative field theory and QCD : proceedings of the Trieste workshop. QC 20.7 P47 W67 1982
• Nonrelativistic quantum mechanics. Anton Z. Capri. QC 174.12 C3 1985
• Operational quantum physics. Paul Busch, Marian Grabowski, Pekka J. Lahti. QC 174.17 M35 B87 1995
• Oscillator representation in quantum physics. QC 174.12 O84 1995
• Path integral approach to quantum physics : an introduction. Gert Roepstorff. QC 174.17 P27 R6413 1994
• Path integral methods in quantum field theory. R.J. Rivers. QC 174.52 P37 R58 1987
• Perspectives on quantum reality : non-relativistic, relativistic, and field-theoretic. QC 174.24 R4 P47 1996
• Pertubation theory and its applications in quantum mechanics : proceedings of an advanced seminar. QC 174.5 W5
• Philosophic foundations of quantum mechanics. Hans Reichenbach. QC 174.12 R4 1965
• Philosophical foundations of quantum field theory. QC 174.45 P55 1990
• Physical fields. Josef Kvasnica. QC 174.45 K813 1966
• Physics & philosophy : the revolution in modern science. Werner Heisenberg. QC 6 H4 1962
• Physics of engineering materials. Daniel D. Pollock. QC 176 P65 1990
• Principles of modern physics. A.P. French. QC 173 F7
• Principles of quantum mechanics. R. Shankar. QC 174.12 S48 1994
• Principles of quantum mechanics : nonrelativistic wave mechanics with illustrative applications. William V. Houston. QC 174.12 H65 1959
• Problems in quantum mechanics. I.I. Gol'dman, V.D. Krivchenkov. QC 174.15 G613 1961
• Problems in quantum mechanics with solutions. G.L. Squires. QC 174.15 S68 1995
• QED : the strange theory of light and matter. Richard Feynman. QC 793.5 P422 F49 1988
• Qualitative methods in quantum theory. A.B. Migdal. QC 174.12 M613 1977
• Quanta. J. Andrade Silva, G. Lochak. QC 174.1 A5413 1969
• Quantum and statistical field theory. Michel Le Bellac. QC 174.45 L413 1991
• Quantum chemistry workbook : basic concepts and procedures in the theory of the electronic structure of matter. Jean-Louis Calais. QD 462 C34 1994
• Quantum concepts in space and time. QC 173.96 Q8 1986
• Quantum electrodynamics. V.B. Berestetskii, E.M. Lifshitz, L.P. Pitaevskii. QC 174.45 B4713 1982
• Quantum electron theory of amorphous conductors. Aleksandr Ivanovich Gubanov. QC 612 S4 G813 1965
• Quantum field theory. Lowell S. Brown. QC 174.45 B76 1992
• Quantum field theory. F. Mandl and G. Shaw. QC 174.45 M36 1993
• Quantum field theory. Lewis H. Ryder. QC 174.45 R9 1996
• Quantum field theory : a modern introduction. Michio Kaku. QC 174.45 K34 1993
• Quantum field theory : from operators to path integrals. Kerson Huang. QC 174.45 H8 1998
• Quantum field theory and critical phenomena. Jean Zinn-Justin. QC 174.45 Z56 2002
• Quantum field theory in condensed matter physics. Alexei M. Tsvelik. QC 174.45 T78 1996
• Quantum field theory of point particles and strings. Brian Hatfield. QC 174.45 H37 1992
• Quantum fields : algebras, processes. QC 174.45 A1 Q3 1980
• Quantum fields on a lattice. Istvan Montvay, Gernot Munster. QC 793.3 F5 M66 1994
• Quantum inverse scattering method and correlation functions. V.E. Korepin, N.M. Bogoliubov, A.G. Izergin. QC 174.45 K67 1993
• Quantum kinematics and dynamics. Julian Schwinger. QC 174.12 S35 1991
