Roger Carrington - Scientific Innovation - scientificinnovations@world-commercial.com
Posted: 11 May 2020
from: scientificinnovations@world-commercial.com
date: May 11, 2020, 5:18 AM
subject: Re:::
mailed-by: gmail.com
signed-by: world-commercial.com
Dear Sir/Madam
Attention
Pleasant good afternoon my name is Roger Carrington with scientific innovation. We send you this email to let you know that we are seeking investors to assist with our new upgrade of the MRI machine to the Next level of technology SII we will have more advantage to assist with our current system and lives please we are seeking investors to invest From the rage 5000usd up to 30 million if you are interested in becoming a investor plus a successful master investor to receive back a sure percentage of funds each month please call us are email us back
Thank you God bless
Your sincerely
CEO Scientific Innovation
Roger Carrington
Tele -415 787 8133
Website -www.scienticinnovations.com
Email-Scientificinnovations@world-commercial.com
---
Attached is the information you requested.
Scientific Innovations, Inc.
16 Oak Hill Lane
East Hapton, New York 11937
EIN: I will send this as soon as I can get it from Mr. Brondo
Following is the information you have requested. Included is a Business Plan that has not been updated. It is based on a budget of only $30 million dollars. Our current Business Plan that is being developed, is based on $2 billion-dollar budget. Currently we are looking forward to a large amount of funding, $2 billion that will enable us to help change the way a number of industries operate world-wide.
Because of the Corona 19 virus, our funding has been delayed. The advantage an investor has at this point, is to be the first major investor to invest in Scientific Innovations, Inc. The immediate areas where our technology will be used is 1) Homeland Security- worldwide, 2) Medical Technology focused on during diseases as well as identifying and treating diseases, 3) Precious Metal Mining: gold, silver and other rare industrial minerals. In addition, we are posed to enter the Energy Field with technology based on creating new sources of energy through use of nono-technology.
All of these applications, we are confident will create billions and billions of income for our investors, so even an initial small return on investment will multiply significantly in the years to come.
Rogers Carrington
Scientific Innovations Consultant
415 787 8133
Joseph H. Brondo, Jr.-Biography
Joseph H. Brondo, Jr. founded SII with prior 20 years of experience in DDT&E, Senior Design Engineering, Senior Quality Engineering, Quality Assurance Management, and Program Management on complex military systems and communications at Hazeltine, Grumman, and ITT.
Joseph H. Brondo, Jr.
President, CEO
Scientific Innovations, Inc
14 Oak Hill Lane
East Hampton, New York 11937
Phone: (347-252 -3365
E-mail: scientificinnovations@world-commercial.com
website: http://www.scientificinnovations.org
Experience in Counter Terrorism Related Programs
Scientific Innovations, Inc. (SII) is a small business with more than 26 years’ experience in research and development of non-intrusive imaging and detection systems. It establishes technical and business support through collaboration and teaming agreements with government laboratories, industry, consultants and universities. SII was instrumental in arranging the teaming agreement with Northrop Grumman and TRIUMF for development of a Contraband Detection System based on Gamma Resonance Imaging that was funded by DARPA, FAA and U.S. Customs from 1993 to 1999. Joseph H. Brondo, Jr., SII, President and CEO has 40 years’ experience, more than 25 years as president, CEO Scientific Innovations, Inc. conducting research in areas of security inspection, detection of explosives, WMD including nuclear and chemical warfare agents, detection of drugs and other contraband using non-invasive active probe methods for detection and imaging. These include design of systems based on Thermal Neutron Analysis (TNA), combined fast & thermal neutron, Photo-neutron, Gamma-Gamma Resonance, NMR combined with ESR, and an Advanced Multi-mode Gamma System for Elemental Detection of Explosives, induced Photo-fission to detect SNM and High –Z materials. SII holds 7 U.S. Patents, 2 U.S. Patents pending, 20 Foreign Patents, 1 EPO Patent Pending designating 12 countries, 2 PCT Patents Pending designating 131 countries each and numerous publications and presentations relating to systems for non-intrusive detection of explosives and contraband. SII has been Collaborating with Brookhaven National Laboratory (BNL) since 1998 on Gamma Resonant Systems design.
EXPERIENCE
Scientific Innovations, Inc.- President, Chief Executive Officer, Chief Scientist from 1985 to present.
