2D/3D Vertical Orientated / Perpendicular Magnetic Media Recording Theory

In 1983, Mr. Thomas invented the technology "Multi - Dimensional Recording using Vertical Orientated Magnetic Media with Different Coercive Layers". Mr. Thomas feels this present day IBM 2 D AREA Pixie Dust Vertical Storage Technology concept is exactly the Thomas Technology created in 1983 and has missed the boat as an obsolete technology compared to newer technologies under development like 3 D Volume Holographic Optical Storage.

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technical embodiment with Notarized Seal page seven click here Notarized in 1988 in Texas but was created in Fremont 1983.

Seagate and others are starting to look at the renamed perpendicular recording as its called now while the superparamagnetic effect limit fast approaches.

Vertical/Perpendicular recording will extend the superparamagnetic effect density limit from 200 Gbits/sq.in to an upper limit around 500 Gbit/sq.in., this will spell the end for ferromagnetic storage in the next decade.

It will be sad to see the head crashes and data lose to customers data with Hitachi's direct head media contact vertical recording technology they have announced in 2007 to be on the market 2011.

The Thought of Extreme Bandwidth Recording to a Magnetic Disk Drive Storage is IMPOSSIBLE due to the physics of 2 Write Bit Flux Transversals for 1 Data Bit. In other words, a 50 percent bandwidth loss before starting for the maximum data transfer potential from ferromagnetic recording devices.

That's still a far cry from Atomic Holographic Storage density starting at 200 Tbits/sq.in ( 200,000 Gbits/sq.in. ) to an upper limit around 40,000 Tbits/cu.cm. ( 40,000,000 Gbits/cu.cm. ).

The only rub is the cost per bit will be cheaper, faster to access, and faster to store for a much longer time uneffected by many environmental conditons.

Articles are now popping up in American Scientific, Physics Review, etc. about transparent magnetics. All of these theoretical magnetics disclose neat WRITE to nanoparticle ferromagnetics but what is the point if you cant read the magnetic data stored on the particle ?

Not ONE NON-CONTACT READ concept has been published anywhere supporting READING of the nanoparticles because its unreliable and impossible to read the EMF field of one ferromagnetic molecule using discrete components.

Many attempts by Toshiba and others to reach 1 Terabit/sq.in. have always resulted in their announcing DEFEAT to reach this goal. Atomic Holographic Storage STARTS at 200 Terabits/sq.in. and goes up.

And if you hit electrons with photons, there goes the data.

Future advances to magnetic storage will be pigeon holed to solid state circuitry which is expensive, energy hog, heat source and fixed memory.

UV/Blue Photon induced electric field poling of ferroelectric binary dipole perovskite optical molecules is the solution and in time the storage industry will look to license Colossal Storage Patents.

Why Rewritable Atomic Holographic Storage Using Reprogrammable Atomic Switch's ?

6,840 raw uncompressed high quality Video/TV hours, or 2,100,000 chest x-rays, or nearly 10,000,000 high-resolution images, or 30,000 four-drawer filing cabinets of documents, or , or 20,000 DVD'S Worm's , or 4,000 BLU-Ray Worm disk's on ONE 10 Terabyte 3.5 in. removable disc.

-   will have highest NLO analog / digital / optical capacity available
-   will have lowest cost per gigabyte
-   will have lowest power requirement per gigabyte
-   will have longest archive shelf life of any data storage media, 100 years
-   will have widest environmental conditions and tolerances
-   will be only technology that scales from nano to macro solutions
-   will have most reliable removable read / write media available
-   will have highest bandwidth data transfer potential
-   will be direct replacement for hard disk drives
-   will not be effected by extreme high energy Cosmic Rays
    i.e. Solar Flares and Solar Winds for Moon / Mars Exploration
-   will be nuclear/cosmic radiation hardened capable

The expected cost of the Atomic Holographic DVR disc drive will be from $ 570 to $ 750 with the replacement discs for $ 45.

One 10 terabyte to 100 terabyte 3.5 in FEdisk would be EQUAL to a 10,000 to 100,000 Gigabyte FEdisk.

Thats 1,000 times any State of the Art hard disk technology with 100 Gigabytes on one disk. Hard drive technology will never exceed 500 Gigabytes on a disk.

Atomic Holographic optical image data storage bandwidth is 400,000 times faster than binary bit text processing bandwidths used in todays storage technology.

3 of America's Top Universities and Scientist are working on " Proof of Concept " developing optimal ferroelectric materials used in the patented UV Atomic holographic Optical Storage Disk Drive.