Author Index

Title Index Tick the titles and email to mkt@wspc.com to recommend to your librarian.

Title

Page

❑ A Brief History Of Astronomy And Astrophysics.............. 7 ❑ A Guide to Mathematical Methods for Physicists.......... 13 ❑ A Guide To Mathematical Methods For Physicists........ 13 ❑ A Mathematics Primer For Physics Students................ 10 ❑ A Quantum Leap In Information Theory........................ 30 ❑ A Supergravity Primer................................................... 27 ❑ About Stars..................................................................... 5 ❑ Accelerator Physics ...................................................... 28 ❑ Adiabatic Thermodynamics Of Fluids ........................... 35 ❑ Advanced Interferometric Gravitational-Wave Detectors 6 ❑ Advances In Physics And Applications Of Optically And

Thermally Stimulated Luminescence ........................... 25 ❑ Advances In Theoretical And Experimental Research Of

High Temperature Cuprate Superconductivity.............. 15 ❑ Adventures In Quantumland ......................................... 21 ❑ All Of Physics (Almost) In 15 Equations ....................... 22 ❑ Alpine Physics .............................................................. 21 ❑ An Eventful Journey To Unification Of All The

Fundamental Forces ..................................................... 11 ❑ An Introduction To Particle Dark Matter.......................... 7

Application-Driven Quantum And Statistical Physics ❑ Vol 1 .............................................................................. 31 ❑ Vol 2.............................................................................. 31 ❑ Vol 3 .............................................................................. 31 ❑ Applications Of Tensor Analysis In Continuum

Mechanics....................................................................... 9 ❑ Applied Symbolic Dynamics And Chaos ...................... 36 ❑ Asian Physics Olympiad (1St-8Th) ............................... 24 ❑ Astronomical Spectroscopy ............................................ 6 ❑ ATLAS ........................................................................... 28 ❑ Biophotonics ................................................................... 9 ❑ Building The H Bomb .................................................... 23 ❑ Cherenkov Reflections .................................................... 5 ❑ Classical Mechanics And Electrodynamics................... 12 ❑ Classical Theory Of Electromagnetism ........................ 18 ❑ Cold Atmospheric Plasmas............................................. 9 ❑ Compendium On Electromagnetic Analysis.................. 18 ❑ Competitive Physics ..................................................... 24 ❑ Competitive Physics ..................................................... 24 ❑ Complexity Science ...................................................... 36 ❑ Coupled Diffusion Of Impurity Atoms And Point Defects In

Silicon Crystals ............................................................. 15 ❑ Crossing The Red Line ................................................. 22 ❑ Defects In Functional Materials .................................... 14 ❑ Delta N Formalism In Cosmological Perturbation

Theory............................................................................. 6 ❑ Diagrammtics................................................................ 14 ❑ Effective Field Theories For Nuclei And Compact-Star

Matter............................................................................ 29 ❑ Einstein's Relativity In Great Britain .............................. 33 ❑ Electromagnetic Anisotropy And Bianisotropy .............. 18 ❑ Electron-Phonon Interaction And Lattice Dynamics

In High Tc Superconductors .......................................... 14 ❑ Electrons In Motion ....................................................... 25 ❑ Elementary Mechanics ................................................... 9 ❑ Endless Quests ............................................................. 16 ❑ Enjoy Your Science Meeting! ........................................ 20 ❑ Essential Classical Mechanics........................................ 9 ❑ Essential Classical Mechanics........................................ 9 ❑ Experimental Studies Of Boson Fields In Solids .......... 16 ❑ Field Theory.................................................................. 28 ❑ Flexoelectricity In Solid, Soft And Living Matter ............ 14 ❑ Formation Of The First Black Holes ............................... 5 ❑ Fractional Calculus ....................................................... 13 ❑ Fractional Dynamics In Comb-Like Structures ............. 36 ❑ Fractional Quantum Mechanics .................................... 31 ❑ From Classical Mechanics To Quantum Field Theory,

A Tutorial ....................................................................... 30 ❑ From My Vast Repertoire... ........................................... 29 ❑ From Photons To Atoms ................................................. 8 ❑ From Quarks To Pions .................................................. 29 ❑ Frontier Problems In Quantum Mechanics ................... 31 ❑ Fundamentals Of Theoretical Plasma Physics ............. 18 ❑ Fuzzy Systems To Quantum Mechanics....................... 32 ❑ George Placzek ............................................................ 23