Hazeltine Corporation-Quality Program Manager of Riverhead Manufacturing Division 1983-1987 and Senior Quality Engineer for AWACS and E2C Programs
Gull Airborne Instruments-Manager of Corporate Quality Systems 1982-1983
Independent Research on Multi-Resonant systems for non-invasive imaging 1980-present
ITT Corporation-Communications Division- Manager of Corporate Quality Systems for all Data Communications Corporations 1979-1980, Capital Program Manager for Systems Performance Engineering Department 1977-1979, Senior Design Engineer 1977
Grumman Aerospace Corporation-Quality Assurance Engineer- Corporate Failure Reporting and Analysis for Avionics and electronics on all Programs 1974-1977
Hazeltine Corporation-Quality Assurance Manager-E2C Display Systems 1972-1974
American Electric Power-Technical Assistant 1970-1972
Hazeltine Corporation- Electronic Technician-Quality control and Reliability analysis 1966-1970
Homeland Security (DHS):
Border Protection
Port Security
Airport Security
Baggage screening
Cargo scanning
Container scanning
Bulk mail scanning
Protection of bridges
Protection of facilities
Protection of tunnels
Protection of public events
Personel / Passenger Screening
Department of Defense (DoD):
Standoff Detection (IED)
Remote detection
Portal Imaging and detection
Surface land mines
Truck bombs
Car bombs
Perimeter security
Personal Screening
Medical:
Whole body composition imaging
Boron Neutron Therapy
The same gamma resonance technology has medical applications for non-invasive whole-body composition scanning and imaging by chemical element. This technology was introduced at two World Whole Body Composition and Imaging conferences held at Brookhaven National Laboratory (BNL) as the "technology of the 2000's", it surpasses CAT Scan, MRI and PET Scan in its unique capability to image the human body by chemical element.
Our first patented technology combining Magnetic Resonance Imaging (MRI) and Electron Spin Resonance (ESR) was developed by Picker Nordstar representing Picker, Nycomed and Instrumentarium. This was later produced by Phillips and is currently being used at the National Institute of Health (NIH), National Cancer Institute (NCI) for early detection of Cancer in differentiating Cancer Cells from Normal Cells.
Oil and Gas and Mining: (Nothing was elaborated on the website to explain how his technology will be used in these areas.)
PROFESSIONAL/ACADEMIC DEGREES AND PROFESSIONAL AWARDS/RECOGNITION
Mentored with Professor K.V. Ettinger toward PhD in Applied and Theoretical Physics 1975-1995
Executive Management Courses, ITT Corporation, N.Y. 1977-1980
M.S. Management Science- Candidate, Polytechnic Institute of Brooklyn, Brooklyn, N.Y. 1975-1977
B.S.E.E. Polytechnic Institute of Brooklyn, Brooklyn, N.Y. 1975
A.S. Engineering, Queensborough Community College, N.Y. 1968 3
A.A.S. Electrical Technology, Queensborough Community College, N.Y. 1966
Certified Quality Engineer (CQE) ASQC
Certified Category C WS6536E NAC
Certified Instructor, Zenger Miller Management Program
New York Academy of Sciences
Institute of Electrical and Electronic Engineers
American Association for the Advancement of Science
Phi Theta Kappa National Honor Society
Tau Alpha Pi Engineering National Honor Society
B.S.A. Eagle Scout, Order of the Arrow
Honorable Discharge U.S.M.C.R. 1976
U.S. Patents
Relating to Explosives Detection
1. U.S. Patent No. 4,719,425, January 1988 "NMR Imaging Method and Apparatus" The combination of NMR and ESR to image Free Radicals.
