Atomic Holographic Nanotechnology will Set the Pace for the Future
Atomic Holographic Nanotechnology will Set the Pace for the Future
The FeDrive functions by Non - Contact Rewritable FeDisk using Ultraviolet / Blue LED in Non-Destructive reading of computer information from a 2D/3D ferroelectric disk.
The drive works by using the Einstein/Planck Theory of Quantum Energy Electrons to control molecular properties by an atoms electron movement/displacement is a binary bit representation of an atomic, photonic or molecular nanoswitch, see the Published nanoTechnology Abstract for more technical details.
In all of the discussions, PZT is shown for simplicity of presentation but it is assumed all other organic/inorganic high-k dielectric sol-gels, polymer, ceramic, metals, rare earth manganites and crystalline multiferroic - ferroelectric molecular materials , i.e., lithium niobate , lithium tantalate, PLZT, PZTN, BST, SBT, LBS, VO2, KTP, KTaO3, RTP, GeTe, BaSr2/FeMoO6KNb03, SrRuO3, SrRuO7, BaTi03, BaMgF4, PbTiO3, PbTiO4, LiNbO2, BBO, LBO, LiNbO3, Fe doped LiNbO3,SrTiO3, SrRuO3, SrCuO2, SBN, KNSBN, BGO, BSO, LiCoPO4, LiI03, LiTaO3, LSMO, BiMnO3 (BMO), LaSrMn, LuFe2O4, CdCr2S4, TbMn2O5, GdMnO3, TbMnO3 PMN–PT, Bi2TeO5, BiFeO3 (BFO),PbZrO3, Pb5Ge3O11, PbZrTiO3, BaSrTiO3, LaMnO3, LaBaMnO3, LaCaMnO3, LaBiMnO3, CaMnO3, CaSiO3, CeMnO3, MgSiO3, YMnO3, LaGaSiO , LGS, Ge2Sb2Te5, InAgSbTe, TbMnO3, KDP, KDP , KD*P, CCTO, CdCTO, ADP, SASD, LAP, BBT, BBN, BBT1, ABMO, ABTO, Urea, POM, TGS, ORE Minerals, ferroelectric polymer "polyvinylidene fluoride" (PVDF), PMMA, lead germanate like lead telluride PbTe and lead selenide PbSe, CdZnTe (Zinc Cadmium Telluride), Zinc Oxide, ZnO4-Bromo-4'-Methoxyacetophenone Azine, alexandrite, chalcogenide , antimony telluride ( Sb2Te3 ) and many other III-V, II-VI, IV-VI, transistion metal and ceramic semiconductor materials will be investigated for their volume optical storage properties as it applies to Michael E. Thomas' Patents on Non-Contact Photon Induced Electric Field Poling.
The Colossal Storage wants to also start off with a drive product that will increase Rewritable data transfer bandwidths (EBODS - Extreme Bandwidth Optical Data Storage) to at least 1000 gbits/sec and going up from there.
Ferroelectric NLO Perovskite Transparent Polymers, Gels, and Crystals are artificially created man-made substances with properties not found in nature.
The drive will use ultraviolet or deep blue laser diodes with micro/nano electric field transducer to write data with a non-contact read / write head. An integrated semiconductor head with UV or deep blue laser diode, nanooptical transistor/diode or nanofloating gate mos fet to read data will interface to a ferroelectric media disk.
Photon induced electric field poling is a physical expression created and patented by Michael E. Thomas .
Molecular dissociation following Thomas' patents cover methods for a non-contact photon induced electric field poling using UV space charge fields at the same wavelength as a molecular transition will create controllable clouds of electrons in harmonic waves (Plasmon). Some organic/inorganic molecules have resonant valence orbit electrons that under the proper UV space charge field photo excitation will allow polarized conduction band electrons to move freely for a short time (
The single frequency below popular inversion creates many bright or dark bands from the UV light that are in phase or out of phase with one another. The diffraction of the Soliton Wave by the bistable state nucleus in the center of ferroelectric dipole molecule can therefore be represented as a binary 0 or 1 having either positive and/or negative index of refraction.
These absorption bands by the electronic traps and the refraction by the central atom appear as light and dark patterns.
Molecular dissociation following Thomas' patents cover methods for a non-contact photon induced electric field poling using UV space charge fields at the same wavelength as a molecular transition will create controllable clouds of electrons in harmonic waves (Plasmon). Some organic/inorganic molecules have resonant valence orbit electrons that under the proper UV space charge field photo excitation will allow conduction band electrons to move freely for a short time (popular inversion). Plasmon known as electric current along with the electric field present providing a mechanism for ferroelectric perovskite molecules to switch binary positions. The unique concept of resonant absorption excitation by UV/Blue laser light illumination causing molecular dissociation and simultaneous electric field application ( Pockels effect ) can be used for writing 3D volume data so when it is read back having coherent interference waves in a beam of photon radiation (below popular inversion).
The single frequency below popular inversion creates many bright or dark bands from the UV light that are in phase or out of phase with one another. The diffraction by the bistable state nucleus in the center of ferroelectric dipole molecule can therefore be represented as a binary 0 or 1 having both positive and negative index of refraction.
