Detailed documentation relative to the Realistic Proposal to implement¬†the 3D-Flow OPRA e 3D-CBS (3-D Complete Body Screening) inventions¬† are available at:
1.¬†document in LOW resolution (13 MByte) of the detailed Proposal to implement the 3D-Flow¬†OPRA e 3D-CBS inventions.
2. document in¬†HIGH resolution (55 MByte) of the detailed Proposal to implement the 3D-Flow¬†OPRA e 3D-CBS inventions.
Breakthrough Invention: 3D-Flow OPRA -a revolutionary electronic instrument for multiple applications: for advancing science, saving lives, fighting terrorism, ‚Ä¶
I believe I would be failing in my duty if I did not draw your attention to the¬† adversities and obstacles¬† that I have faced this past decades that have delayed implementation of my invention capable of extracting ALL valuable information from radiation,¬† and the resulting burden to taxpayers this inaction has brought, not only monetarily but in avoidable deaths and suffering that will continue to¬†occur unless immediate action is taken and the NRE (Non-Recurring Engineering) of the 3D-Flow and 3D-CBS projects are funded.¬†¬†
Dario B. Crosetto, Email:
¬†Crosetto is available to offer 80% of his patent licenses to philanthropists and/or investors who commit to using a percentage of the income generated¬† to pay for free cancer screening examinations to low income people. He is requesting a fair¬†PUBLIC¬†merit review¬† from funding agencies to compete for funding with other applications.
I hope that newspapers, radio, television and online media journalists as well as social networks feel a responsibility toward those who suffer and die¬†needlessly and will reprint and disseminate this information and the linkhttp://blog.u2ec.org/wordpress/?page_id=88 to this proposal so that everyone, including funding agencies handling¬† taxpayer money or donations, will request a fair PUBLIC merit review¬†that will reveal the scientific truth to benefit humanity.
Philanthropists and/or investors who are interested in making a difference in the world by funding this project and are willing to sign an NDA¬†(Non-Disclosure Agreement) to verify the specific details of its implementation should contact UnitedToEndCancer@gmail.com.
The 3D-Flow OPRA breakthrough invention could be considered the third generation of electronic instruments, following the first generation invention, the¬†Oscilloscope, which visualizes the constantly varying signal voltages characterizing signals from transducers, and the second generation invention, the¬†Logic State Analyzer, which captures and displays multiple signals from a digital system showing timing relation, crosstalk, etc.
The oscilloscope was invented in the late 19th century. The Logic State Analyzer was invented in 1973 when computers required a large number of¬†signals that the oscilloscope had trouble handling.
In 1992, I invented the 3D-Flow architecture, recognized valuable officially by world‚Äôs experts in the field from academia, industry and Research Centers¬†(including a representative from CERN), in a formal international scientific review held at FERMILab on December 14, 1993. In 1994, I built a cylindrical¬†3D-Flow structure to accommodate the 3D-Flow chips, however the NRE to build the chip was never funded. Now, with the world changing from communicating¬†with text to communicating with pictures through social media, the 3D-Flow OPRA instrument and device will be essential for solving target application¬†problems of multidimensional Object Pattern Recognition in real time on data (identifying objects in frames or pictures) arriving in parallel from a matrix¬†of thousands of transducers at ultra-high speed.
I proved the feasibility and functionality in hardware on two modular boards with 68 x 3D-Flow processors each, suitable to build 3D-Flow systems for¬†matrices of transducers of any size, and have now for the first time detailed the design of all components needed to build 3D-Flow systems in two modular¬†form factors: VXI boards 36.6 cm x 40 cm and VME boards 16 cm x 23.3 cm. Quotes to build all parts have been provided by reputable industries. To prove¬†feasibility and competitiveness, I received two or three quotes from different companies for the construction of the same part.
For example: One crate of VXI boards for applications in discovering new particles with approximately 50,000 x 3D-Flow processors contained in a 36 cm cube¬†can handle up to 8,192 channels at 1.3TB/sec costing approximately $100,000. One crate of VME boards for applications in Medical Imaging and multi-lens¬†camera with 14,500 x 3D-Flow processors contained in a 16 cm cube can handle up to 2,304 channels at 368GB/sec at an approximate cost of $50,000.
The selling price of these systems will be determined by the market value set by the company commercializing the product.
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