2. U.S. Patent No. 4,851,687, July 1989 "Detection of Nitrogen in Explosives
3. U.S. Patent No. 5,040,200, August 1991"Gamma-Gamma Resonance in Activation Analysis, and Particularly, its Application to Detection of Nitrogen in Explosives"
4. U.S. Patent No. 5,293,414, March 1994,"Nuclear Resonances in Activation Analysis, and Particularly, its Application to Detection of Nitrogen Based Explosives in Luggage"
5. U.S. Patent No. 5,323,004, June 1994, "Nuclear Resonances in Activation Analysis, and Particularly its Application to Nitrogen Based Explosives in Luggage"
6. U.S. Patent No. 5,784,430, July 1998, "Multiple Station Gamma Ray Absorption Contraband Detection System"
7. U.S. Patent No. 6,215,851, April 2001 "High Current Proton Beam Target"
8. U.S. Patent Application No. 60/492,749, August 2004 "Diamond-Based Proton Beam Target for use in Contraband Detection Systems"
9. U.S. Patent Application No. 60/576,496, August 2004, "An Advanced Multi-Resonant, Multi-Mode, Gamma Beam Detection and Imaging System for Explosives, SNM(Special Nuclear Material), High-Z Materials, and other Contraband"
Foreign Patents
Relating to Explosives Detection
1. Canadian Patent No. 2,032,515, July 2001, "Nuclear Resonances in Activation Analysis, and Particularly its Application to Nitrogen Based Explosives in Luggage"
2. European Patent No. 0425662, April 1997, "Nuclear Resonances in Activation Analysis, and Particularly its Application to Nitrogen Based Explosives in Luggage" Austria, Belgium, Denmark, France, Germany, Great Britain, Italy, Luxembourg, The Netherlands, Spain, Sweden and Switzerland.
3. Israeli Patent No. 94328, May 1994, "Nuclear Resonances in Activation Analysis, and Particularly its Application to Nitrogen Based Explosives in Luggage"
4. Australian Patent No. 717880, July 2000, "Multiple Station Gamma Ray Absorption Contraband Detection System"
5. Canadian Patent No. 2,251,801, January 2001, "Multiple Station Gamma Ray Absorption Contraband Detection System"
6. Israeli Patent No. 126,388, 2002, "Multiple Station Gamma Ray Absorption Contraband Detection System"
7. Japanese Patent No. 3159712, February 2001, "Multiple Station Gamma Ray Absorption Contraband Detection System"
8. Norwegian Patent Application No. 19984804, "Multiple Station Gamma Ray Absorption Contraband Detection System"
9. Singapore Patent No. 57009 [W097/39340], July 2000, "Multiple Station Gamma Ray Absorption Contraband Detection System"
10. European Patent Application No. 97 907 739.3, "Multiple Station Gamma Ray Absorption Contraband Detection System" Austria, Belgium, Denmark, France, Germany, Great Britain, Italy, Luxembourg, The Netherlands, Spain, Sweden and Switzerland.
11. International Patent Application No. PCT/US04/25447, "Diamond Based Proton Beam Target For Use in Contraband Detection Systems" , ALL PCT COUNTRIES WORLDWIDE
12. International Patent Application No. PCT/US04/25446, August 2004, "An Advanced Multi-Resonant, Multi-Mode Gamma Beam Detection System For Explosives, Special Nuclear Material (SNM), High-Z Materials, and Other Contraband", ALL PCT COUNTRIES WORLDWIDE
Publications
Relating to Detection of Explosives
1. K.V. Ettinger, J.Brondo, "On Coded Aperture Imagers with Passive and Active Elements" 8th International Congress of Radiation Research, Presentation MP4.7, July 19-24, 1987.
2. K.V. Ettinger, U.J. Miola, J. Brondo, Development of Spectrometric Detector Insensitive to Gamma Rays Based on Scintillations in 3He-Xe Gas Mixture, Radiation Protection Dosimetry, Vol. 23, No. 1/4 pp. 433-436, 1988
3. J.J. Sredniawski, et.al. , A Contraband Detection System Proof of Principle Device Using Electrostatic Acceleration, Proc. of 18th Int. Lin. Accel. Conf., Vol. 1, 26-30 , p. 444-446, Aug. 1996
4. S.T. Melnychuk, et.al., Operating Characteristics of a High Current Electrostatic Accelerator for a Contraband Detection System, Proc. of 18th Int. Lin. Accel. Conf., Vol.2, 26-30, p. 479, Aug. 1996
5. Milton, B.F., A High Current Tandem Accelerator for Gamma Resonance Contraband Detection, 1997 Particle Accelerator Conference, Vancouver CA.
6. S.T. Melnychuk, R. Meilunas, Development of a Thin Film 9.17 MeV Gamma Ray Production Target for the Contraband Detection System, IEEE Proc. of 1999 Particle Accel. Conf. p. 587
7. J. Rathke, E. Peterson, J. Klein, Engineering Design of a Continuous Duty γ-Production Target for the Contraband Detection System, IEEE Proc. of 1999 Particle Accel. Conf., p. 551.
