ijrap

optics magnetics quantum physics plasma physics spectroscopy applied & fiber optics advanced functional materials nano-fabrication & analysis nano-photonics atomic and molecular experiments nuclear physics theory and experiment elementary particle physics theory and experiment condensed matter physics physics of complex systems & biophysics theoretical high energy physics consciousness nikiforov-uvarov method field-effect heterotransistors theory of everything information schrödinger equation cosmology: 98.80.-k dark energy: 95.36.+x space-time kristoffel einstein minkowski curvature tensor riemann equations of structure metric tensor lagrangian coordinates mie-type potential string theory digital physics viscosity quantum chaos 3d turbulence chaos additive thermal noise factorization method dark energy born’s rigidity bell’s problem frames of reference quantum gravity schrÖdinger optimization of manufacturing of heterotransistors increasing integration rate of transistors simplification of construction of heterotransistor theory of everything. electrons power law liquid binary mixture mode coupling theory dark matter: 95.35.+d particle model: 12.60-i pacs: unified theory (gravity): 045.50.-h nuclear fusion nuclear fission higgs boson nikolaevskii system. special relativity theory (srt) dirac equations of motion potential curve level splitting general relativity theory (grt) quasi-classics field of the bound charges sommerfeld caplan bohr quantization of adiabatic invariants hypersurfaces eulerian coordinates stochastic nonlinear schrödinger equation two-state systems grw collapse model measurement problem growth inn algan wave resonant surface near field thermal radiation plasmon polariton surface 03.65.pm schrödinger equation. pacs numbers: 03.65.ge 03.65-w dark energy radius nano-fabrication & analysis nuclear physics theory advanced functional materials applied & fiber opti quantum theory quantum field theory loop quantum gravity interference field diffraction water calendar. time space julian calendar hantu bantu african africa molecular dynamics collapse silver surface carbon nanotubes hubbard hamiltonian. bcs hamiltonian energy spectra and density of states superconductivity green’s function itinerant ferromagnetism (cd1-xhgxs) cds thin film spray pyrolysis recommendations for optimisation of manufacturing modelling of manufacturing of transistor horizontal field-effect transistor electric field bessel light beams reactivity coefficient control rods reactivity accident stiffness confinement method point kinetics equations decreasing of dimensions of transistors computation woods-saxon potential plus modified exponential po • optics • advanced functional materials analytical modelling of technological process de-creasing of overheats decreasing of dimensions optimization of manufacturing emitter-coupled logic analytical approach for modelling • plasma physics • quantum physics • spectroscopy • theoretical high energy physics • applied & fiber optics relationship particles matter energy critical parameters neighboring sites. square lattice computer demographic model human artifacts random walk stone- age sciophysics uv photodetector semiconductor surface waves solitons metamaterials unified theory (gravity): 045.50.-h pacs: dark matter: 95.35.+d ferroelectromagnets electromagnons multiferroics impedance spectroscopy. space charge polarization ferroelectrics bismuth layered aurivillius type compounds 03.65.ge. pacs nos 03.65-w laguerre polynomials nikiforov – uvarov method inversely quadratic hellmann potential wave-guides metal-strip-grating magnetostatic waves left handed material nuclear reaction and elementary particles. incident particle relativistic mean field theory gap parameter ftbcs binding energy pairing correlation negative-refractive index magnetized plasma ferromagnetic grains modified hylleraass plus inversely quadratic poten supersymmetric quantum mechanics approach hetrojunction structure surface polaritons left-handed material dispersion relation fine structure. modified coulomb potential bound state solution miln frames of eference tolman schwarzschild world lines. lemetr schrödinger's cat paradox. energy transformation principle of least action lorentz factor relativistic momentum general theory of relativity energy state planck's length quantum gravitation schwarzschild radius unification of physic zero- gravity frequency black hole frequency downgrade combined redshift velocity redshift gravitational redshift photon stretching superdense object supermassive object dark energy boundary dark energy discriminant hybrid intelligent systems computer vision applications artificial intelligence soft computing quantumstatistical effects low temperature pre-exponential factor statistical mode bcc metals hydrogen diffusion photon drag cmb radiation photon mass photon gas quantum mechanics business education learning analysis astrology. pauli quantum wave collapse hieros gamos i ching polarization. and safety analysis. spectroscopy theoretical high energy physics feynman-colombeau propagator. maslov canonical operator feynman path integral colombeau solution stochastic quantum jump equation limiting quantum trajectory quantum averages quantum measurements theory quantum jumps fine structure human-computer-interaction. learning environments classroom acts literacy adult education factorization method. nikolaevskii system eigenvalues and wave functions non pt/pt symmetry 03.65. –w hulthen plus exponential coulomb potential. pacs: left-handed media & metamaterials optimization of technological process increasing of density of elements circuits xor recombination rate internal quantum efficiency plasmon photoluminescence schrodinger equation hulthen plus exponential coul lyapunov exponent chaos theory non-linear dynamic earthquake prediction si(li) detector elemental x-rays pixe medicinal plant ferrite left handed materials. computing engineering survey information technology computer science world lines transfer matrix method thermal expansion photonic crystal omnidirectional reflection dielectric constant and dielectric loss. microhardness single crystal xrd nlo single crystal magnetic field. negativity spin chain qutrit qubit thermal entanglement eigenfunctions energy eigenvalues exact solutions klein-gordon equation polarization safety analysis schrödinger's cat paradox postulates loopquantum gravity computes computational universe • physics of complex systems & biophysics • nano-photonics fiber optics high energy nuclear physics stringtheory critical parameters. ns-2. aodv dsr dsdv manet routing left handed materials ferrite.. left-handed media & metamaterials. schrodinger increasing of integration rate multi-channel heterotransistors field-effect heterotransistors; simplification of schrodinger equation field-effect heterotransistors; decreasing of dime uv photodetector.