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A marvelous world

Ascension-Creating Your Body of LightJeanne Randolph LIGHTHORIZONS.COM


My fourth book and of course I would rate it 13 stars!

Character Flaws

chemical, passivation, cleaning

Collecting Crystals Rocks!

a unmatched classic work

This will take you to unexpected placesI have just finished reading 'A Crystal Age' at last. I concur with JB Priestley's assessment. 'A Crystal Age' is worth the effort of pursuing - it is a surprising first-person utopian novel in which Hudson's love of nature does not render him oblivious to the fact that there are downsides in all worlds - all imaginable worlds. Just like the dark shadows in 'Green Mansions'. The end of 'A Crystal Age' is so surprising - I believe very few readers would see what is coming - I certainly didn't as I rushed on towards it. There is a certain illogic to the ending, but there is also something that haunts me continuously.
'A Crystal Age' is a stronger less romantic novel than 'Green Mansions', but it is also exceptional for many reasons. I don't hesitate in recommending 'Green Mansions' but I also urge readers to pursue 'A Crystal Age'.


¿Crystal and Epitaxial Growth¿ .High scientific standards.V.Stefan and E.V.Zharikov, editors
The Stefan University Press Series on Frontiers in Science and Technology.ISSN:1543-4028.
La Jolla, CA, USA, 2002.
Two volumes of Crystal and Epitaxial Growth (edited by V.Stefan and E.V.Zharikov) published by The Stefan University Press, La Jolla, CA, USA collects together latest research achievements both in theory and experimental developments in crystal growth and epitaxy. The papers and brief reports included in these two volumes were presented at three mentioned below scientific conferences organized recently by La Jolla International School in Science jointly with the Institute for Advanced Physics Studies. These conferences (Science and Technology of Laser Crystals, Crystal Growth and Epitaxy, Crystal and Epitaxial Growth) were attended by prominent scientists from around the world and they covered the major aspects of crystal growth including thermodynamics and growth kinetics, transport phenomena, growth morphology, structural phase transitions, numerical simulations and experimental techniques of both bulk crystal growth and thin film epitaxy. A few major classes of materials grown as bulk crystals and thin films are represented: semiconductors and superconductors, oxides, salts, organic and biological crystals, carbon nanotubes. Special attention is paid to growth and material science of crystals used in lasers and photonics, both semiconductors and oxides.
The papers constituting "Crystal and Epitaxial Growth" volumes are of a high scientific and technological standard, so that it is hoped that these two books will be very helpful for all chemists and physicists both young researchers and experienced specialists working in crystal and epitaxial film growth.
Academician Professor V.V.Osiko,
Director of Laser Materials and Technologies Research Center.
General Physics Institute, Russian Academy of Sciences.
Moscow,Russia.


CRYSTAL AND EPITAXIAL GROWTH .High Scientific Standards.V.Stefan and E.V.Zharikov, editors
The Stefan University Press Series on Frontiers in Science and Technology.ISSN:1543-4028.
La Jolla, CA, USA, 2002.
Two volumes of Crystal and Epitaxial Growth (edited by V.Stefan and E.V.Zharikov) published by The Stefan University Press, La Jolla, CA, USA collects together latest research achievements both in theory and experimental developments in crystal growth and epitaxy. The papers and brief reports included in these two volumes were presented at three mentioned below scientific conferences organized recently by La Jolla International School in Science jointly with the Institute for Advanced Physics Studies. These conferences (Science and Technology of Laser Crystals, Crystal Growth and Epitaxy, Crystal and Epitaxial Growth) were attended by prominent scientists from around the world and they covered the major aspects of crystal growth including thermodynamics and growth kinetics, transport phenomena, growth morphology, structural phase transitions, numerical simulations and experimental techniques of both bulk crystal growth and thin film epitaxy. A few major classes of materials grown as bulk crystals and thin films are represented: semiconductors and superconductors, oxides, salts, organic and biological crystals, carbon nanotubes. Special attention is paid to growth and material science of crystals used in lasers and photonics, both semiconductors and oxides.
The papers constituting "Crystal and Epitaxial Growth" volumes are of a high scientific and technological standard, so that it is hoped that these two books will be very helpful for all chemists and physicists both young researchers and experienced specialists working in crystal and epitaxial film growth.
Academician Professor V.V.Osiko,
Director of Laser Materials and Technologies Research Center.
General Physics Institute, Russian Academy of Sciences.
Moscow,Russia.
A whole saga of 6 (soon 7) books, with a sense of spirituality in the complex world of the Galatic Confederation. A ray of sun in the french cartoons.