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I have invented a revolutionary electronic technology-independent architecture/instrument proven feasible by 59 quotes from reputable industries to build, using 2015 technology, a 3D-Flow OPRA (Object Pattern real-time Recognition Algorithms) system with 8,192 channels, in a 36 cm (15 inch) cube of electronics capable of sustaining an input data rate of over 1.3TB/sec, and execute with zero dead-time on the input data, complex programmable real-time Object Pattern Recognition Algorithms (OPRA) at a production cost of approximately $100,000. In the same 36 cm cube of electronics, it is feasible to build a 3D-Flow OPRA system with 20,000 channels capable of sustaining an input data rate of over 20TB/sec. Larger systems can be built by linking several similar cubes of electronics. 

From: Crosetto Dario [mailto:crosettodario@gmail.com]

Sent: Wednesday, August 30, 2017 4:38 PM

To: ‘horowitz@physics.harvard.edu’ <horowitz@physics.harvard.edu> Cc: ‘unitedtoendcancer2@gmail.com’ <unitedtoendcancer2@gmail.com>; ‘unitedtoendcancer@att.net’ <unitedtoendcancer@att.net>; ‘capasso@seas.harvard.edu’ <capasso@seas.harvard.edu>

Subject: I am looking forward to receiving a prompt response setting a date and time convenient to you to discuss this matter or please provide the names of people experts in electronics who can compare my 3D-Flow OPRA system with other systems that they know

 

Dear Prof. Horowitz,

 

Yesterday I spoke on the phone with Prof. Federico Capasso who provided your name as an expert in electronics at Harvard SEAS University who wrote the book “The Art of Electronics” that has sold more copies than “A Brief History of Time” by Stephen Hawking. He told me that you are retired but still very active.

 

I have invented a revolutionary electronic technology-independent architecture/instrument proven feasible by 59 quotes from reputable industries to build, using 2015 technology, a 3D-Flow OPRA (Object Pattern real-time Recognition Algorithms) system with 8,192 channels, in a 36 cm (15 inch) cube of electronics capable of sustaining an input data rate of over 1.3TB/sec, and execute with zero dead-time on the input data, complex programmable real-time Object Pattern Recognition Algorithms (OPRA) at a production cost of approximately $100,000. In the same 36 cm cube of electronics, it is feasible to build a 3D-Flow OPRA system with 20,000 channels capable of sustaining an input data rate of over 20TB/sec. Larger systems can be built by linking several similar cubes of electronics.

 

It can provide disruptive advantages in several applications (e.g. (a) extracting all valuable information from radiation to identify rare particles from ultra-high data rate that cannot be stored on hard drives because in one day the data would fill all hard drives of the planet, (b) extracting all valuable information from radiation to identify all valuable signals related to tumor markers for an effective early cancer detection requiring a very-low radiation dose to the patient, (c) in industrial quality control, etc.) by making computers more capable, overcoming since 1992 the limits of Moore’s laws that is now dead.

 

My basic 3D-Flow parallel-processing architecture recognized valuable by academia, industry, and research centers at a major official, formal, international scientific review held at Fermilab in 1993 ‘goo.gl/zP76Tc’, proven feasible and functional in FPGA hardware, summarized in one page at ‘goo.gl/NQ8Cck’, when in synergy with the implementation in its different parts using 2015 technology is summarized in two pages at ‘goo.gl/AoszvQ’ and detailed at ‘goo.gl/w3XlZ1’. The combination of these two elements provide the inventive step of the new 3D-Flow OPRA technology with unprecedented advantages.

 

My 3D-Flow invention could have replaced hundreds of crates containing 4,000 electronic boards of CERN CMS L-1 Trigger Experiment at a fraction of the cost, while providing more performance as reported on pages 102-117 of ‘goo.gl/w3XlZ1’, and could have replaced the trigger at many other experiments at CERN. For example: in 1994 with a cylinder of electronics 1.8m tall x 1m in diameter. in 1999 with 6 x 9U VME crates as described in the 45-page peer-reviewed article published by Nuclear Instruments and Methods in Physics Research, Sec. A, vol. 436, (1999) pp.341-385. Using 2015 technology, it can replace hundreds of crates of electronics containing 4,000 electronic boards with one crate containing 9 of my 3D-Flow OPRA boards, while providing higher performance at one thousandth the cost. It can capture all possible valid events from radiation at the lowest cost per valid event captured compared to alternative approaches.

 

When the 3D-Flow OPRA invention is used in the 3D-CBS (3-D Complete Body Screening) technology, it makes it hundreds of times more efficient than the over 10,000 PET (Positron Emission Tomography) devices currently used in hospitals, providing for the first time a true paradigm change in molecular imaging.

 

Taxpayers, cancer patients, investors, etc. and people who would like to receive the benefits of my inventions but are not knowledgeable in the field are asking me to present and discuss my inventions with experts in electronics like you and are asking if you can compare my 3D-Flow OPRA system that breaks the speed barrier in real-time application with any system that you might know and provide the references.

 

I am looking forward to receiving a prompt response setting a date and time convenient to you to discuss this matter or please provide the names of people experts in electronics who can compare my 3D-Flow OPRA system with the systems that they know to assess the advantages of one with respect to the other.

 

Sincerely,

Dario Crosetto

President of the Crosetto Foundation for the Reduction of Cancer Deaths, a 501 (c)(3), non-profit, tax-exempt organization.

900 Hideaway Pl.

DeSoto, TX 75115

Email: crosettodario@gmail.com

 

 

From: Crosetto Dario [mailto:crosettodario@gmail.com] Sent: Friday, September 15, 2017 2:29 PM To: ‘horowitz@physics.harvard.edu’ <horowitz@physics.harvard.edu> Cc: ‘pmcgarry@fas.harvard.edu’ <pmcgarry@fas.harvard.edu>; ‘unitedtoendcancer@att.net’ <unitedtoendcancer@att.net> Subject: RE: I am looking forward to receiving a prompt response setting a date and time convenient to you to discuss this matter or please provide the names of people experts in electronics who can compare my 3D-Flow OPRA system with other systems that they know

 

Dear Prof. Horowitz,

 

Last week I spoke again on the phone with Ms. McGarry asking if she received an answer from you about my request that she also forwarded to you:

“…receiving a prompt response setting a date and time convenient to you to discuss this matter or please provide the names of people experts in electronics who can compare my 3D-Flow OPRA system with the systems that they know to assess the advantages of one with respect to the other.”

 

She did not receive instructions from you to when to set this phone call to discuss this matter, neither the names of people experts in electronics who can compare my 3D-Flow OPRA system with the systems that they know to assess the advantages of one with respect to the other.

Ms. McGarry suggested me to remind you with another email. I waited one more week and because I have not heard from you, I kindly request to address this issue.

Thank you,

Kind Regards,

Dario Crosetto

 

From: Crosetto Dario [mailto:crosettodario@gmail.com] Sent: Wednesday, August 30, 2017 5:07 PM To: ‘pmcgarry@fas.harvard.edu’ <pmcgarry@fas.harvard.edu> Subject: FW: I am looking forward to receiving a prompt response setting a date and time convenient to you to discuss this matter or please provide the names of people experts in electronics who can compare my 3D-Flow OPRA system with other systems that they know

 

Dear Ms. McGarry,

Thank you for taking my call. I will appreciate if you would let me know if you received this email and if you could please forward it to Prof. Paul Horowitz.

Thank you,

Kind Regards,

Dario Crosetto

 

 

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