Colossal Storage Corp. -Supporting Research Data-

June 19, 2000 Army researchers in July expect a major breakthrough in 3-D holographic technology that eventually could be used for storing vast amounts of visual data. click here

Pitt, UCSB Researchers Discover Way To Control Electron Spin With Electrical Field .

Arthur C. Clark "Any sufficiently advanced technology is indistinguishable from magic", Technologies To Watch click here .

Present day 2D Area storage technologies are hindering new break thrus in scientific research click here .

Guiding Atoms with a Hologram, quasiperiodic 3D structures such as photonic crystals are exciting potential applications of the new technique .

Faster, lighter computers possible with nanotechnology research .

Computer Czar Issues Warning that the information technology industry must work quickly and not dwell on the past click here .

Investigating Thomas'Invention of Photon Induced Technology was given by Dieter Meschede of the University of Bonn in Germany and colleagues Titled "Holograms help build 3D nanostructures 1 March 2002, PhysicsWeb click here , click here .

FOM Institute for Atomic and Molecular Physics (AMOLF) is one of the five national research institutes of the Foundation for Fundamental Research on Matter (FOM). The research at AMOLF is focused on selected areas of atomic, molecular and optical physics (AMO), and condensed matter physics FOM .

Fundamentals of quantum information .

Tiny memory chips made from molecules Thousands of new units could fit on strand of hair's end click here .

Three-Element Nanorods Nanometer-sized crystalline oxide rods exhibit useful properties Mitch Jacoby Nanoscience March 4, 2002 Volume 80, Number 9 CENEAR 80 9 p. 11 click here .

November 3, 2000, Directions in Information Technology, IBM Corp., Holographic Data Storage by J. Ashley, M.-P. Bernal, G. W. Burr, H. Coufal, H. Guenther, J. A. Hoffnagle, C. M. Jefferson, B. Marcus, R. M. Macfarlane, R. M. Shelby, and G. T. Sincerbox, click here .

Stony Brook University of New York, Theoretical research in the field of nanoscale digital electronic devices. click here

The Max Planck Institute and the Universities of Munich and Regensberg merits of semiconductor technology and the virtues of spin electronics and quantum computation. click here

Jan 14, 2002, Professor Selim Shahriar carried out work at the Massachusetts Institute of Technology with colleagues at Texas A&M University, the US Air Force Research Laboratory and the Electronics and Telecommunications Research Institute in Daejon, South Korea using ferroelectric perovskites that further verify Colossal's Patented Theories on Photon Induced Electric Field Poling using Ferroelectric Perovskites click here

January 18, 2002, Electronic Times 2D superlattices show storage limits click here

January 18, 2002, Electronic Times Superconducting light-sensitive camera spots single photons click here

Organic light source remembers its setting click here

December 18, 2001 Red Herring, Nanotechnology is coming in from the fringe. Once dismissed as just so much science fiction and Silicon Valley hokum, nanotechnology now represents no less than the next industrial revolution. click here

January 07, 2002, Businessweek Online, Technology Special Report, Gurus of Tommorow's Tech click here and how ferroelectrics materials will change it.

Advanced data centers will redirect innovation toward new technologies for truly distributed computing. No one paused to consider the shortcomings of the Internet Infrastructure, outdated servers, puny routers, and flimsy storage systems. click here

12/24/2001 World's Smallest Laser Caught In Act Of Lasing By UC Berkeley Chemists. Chemists at the University of California, Berkeley, have taken snapshots of the world's smallest laser in action. Peidong Yang, assistant professor of chemistry at UC Berkeley, reported in June the creation of an ultraviolet nanowire nanolaser shorter than the width of a human hair and one-hundredth the width. These ultraviolet nanolasers have generated great excitement in the optoelectronics community because of their potential applications in miniature optical computer circuitry and communications devices, Yang said. click here

Jan 29, 2002 Toshiba Cambridge Research laboratory team's FETs communicate with single photons. click here

March 6, 2001 Hiroshi Daiman used photons on molecules to produce real-time 3-D video of atoms and molecules click here

Space Station Crashes 2nd time because Hard Drives requiring air bearing for reliable sustained operation failed now NASA wants to replace hard drives with solid state drives isnt the solution. Colossal Storage 3D Volume drives will require NO air bearing like hard drives. click here

Taiwan's Arima to Expand Production of OEM Semiconductor Lasers for DVDs click here

Caltech's Psaltis Group Holographic Storage Projects click here .

Nobel Prize in Physics 2001 was awarded to three physicist who were able to prove Einstein/Bose condensate using infra red laser diode and magnetic field to control gaseous atoms energy using Einstein/Planck Quantum Energy Electron Theory, click here , click here

EETimes Jan 09, 2002, Quantum phase first could be foundation for memories click here

EETimes Jan 10, 2002, Electrically driven device creates single photons click here

The Berkeley researchers worked with a perovskite-type ceramic copper oxide called BSCCO (pronounced bis-ko) because it contains bismuth, strontium, and calcium in addition to copper and oxygen. They found Quasi-particles are states of electron excitation that collectively act like a free electron, with energy and angular momentum. D-waves are a function of the angular momentum of the quasi-particles. According to theory, impurity atoms create quasi-particle scattering resonances with characteristic spatial and spectroscopic signatures click here . This information further validates what many physicist and the US Patent Office have stated about Michael E. Thomas' discovery being the first and only to teach the art of UV/Blue photon induced electric field poling in ferroelectric perovskite molecules using Einstein/Planck Theory of Quantum Energy Electrons.