• Quantum many-particle systems. John W. Negele, Henri Orland. QC 174.12 P7 N44 198
• Quantum measurement. Vladimir B. Braginsky, Farid Ya. Khalili. QC 174.12 B68 1995
• Quantum mechanics. F. Mandl. QC 174.1 M385 1957
• Quantum mechanics. John L. Powell and Bernd Crasemann. QC 174.1 P68 1965
• Quantum mechanics. Leslie E. Ballentine. QC 174.12 B35 1990
• Quantum mechanics. B.H. Bransden and C.J. Joachain. QC 174.12 B697 2000
• Quantum mechanics. Claude Cohen-Tannoudji; Bernard Diu and Franck Laloe. QC 174.12 C5913 1977
• Quantum mechanics. P.C.W. Davies. QC 174.12 D37 1994
• Quantum mechanics. A.S. Davydov. QC 174.12 D3813 1976
• Quantum mechanics. Amit Goswami. QC 174.12 G67 1997
• Quantum mechanics. N.J.B. Green. QC 174.12 G7 1997
• Quantum mechanics. H.A. Kramers. QC 174.12 K713 1964
• Quantum mechanics. Eugen Merzbacher. QC 174.12 M38 1998
• Quantum mechanics. Alastair I.M. Rae. QC 174.12 R34 1996
• Quantum mechanics. Leonard I. Schiff.. QC 174.12 S3 1968
• Quantum mechanics. V.K. Thankappan. QC 174.12 T4 1985
• Quantum mechanics. George L. Trigg. QC 174.12 T7
• Quantum mechanics. Ta-you Wu. QC 174.12 W8 1986
• Quantum mechanics : a first course. B. Cameron Reed. QC 174.12 R38 1990
• Quantum mechanics : a modern introduction. Ashok Das, Adrian C. Melissinos. QC 174.12 D36 1986
• Quantum mechanics : an introduction. Walter Greiner. QC 19.3 G7413 1994
• Quantum mechanics : an introduction. Herbert L. Strauss. QC 174.1 S7 1968
• Quantum mechanics : an introduction. J.G. Taylor. QC 174.12 T3 1970b
• Quantum mechanics : an introduction for device physicists and electrical engineers. David K. Ferry. QC 174.12 F47 1995
• Quantum mechanics : classical results, modern systems, and visualized examples. Richard W. Robinett. QC 174.12 R5 1997
• Quantum mechanics : concepts and applications. Nouredine Zettili. QC 174.12 Z47 2001
• Quantum mechanics : for engineering, materials science, and applied physics. Herbert Kroemer. QC 174.12 K76 1994
• Quantum mechanics : fundamentals and applications to technology. Jasprit Singh. QC 174.12 S485 1997
• Quantum mechanics : non-relativistic theory. L.D. Landau, E.M. Lifshitz. QC 174.12 L313 1977
• Quantum mechanics : principles and formalism. QC 174.1 M38 1972
• Quantum mechanics : symmetries. Walter Greiner, Berndt Muller. QC 174.12 G7513 1994
• Quantum mechanics and path integrals. R.P. Feynman and A.R. Hibbs. QC 174.1 F4 1965
• Quantum mechanics for applied physics and engineering. Albert Thomas Fromhold, Jr. QC 174.12 F76 1981
• Quantum mechanics for chemists. David O. Hayward. QD 462 H39 2002
• Quantum mechanics for mathematicians and physicists. Ernest Ikenberry. QC 174.12 I35
• Quantum mechanics in mathematics, chemistry, and physics. QC 173.96 A55 1981
• Quantum mechanics in simple matrix form. Thomas F. Jordan. QC 174.12 J67 1986
• Quantum mechanics of particles and wave fields. Arthur March. QC 174.12 M3
• Quantum mechanics with applications. David B. Beard, George B. Beard. QC 174.12 B4
• Quantum methods with Mathematica. James M. Feagin. QC 174.17 M35 F4 1994
• Quantum networks : dynamics of open nanostructures. Gunter Mahler, Volker A. Weberruss. QC 176.8 N35 M34 1995