Title

Page

❑ Going Underground ...................................................... 21 ❑ Gravitational Lensing In Cosmology............................. 33 ❑ Group Theory For Physicists ........................................ 12 ❑ Group Theory In Physics .............................................. 12 ❑ Handbook Of Carbon Nanomaterials ........................... 15 ❑ Hawking Radiation.......................................................... 7 ❑ High Accuracy Algorithm for the Differential Equations

Governing Anomalous Diffusion ................................... 36 ❑ Heavy Ion Collisions At Intermediate Energy................. 27 ❑ How To Derive A Formula ............................................ 20 ❑ Infinite Dimensional And Finite Dimensional Stochastic

Equations And Applications In Physics......................... 10 ❑ Interacting Gravitational, Electromagnetic, Neutrino And

Other Waves................................................................. 33 ❑ International Young Physicists' Tournament ................. 24 ❑ Introduction To Electricity And Magnetism .................... 18 ❑ Introduction To Electricity And Magnetism .................... 18 ❑ Introduction To General Relativity And Cosmology......... 7 ❑ Introduction To Nonadiabatic Dynamics ....................... 35 ❑ Introduction To Soft Matter Physics .............................. 15 ❑ Introduction To Solid State Physics .............................. 17 ❑ Introduction To The Theory Of The Early Universe......... 4 ❑ Introductory Matter Physics .......................................... 17 ❑ Introductory Quantum Physics And Relativity .............. 32 ❑ Ivan Stranski ................................................................. 23 ❑ Jacob Bekenstein ......................................................... 33 ❑ Lattice Gauge Fields And Fermions.............................. 26 ❑ Lectures Of David Olive On Gauge Theories And Lie

Algebras........................................................................ 26 ❑ Lectures Of Sidney Coleman On Quantum

Field Theory.................................................................. 28 ❑ Lectures On Cellular Biophysics ..................................... 8 ❑ Liquidator...................................................................... 22 ❑ Loop Quantum Gravity for Everyone ............................ 33 ❑ Magnetic Properties Of Josephson Junction

Networks....................................................................... 14 ❑ Mathematical Foundations Of Quantum Field

Theory........................................................................... 26 ❑ Mathematical Methods For Physicists .......................... 11 ❑ Mathematical Methods Of Theoretical Physics............. 11 ❑ Mathematics For Physics .............................................. 13 ❑ Maxwell Equation .......................................................... 18 ❑ Mean Field Theory........................................................ 26 ❑ Mesoscopic Physics Meets Quantum Engineering....... 30 ❑ Michelson-Morley Experiments ..................................... 34 ❑ Modified Gravity............................................................ 34 ❑ Molecular Vibrations ..................................................... 36 ❑ Multiple Parton Interactions At The Lhc ........................ 28 ❑ New Era For Cp Asymmetries ...................................... 26 ❑ New Perspectives On Einstein's E = Mc2..................... 34 ❑ Nobel And Lasker Laureates Of Chinese Descent ....... 23 ❑ One Hundred Years of General Relativity..................... 34 ❑ Optical Spectroscopy .................................................... 25 ❑ Optoelectronic Devices................................................... 4 ❑ Origin And Evolution Of The Universe ............................ 4 ❑ Particles In The Early Universe .................................... 27 ❑ Phase Transitions For Beginners.................................. 16 ❑ Physical Foundations Of Hydrodynamics - Macroscopic

And Kinetic Approaches................................................ 10 ❑ Physics Of Buoyant Flows ............................................ 10 ❑ Physics Off The Beaten Track ...................................... 12 ❑ Physics Olympiad - Basic To Advanced Exercises ....... 24 ❑ Physics On Ultracold Quantum Gases ........................... 8 ❑ Planetary Habitability And Stellar Activity ....................... 6 ❑ Planetary Habitability In Binary Systems ........................ 5 ❑ Practical Alchemy ......................................................... 22 ❑ Principles Of Classical Thermodynamics ..................... 35 ❑ Principles Of Quantum Artificial Intelligence ................. 32 ❑ Principles Of Quantum Computation And

Information.................................................................... 30 ❑ Principles Of Space-Time-Matter.................................. 34 ❑ Probing Particle Physics With Neutrino Telescopes .... 27 ❑ Problems And Solutions In Group Theory

For Physicists ............................................................... 12 ❑ Problems And Solutions In Quantum Computing And