University of South Wales Heralds Light Emitting diode Breathru using Eistein/Planck Theory of Quantum Energy Electrons and Niels Bohr Atom Postulates for Photon Excited Electrons and decaying orbits click here .

May, 2000, A Special Storage Industry Report, Scientific America, Avoiding a Data Crunch. click here .

Dec 6, 2001 Oracle's Larry Ellison, the world's largest database company, said,"Current database and microprocessing technology is not yet ready for that coming DATA SURGE and the complex computations it will fuel as scientists try to untangle the mysteries of human biology.

Celera already is dealing with 250 terabytes of data -- or about 25 times the volume of information contained in the entire printed collection of the U.S. Library of Congress. Soon it will be wrestling with petabytes of data and eventually, exabytes, Celera President and Chief Scientific Officer J. Craig Venter said recently. click here

Itsy-bitsy: Hard drives bumping up against physical limits click here

April 26,2001, EETimes, Holographic storage nears Debut. click here

Oct 12, 2001, ServerWorld, Data Storage Needs Continued Growth, making successful research and development crucial in the storage field for computing and networking industries click here .

Bell Labs demonstrates single fiber optics data transmission at 100 Terabits/sec. click here . Colossal Storage will handle these transfer rates with open arms.

Japan, America, Switzerland and others are defining future bandwidth specifications for simultaneous video, music, digital, and telecommunications that will require a new internet infrastructure using colossal amounts of real time data storage with extremely fast bandwidths like 3 D Volume Holographic Optical Storage.

Internet TV Set to Spur Growth of Broadband Cable Net Connections. This will put a premium on new fast data storage technology for HDTV and other broadband applications starting to come online click here .

Optical Networking of Tomorrow click here

Jan 9, 1999 University of Illinois, Lensless Camera Captures Three-Dimensional Images uses concepts that have been patented by Colossal Storage in the retrieval of images by the use of photon refractions (interference) on ferroelectric molecules. click here

Bill Miller is co-founder, executive vice president, and CTO of StorageNetworks Inc. thinks Holographic Storage will likely take over the trend in increasing capacity. click here

Red Herring August 16, 2001, Post Cards from the Future Crystal Clear Memory. click here

Jan 20, 2001, Lucent Technologies gets into Holographic Storage market with InPhase Technologies, a enhanced CD-WORM technology developed by the Holographic Storage Consortium (HSC), a project which was funded by $ 40 million in Public Darpa money. click here . Colossal believes this technology to be a me too concept that will hit very short of the extreme bandwidth Read/Write mark set by a non HSC member, Colossal Storage.

Many Asian Universities click here have started research in Holographic Optical Research with Europeans and Russian Universities also starting to look at the future of volume data storage technology.

Duke & Stanford University on December 13, 2000 made announcement to get into Photonics by establishing a "Photonic Forest" which Colossal Storage is very happy to read, click here , click here .

In search of the Perfect Ferroelectric Crystal, University of Nebraska physicist Stephen Ducharme click here .

China on January 9, 2001 is the latest entry into future storage with the annoucement they will be the world's future storage leader, click here .

January 23, 2002 Taiwan's ITRI opens Nanotechnology Center to develop new emerging applications like holographic optical storage click here .

The ISOM 2001 conference examines new approaches to DVD and future optical drive storage designs. click here

George Gilder the most accurate technological visionary of our time proclaiming Holographic Storage will soon be the New Frontier click here.

Intel jumps into ferroelectrics market. click here

Geneva -- The ITU announces that its Telecommunication Standardization Sector has reached agreement on new global standards for equipment and management of the next generation optical network. The new standards support carrier-grade ultra-high capacity transport networks capable of supporting fully transparent wavelength services while still allowing switching at the OTN service rates of 2.5, 10, and 40 Gigabits per second and up, hard drives Maximum bandwidth in future years to reach 600 Mbits/sec and will have similar performance as running your computer system using a floppy drive. Colossal Storage bandwidth will be in the petabits/sec and up. click here .

SURFnet, the Netherlands’ national research and education computer network, will be the fastest customer connected to the Chicago-based facility, moving data at the speed of 2.5 giga (billion) bits a second. “We’re working to get it up to 10 gigabits and beyond,” said DeFanti. The higher speeds will be reached as early as next spring. click here

What's Eating Hard Drives ? Hard drives keep getting bigger and bigger, but somehow we still run out of space. MP3s and other media files are immensely popular—and immense. Programs are bigger and data files are bigger. click here

April 6, 2000 University of Southern California and University of Washington's research teams made breaktru in future polymeric electro-optic materials grown as lithium niobate crystals can achieve information-processing speeds as great as 100 gigabits per second or 10 times those of current electronic devices and have significantly greater bandwidths than electro-optic crystals currently in use. In addition, the new materials require a fraction of a volt of electricity to operate, less than one-sixth what the crystals require (ferroelectric perovskite optical molecules). click here

December 26, 2001 AsiaBizTech, Violet Laser Diodes Close to Commercial Stage. click here

A study by Forrester Research found that in 1996, 25 percent of information technology spending was on storage, while 75 percent went to servers. In 1999, the division was 50-50. By 2003, the positions are expected to be reversed, with storage accounting for 75 percent of spending and servers for 25 percent.

"The margins in storage are a lot higher than for servers," said John Roy, an analyst at Merrill Lynch, New York.

Data Storage in Demand even during the economic slow down click here .

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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