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**________________________________________________________________________________________****@Front: has the Crystal Ball dropped YET?? ****KEY-WORDS: ** **1. SEHF** --- > You are not allowed to view links.
Register or Login**2. PI**, H2O,

**Hydrogen**, Letter H (8th letter; 8 = infinite), Letter N ,

**MAGNET**, WAVE, ENERGY, LIGHT, CUBIC, PROJECTION,

**3. SO**s (Spin Orbitals),

**MO**s (Molecular Orbitals),

**UltraViolet **spectrum (

**PURPLE**), 3D, imaging,

**MIRRORS****4. CRYSTAL**, OPTICAL, DIGITAL, ATOM, DYNAMICS, ELECTRONIC

**B**e

**AM**,

**HOLOGRAM****5. EXHIBIT B **---- >

**crystallographic b axis** ---- > "[...]The initial interest on this work was stimulated by the potential use of MPc as a gas sensor,3 where an acceptor-donor mechanism could appear under irradiation, as in the case of doped polymer media for real time

**holography. ** From a more basic point of view, the MnPc was one of the first molecular magnets reported. Indeed, magnetic properties were determined on a single

**crystal** Specimen. ( You are not allowed to view links.

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**________________________________________________________________________________________****Hartree Equation **> s.a. composite quantum systems [many-body systems].

* Idea: An effective evolution equation for mean-field systems.

@ References: Knowles & Pickl CMP(10) [bounds on the rate of convergence of the quantum

**N-body dynamics** to the Hartree dynamics].

**Hartree-Fock Approximation / Equation*** Idea: The Hartree-Fock approximation is the basis of

**molecular orbital** theory; Its goal is to approximately solve the

**electronic** Schrödinger equation by describing each electron's motion by a single-particle function (orbital), approximated by a single Slater determinant made up of one

**spin orbital** per electron, which does not depend explicitly on the instantaneous

**motions** of the other electrons. ( You are not allowed to view links.

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**Spin-extended Hartree—Fock **: 1. "

**Projected**-unrestricted Hartree—Fock

**wave** functions can be improved by minimizing the

** energy **with respect to variations in the occupation numbers of the charge-density natural orbitals. A series of

**pi-electron** calculations are compared to the spin extended calculations of Mayer and Kertesz. [...]" ( You are not allowed to view links.

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2. You are not allowed to view links.

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Login3. "[...]In order to illustrate this study and to provide a

**numerical **demonstration of the minimization techniques ab initio SEHF calculations on a number of ten electron systems are reported. These calculations were performed for the singlet ground states of Ne, HF,

**H2O**, NH3, CH4, and cyclic H10." ( You are not allowed to view links.

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4. "[...] A general formalism for time-dependent

**linear **response theory is presented within the framework of linear-combination-of-

**atomic**-orbital

**crystalline orbital **theory for the

**electronic **excited states of

**infinite **one-dimensional lattices (polymers). [...] Convergence of the calculated excitation

**energies **with respect to the number of unit cells taken into account in the lattice summations (

**N**) and the number of

**wave **vector sampling points (K) is studied taking the lowest singlet and triplet exciton states of all-trans polyethylene as an example.[...]" ( You are not allowed to view links.

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5. "An interactive method of solving the Mestechkin spin-extended Hartree–Fock equations is proposed. On this basis projected and spin-extended values of energies and

**spin **densities for some

**hydrocarbon π-radicals** are calculated. Relations among UHF, ASA, AA, projected, and spin-extended energies are discussed." ( You are not allowed to view links.

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6. We investigate the geometry and electronic structure of an interstitial

**H atom** in the BaTiO3 crystal considering both

**cubic **and tetragonal

**crystallographic **lattices. A quantum-chemical method based on the

**Hartree-Fock** formalism is used throughout the study.

**Interstitial H** is found to bind to one of the O atoms, forming the so-called OH group. [...]" ( You are not allowed to view links.

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**________________________________________________________________________________________****Optical Technology **In General > s.a. astronomy; microscopes;

**mirrors**; optics.

*

**Photonic crystal:** An example of metamaterial; Consists of stacks of tiny rods, or solid material bored out with a honeycomb pattern of

**voids**; The voids have a lower refractive index than the host material, and the periodic variation of refractive index excludes

**light **at certain

**frequencies **– the optical equivalent of the energy gap in a semiconductor; > s.a. radiation [

**Cerenkov**].

*** Optomechanical devices: **Devices that use mechanical effects of

**light**; The effects have been known for a long time (e.g., radiation pressure, starting with solar and

**starlight **effect on surrounding matter), but until recently they were too small for practical applications; Now (2010) nano-scale opto-mechanical systems are explored as ultra-sensitive force and displacement sensors, and by using light to cool a mechanical system to its quantum ground state, researchers hope to explore the foundations of quantum mechanics in a new regime.

**Imaging***** Photography:** In a photographic emulsion, incoming light knocks an electron loose from silver halide grains; This allows the crystals of atomic silver to form; These are later developed into images.

*** Transformation optics: **2010, The field in which optical materials are tailored to

**direct the trajectory of light** (

**Front's "intersection of lights"**) to accomplish desired effects; It has led to astonishing devices previously thought to be impossible, such as perfect lenses fabricated from flat pieces of material,

**invisibility **cloaks, and

** illusion devices ****that make an object appear as something else**; > s.a. meta-materials." ( You are not allowed to view links.

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**________________________________________________________________________________________****Volume holographic spectral imaging**"[....]We report on a

**volume holographic imaging spectrometer (VHIS) system **which allows retrieval of a scene's two dimensional spatial information as well as its spectral information. This is performed using a transmission volume hologram and a simple rotary scanning mechanism. The system has the advantages of high spectral and spatial resolutions and the potential of

** single-shot, four-dimensional (3D spatial plus 1D spectral) **imaging by recording multiple volume holograms in the same material. Also, due to the transmission diffraction geometry, the system automatically eliminates the stray excitation light from the captured signal. We give theoretical analysis of the performance and experimental demonstration using

**fluorescent CdSe/ZeS quantum dots. **The measured quantum dots spectra agree well with the spectra obtained using a conventional spectrometer[.....]" ( You are not allowed to view links.

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**For more letter H - connections ---- > ** You are not allowed to view links.

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