✔ Title Page

Quantum Information .................................................... 32 ❑ Problems And Solutions On Atomic, Nuclear And Particle

Physics ......................................................................... 19 ❑ Problems And Solutions On Electromagnetism ............ 19 ❑ Problems And Solutions On Mechanics........................ 19 ❑ Problems And Solutions On Optics............................... 19 ❑ Problems And Solutions On Quantum Mechanics ........ 19 ❑ Problems And Solutions On Thermodynamics And

Statistical Mechanics .................................................... 19 ❑ Progress In Advanced Dielectrics ................................. 14 ❑ Pt Symmetry ................................................................. 12 ❑ Quantum Computation And Information Using

Continuous Variables .................................................... 30 ❑ Quantum Field Theory II ............................................... 28 ❑ Quantum Leaps ............................................................ 21 ❑ Quantum Mechanics And Bayesian Machines ............. 32 ❑ Quantum Optics For Experimentalists.......................... 25 ❑ Quasi-One-Dimensional Organic Superconductors...... 17 ❑ Relativistic Quantum Mechanics And

Quantum Fields ............................................................ 32 ❑ Relativity And Miscellaneous Topics Problems And

Solutions On Solid State Physics ................................. 19 ❑ Reviews Of Accelerator Science And Technology ........ 27 ❑ Roman Jackiw's 80Th Birthday Festschrift ................... 11 ❑ Rubidium Atomic Clock - The Workhorse Of

Satellite Navigation ......................................................... 4 ❑ S Chandrasekhar - Selected Correspondence And

Conversations Of Lalitha And Chandra ........................ 23 ❑ Scalar Field Cosmology.................................................. 5 ❑ Science With The Cherenkov Telescope Array ............... 6 ❑ Selling Science ............................................................. 20 ❑ Size Really Does Matter ............................................... 21 ❑ So You Want To Be Einstein ......................................... 20 ❑ Solution Manual For Classical Mechanics And

Electrodynamics ........................................................... 12 ❑ Space Time And Dark Matter .......................................... 4 ❑ Space–Time, Yang–Mills Gravity And Dynamics Of

Cosmic Expansion ........................................................ 11 ❑ State-Of-The-Art Reviews In Ion-Atom/Molecule

Collisions ........................................................................ 8 ❑ Statistical Mechanics And Scientific Explanation ......... 11 ❑ Statistical Physics Of DNA .............................................. 9 ❑ String Fields, Higher Spins And Number Theory ......... 12 ❑ Superconductivity Centennial ...................................... 16 ❑ Surface Photovoltage Analysis Of

Photoactive Materials .................................................. 15 ❑ Synthetic Spin-Orbit Coupling In Cold Atoms ................ 8 ❑ The Adventures Of The Large Hadron Collider ............ 26 ❑ The Age Of The Earth .................................................. 20 ❑ The Alladi Diary ............................................................ 23 ❑ The Brilliant Zewail ...................................................... 23 ❑ The Encyclopedia Of Cosmology .................................. 7 ❑ The Finite Quantum Many-Body Problem ................... 27 ❑ The Future Of Fusion Energy ...................................... 21 ❑ The Majorana Case ..................................................... 23 ❑ The Soviet Atomic Project ............................................ 23 ❑ The Structure And Evolution Of Stars ............................ 6 ❑ The Thz Dynamics Of Liquids Probed By Inelastic

X-Ray Scattering .......................................................... 14 ❑ The Wonders Of Physics (4th Edition) ......................... 22 ❑ The World According To Quantum Mechanics ............. 31 ❑ The Wspc Handbook Of Astronomical Instrumentation .. 5 ❑ Theology And Science ................................................. 22 ❑ Theoretical And Mathematical Physics ........................ 13 ❑ Theoretical Physics In Your Face ................................ 23 ❑ Theory And Methods Of Photovoltaic Material

Characterization ........................................................... 15 ❑ Theory Of Satellite Fragmentation In Orbit .................... 4 ❑ Time-Dependent Quantum Mechanics Of Two-Level

Systems ....................................................................... 30 ❑ Topics On Strong Gravity ............................................. 33 ❑ Topological Phase Transitions And New

Developments ............................................................... 16 ❑ Topology And Physics .................................................. 16 ❑ Ultra-High-Q Optical Microcavities ............................... 25 ❑ Waves And Rays In Seismology................................... 10 ❑ World Of Chips ............................................................ 20 ❑ World Scientific Reference On Spin In Organics ......... 19