Ferroelectric non-linear photonic bandgap crystals offer the possibility of controlling and manipulating light within a UV/Deep Blue frequency. The small size of ferroelectric transparent structures makes it possible to fabricate nano-optical devices like volume holographic storage having both positive and negative index of refraction.
The ability to control the diffraction of Ultraviolet photons makes the ferroelectric perovskite NLO photonic materials very attractive for the research and development of 3D volume holographic optical storage. Furthermore, ferroelectric non-linear photonic crystal structures provide the ability for infinite rewritability of a non-volatile holographic storage drive.
The outstanding potentials of ferroelectric molecular materials will revolutionize 3D volume holographic optical storage technologies along with several challenges in design, optimization, fabrication, and characterization an provide for further extensive research and development activities in the field of ferroelectric holographic materials and data storage.
All other known attempts at rewritable holographic storage use electrons clouds to store data and as a result have only been able to achieve write once read many devices. Thomas feels this method can never overcome the Niels Bohr Atomic Theory of electron recapture and therefore this type of Bragg/Compton Scattering recording technique is usually destructive readout and a short data storage shelf life like spatial spectral hole technology.All other holographic storage technology use a spatial light modulator (SLM) which writes one complete page of data at a time. The data must loaded serially to the SLM and is destructively written so any mistakes on the serial loaded SLM means increased wasted time. This method is great for WORM data storage but when BIT FOR BIT Erase / Write / and Read of random data to a disk is needed in real time day to day applications the SLM concept will NOT be able to function.
Colossal Storages method for writing / reading is like having billions of vertical spatial light modulated ( SLM ) pages in one rewritable ferroelectric track, each fedrive having almost a million tracks. Imagine having billions of SLM on the disk where the optical image data is written / read in bit / byte / word accurately every time at atomic light speeds.
Ten Technologies to watch in 2003 , ZDNet News United Kingdom, Wireless networks, Location-based services, and Holographic Storage.
Picture Courtesy of Phonon Device Lab. (Cho Lab.) R.I.E.C. of TOHOKU UNIVERSITY is Predicting 4 PETA BITS / SQ. IN. for ferroelectric BaTiO3
The dipoles electrical polarity of the ferroelectric molecule physically changes the transmiscivity, spintronics , interference, excitons, diffraction, surface morphology/topography, opacity, fluorescence, iridescence, positive and negative index of refraction, and opalescence.
Extremely small laser spots of 300 angstroms and less can be written and read using Colossals integrated optical head structure with densities of 40 gigabits/cu.cm to over 40,000 to 100,000 Terabits / cu.cm. or 40,000,000 to 100,000,000 Gigabits / cu.cm. per molecule vertical layer with billions of molecule layers being realized.
The FeDrive Volume 3 D Volume holographic densities from 200 to 500 Terabits / sq.in. to 40,000 to 100,000 Terabits / cu.cm. calculated using single ferroelectric layer for the possibility of a recording density of > 400 TERA BITS / SQ. IN. Image courtesy of Yasuko Ichikawa, Toyo Corporation, Japan ( a single layer of 50 angstrom particle size, 5 nanometers, or 5e-7 centimeters size conversion chart click here ).
When the ferroelectric film layers are stacked into hundreds or thousands of storage layers the 3 D Volume Storage will be greater than 40,000 Terabits / cu.cm. using track densities of over 700,000 per inch.
There are NO Infinite Rewritable Holographic Disk / Tape drive products on the world market.
Colossal's patents will protect and propel the company into creating the next industrial revolution which will be lead by new innovative storage nanotechnology markets. By being the first in the world, Colossal wants to set the direction of the world's future rewritable 3 D Volume Holographic fedisk, tape, cyclinder, film, plate, drum and card nanotechnological data storage products and standards for the next 100 years and beyond.
Researchers continue to Verify and Proof Colosal Storage Patented nanoTechnology IBM , University of Bonn, Germany , Lebedev Physical Institute -Russia and Center for Advanced Technologies - India, Phys. Rev. Lett. 88, 083601 , Francesco De Martini of the University of Rome "La Sapienza" and INFM in Italy , CERN and others , NOE - Europe, University of Ottawa and the Steacie Institute of Molecular Sciences , University of Toronto, University of Maryland.
Pyramid Chart by Michael E. Thomas for Colossal Storage Corp.
This Website is constantly being updated with the latest research, press, and breakthrus in Ferroelectrics and other Future Storage Technologies.
Colossal Storage (web start date Sept 1, 1999)is always looking to promote its technology as well as others, please email any links for us to evaluate. If applicable, other new and evolving technologies will be listed under our Other Technologies Development Section.
FeDrive and FeHead are the trade names for the integrated semiconductor ferroelectric device concepts of Colossal Storage, Pocomoke City, Md.
This home page contains, lots of useful information such as theoretical ideas, application data, future concepts , and future marketing data and other technologies under development.
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http://www.crystalresearch.com/crt/ab39/980_a.pdf