• Quantum optics : proceedings of the ... International Symposium on Quantum Optics. QC 446.15 I57
• Quantum phase transitions. Subir Sachdev. QC 175.16 P5 S24 1999
• Quantum phenomena. Supriyo Datta. TK 7871.85 D37 1989
• Quantum philosophy : understanding and interpreting contemporary science. Roland Omnes. QC 6 O4613 2002
• Quantum physics. Stephen Gasiorowicz. QC 174.12 G37 1996
• Quantum physics. QC 174.12 W49 1971
• Quantum physics. QC 174.12 W5
• Quantum physics, illusion or reality? Alastair I.M. Rae. QC 174.12 R35 1994
• Quantum profiles. Jeremy Bernstein. QC 174.12 B46 1991
• Quantum reality : beyond the new physics. Nick Herbert. QC 174.12 H47 1985
• Quantum reflections. QC 174.12 Q36 2000
• Quantum relativity : a synthesis of the ideas of Einstein and Heisenberg. David Ritz Finkelstein. QC 174.12 F55 1996
• Quantum states and processes. George H. Duffey. QC 174.12 D84 1992
• Quantum states of atoms, molecules and solids. Michael A. Morrison, Thomas L. Estle, Neal F. Lane. QC 174.12 M67 1976
• Quantum theory and beyond : essays and discussions arising from a colloquium. QC 174.125 Q3
• Quantum theory and pictures of reality ; foundations, interpretations, and new aspects. QC 174.12 Q8 1989
• Quantum theory of chemical reactivity. QD 501 D3813 1973
• Quantum theory of molecular electronic structure : a lecture-note and reprint volume. Robert G. Parr. QD 461 P3 1964
• Quantum theory of the chemical bond. QD 462 H35
• Quantum theory of the optical and electronic properties of semiconductors. Hartmut Haug, Stephen W. Koch. QC 611 H38 1990
• Quantum theory of the solid state. Joseph Callaway. QC 176 C3 1976
• Quantum topology. Louis H. Kauffman, Randy A. Baadhio. QA 611 K38 1993
• Quantum transport in semiconductors. QC 611 Q36 1992
• Quasi-exactly solvable models in quantum mechanics. Alexander G. Ushveridze. QC 174.12 U84 1994
• Random walks, critical phenomena, and triviality in quantum field theory. Roberto Fernandez; Jurg Frolich, Alan D. Sokal. QC 174.45 F47 1992
• Relativistic quantum fields. C. Nash. QC 174.45 N37 1978
• Relativistic quantum mechanics and field theory. Franz Gross. QC 174.24 R4 G76 1993
• Relativistic quantum theory. E.M. Lifshitz, L.P. Pitaevskii. QC 174.45 L5413 1971
• Schaum's outline of theory and problems of quantum mechanics. Yoav Peleg; Reuven Pninim, Elyahu Zaarur. QC 174.12 P44 1998
• Schrodinger's kittens and the search for reality : solving the quantum mysteries. John Gribbin. QC 174.12 G754 1995
• Semi-classical approximation in quantum mechanics. V.P. Maslov, M.V. Fedoriuk. QC 174.17 A66 M313 1981
• Solitons and instantons : an introduction to solitons and instantons in quantum field theory. QC 174.45 R3 1982
• Some strangeness in the proportion : a centennial symposium to celebrate the achievements of Albert Einstein. QC 16 E5 S66 1980
• Symmetry of many-electron systems. I.G. Kaplan. QC 20 K313 1975
• The Foundations of quantum mechanics : historical analysis and open questions, Lecce, 1993. QC 173.96 F6813 1995
• The large, the small, and the human mind. Roger Penrose. Q 335 L37 1999
• The Logico-algebraic approach to quantum mechanics. QC 174.125 L6
• The dirac equation. Bernd Thaller. QC 174.26 W28 T4 1992
• The evolution of physics : the growth of ideas from early concepts to relativity and quanta. Albert Einstein, Leopold Infeld. QC 7 E5
• The foundations of quantum theory. Sol Wieder. QC 174.1 W54 1973
• The ghost in the atom : a discussion of the mysteries of quantum physics. P.C.W. Davies, J.R. Brown. QC 174.12 D364 1993
• The interpretation of quantum mechanics. QC 174.12 B8 1974
• The meaning of quantum theory : a guide for students of chemistry and physics. Lim Baggott. QC 174.12 B34 1992
• The modal interpretation of quantum mechanics. QC 174.12 M6 1998
• The nature of space and time. Stephen Hawking, Roger Penrose. QC 173.59 S65 H38 1996
• The need for quantum kinetics. Toyoki Koga. QC 174.13 K64 1993
• The non-local universe : the new physics and matters of the mind. Robert Nadeau, Menas Kafatos. QC 174.12 N34 1999
• The non-local universe : the new physics and matters of the mind. Robert Nadeau, Menas Kafatos. QC174.12 N34 2000
• The old and new quantum mechanics. M.C. Payne. QC 174.12 P39 2000
• The philosophy behind physics. Thomas Brody QC 6 B724 1993
• The physics of atoms and quanta : introduction to experiments and theory. Hermann Haken, Hans Christoph Wolf. QC 173 H2913 1994
• The quantum brain : the search for freedom and the next generation of man. Jeffrey Satinover. QP 360.5 S27 2001
• The quantum challenge : modern research on the foundations of quantum mechanics. George Greenstein, Arthur G. Zajonc. QC 174.12 G74 1997
• The quantum dice. L.I. Ponomarev. QC 174.12 P6613 1993
• The quantum generation : highlights and tragedies of the golden age of physics. Margarita Ryutova- Kemoklidze. QC 7 R9813 1995
• The quantum mechanics of minds and worlds. Jeffrey Alan Barrett. QC 174.12 B37 1999
• The quantum theory of fields. Steven Weinberg. QC 174.45 W45 1996
• The quantum theory of motion : an account of the de Broglie-Bohm causal interpretation of quantum mechanics. Peter R. Holland. QC 133 H64 1995
• The quantum world. J.C. Polkinghorne. QC 174.12 P64 1989
• The story of quantum mechanics. Victor Guillemin. QC 174.1 G85 1968
• The strange story of the quantum. Banesh Hoffmann. QC 174.12 H6 1963
• The strange world of quantum mechanics. Daniel F. Styer. QC 174.12 S89 2000
• Thermal field theory. Michel Le Bellac. QC 174.17 P7 L4 2000
• Thirty years that shook physics : the story of quantum theory. George Gamow. QC 174.1 G35 1985
• Time, causality, and the quantum theory : studies in the philosophy of science. Henry Mehlberg. QC173.59 S65 M4413 1980
• Understanding more quantum physics : quantum states of atoms. Michael A. Morrison, Thomas L.Estle, Neal F. Lane. QC 174.12 M68 1991
• Understanding quantum mechanics. Roland Omnes. QC 174.12 O46 1999
• Visions of the future : physics and electronics. QC 174.12 V47 2001
• Visual quantum mechanics : selected topics with computer-generated animations of quantum- mechanical phenomena. Bernd Thaller. QA 174.12 T34 2000
• Wave mechanics and its applications. N.F. Mott, I.N. Sneddon. QC 174.1 M67 1963
• Why things are the way they are. B.S. Chandrasekhar. QC 173.454 C46 1998

AUDIO VISUAL MATERIALS
(Instructional Media Services, Ground floor)

• Light : the wave that wasn't quantum theory. QC 174.12 L54 1987.
• Light : wave and quantum theories. QC 455 L54 1961.
• Quantum universe QC 174.12 B67 1996

PERIODICALS

PRINT (Periodicals Section, 2nd floor)

• American Journal of Physics
• Announcer: American Association of Physics Teachers
• Australian Journal of Physics
• Bulletin of the American Physical Society
• Bulletin of the Atomic Scientists
• CERN Courier
• Computers in Physics
• Computing in Science and Engineering
• European Journal of Physics
• Health Physics
• The Industrial Physicist
• International Journal of Modern Physics
• Japanese Journal of Applied Physics Part 1: Regular Papers, Short Notes, and Review Papers
• Japanese Journal of Applied Physics Part 2: Letters
• Journal of Chemical Physics
• Journal of Physics A: Mathematical and General
• Journal of the Physical Society of Japan
• Laser Focus World
• Lightwave
• Medical Physics
• Microwave Journal
• Molecular Crystal and Liquid Crystal Letters
• Philippine Physics Journal
• The Physics Teacher
• Studies in History and Philosophy of Modern Physics

ELECTRONIC

PROQUEST Online
http://www.umi.com/pqdauto

• American Scientist
• Bulletin of the Atomic Scientists
• Canadian Journal of Physics

Science Direct
http://www.sciencedirect.com

• Annals of Physics
• Chemical Physics
• Journal of Molecular Structure: THEOCHEM
• Physics Letters A
• Physics Letters B
• Physics Reports
• Studies in History and Philosophy of Science Part B: Studies in History and Philosophy of Modern Physics

FACULTY PUBLICATIONS
(Archives Section, 4th floor)

• The path-integral approach to quantum mechanics. Edwin L. Lombridas. 1985. Agham. 11(4): 239-251. June 1985.
• Three particle scattering in quantum mechanics. Bayani C. Rivero. 1984. Agham. 10(3): 139-152 March 1984.
• A note on independent quantum variable. Aliento V. Estalilla. 1983. Agham. 9(4): 213 January 1983.
• A paradox in quantum operator theory. Aliento V. Estalilla. 1982. Agham. 9(1): 9-10 September 1982.

THESES AND DISSERTATIONS

LOCAL
(Archives Section, 4th floor)

• General formulation and applications of the quasilocal background field method in quantum field theory. Michelle Magalona Tiamzon. 1998. TG 02911.
• On a symmetry criterion for conjugacy infinite groups. Twilite L. De Sagun, Jovert M. Mayuga. 1998. TU 8770
• Pair production in a linearly expanding, spatially flat Robertson-Walker space with an electric field in a time-dependent gauge. Eduardo Solis Gonzalez II .1994. TG 02241.
• Path integral approach to particle production in a spatially-flat Robertson-Walker spacetime with cosmic scale factors a(t)=ao cosh (at) and a(t)= ao sin (at). Jonathan S. Guevarra. 1994. TG 02242.
• The Riccati differential equation approach to certain potential problems in quantum mechanics. Jeffrey C. Ang. 1999. TU 09562.

INTERNET WEBSITES
(Cybernook, Ground floor; Graduate corners, 2nd and 3rd floors)

A History of Quantum Mechanics
http://www.gap-system.org/~history/HistTopics/The_Quantum_age_begins.html
"This page is an article by: J J O'Connor and E F Robertson which traces the beginnings of quantum theory from 1859 until 1932."

Quantum Mechanics-Wikipedia
http://en2.wikipedia.org/wiki/Quantum_mechanics
"Wikipedia, the free encyclopedia defines Quantum mechanics, also referred to as quantum physics, as a physical theory that describes the behavior of matter at short length scales."

Visual Quantum Mechanics
http://www.kfunigraz.ac.at/imawww/vqm/
"Quantum mechanics governs the behavior of nature on a fundamental level. The basic dynamical law is the Schrödinger equation. It describes strange phenomena far beyond the realm of our everyday experience."

What is a wave function?…an introduction to quantum mechanics.
http://www.chemistry.ohio-state.edu/betha/qm/
"An introduction to the principles of quantum mechanics is presented here. It is intended to supplement the discussion of hydrogen and many-electron orbitals commonly found in general chemistry text books with a deeper understanding of the underlying physical principles."

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Date: December 2003/January 2010