8. L.Wielopolski, J. Brondo, "Gamma Resonance Technique (GRT) for Detection of Explosives" SPIE Conf., Optics and Photonics in Homeland Security Conf. OSE101, Dec. 12, 2002. Washington D.C.
9. L.Wielopolski, P. Thieberger, J.Brondo, "Gamma Resonance and Gamma Fission Technology for Detection of Explosives and Nuclear Materials in Cargo", Gordon Conference, June 8-13, 2003 "Illicit Substance Detection: Explosives"
10. L.Wielopolski, A.Hanson, I.Dioszegi, M.Todosow "Application of Monte Carlo Code for Gamma Resonance Analysis", Gordon Conference, June 8-13, 2003 "Illicit Substance Detection: Explosives"
11. J. Brondo, L. Wielopolski, P. Thieberger, J. Alessi, D. Vartsky, and J. Sredniawski, Explosive Detection Systems Using Gamma Resonance Technology, American Institute of Physics Conference Proceedings, August 26, 2003, Vol. 680, Issue 1, pp. 931-934
12. L. Wielopolski, P. Thieberger, J. Alessi, J. Brondo, D. Vartsky, and J. Sredniawski, Gamma Resonance Technology For Detection Of Explosives, Revisited, American Institute of Physics Conference Proceedings, August 26, 2003, Vol. 680, Issue 1, pp. 905-908
13. Brookhaven National Laboratory, Scientific Innovations, Inc., "Cerberus-Three Prong Inspection of Shipping Containers for Detection of Nuclear Materials and Explosives", BNL hosted DHS Conference at BNL, Nov. 2003
Additional Publications
1. K.V. Ettinger, Z.M. Ahmed, J. Brondo, "Microelectronic Implants for Neural Bidirectional interfacing", IEEE/Ninth Annual Conference of Engineering in Medicine and Biology Society, November 13-16, 1987, Volume 2, pp. 0488-0499.
2. J. Brondo, "Bi-Pyramidal Multi-Mode Resonators for In-Vivo Electromagnetic Spectroscopy", Medical Physics, Volume 15, No. 3, May/June 1988, p 439.
3. K.V. Ettinger, J. Brondo, "On the use of Nuclear Resonance Fluorescence in Radiation Detectors for Activation Analysis", World Congress on Medical Physics and Biomedical Engineering, May/June 1988.
4. J. Brondo, "On Resonators for the Whole Animal Radiation Experiments", Eighth International Congress of
date: May 11, 2020, 5:18 AM
subject: Re:::
mailed-by: gmail.com
signed-by: world-commercial.com
Dear Sir/Madam
Attention
Pleasant good afternoon my name is Roger Carrington with scientific innovation. We send you this email to let you know that we are seeking investors to assist with our new upgrade of the MRI machine to the Next level of technology SII we will have more advantage to assist with our current system and lives please we are seeking investors to invest From the rage 5000usd up to 30 million if you are interested in becoming a investor plus a successful master investor to receive back a sure percentage of funds each month please call us are email us back
Thank you God bless
Your sincerely
CEO Scientific Innovation
Roger Carrington
Tele -415 787 8133
Website -www.scienticinnovations.com
Email-Scientificinnovations@world-commercial.com
---
Attached is the information you requested.
Scientific Innovations, Inc.
16 Oak Hill Lane
East Hapton, New York 11937
EIN: I will send this as soon as I can get it from Mr. Brondo
Following is the information you have requested. Included is a Business Plan that has not been updated. It is based on a budget of only $30 million dollars. Our current Business Plan that is being developed, is based on $2 billion-dollar budget. Currently we are looking forward to a large amount of funding, $2 billion that will enable us to help change the way a number of industries operate world-wide.
Because of the Corona 19 virus, our funding has been delayed. The advantage an investor has at this point, is to be the first major investor to invest in Scientific Innovations, Inc. The immediate areas where our technology will be used is 1) Homeland Security- worldwide, 2) Medical Technology focused on during diseases as well as identifying and treating diseases, 3) Precious Metal Mining: gold, silver and other rare industrial minerals. In addition, we are posed to enter the Energy Field with technology based on creating new sources of energy through use of nono-technology.
All of these applications, we are confident will create billions and billions of income for our investors, so even an initial small return on investment will multiply significantly in the years to come.
Rogers Carrington
Scientific Innovations Consultant
415 787 8133
Joseph H. Brondo, Jr.-Biography
Joseph H. Brondo, Jr. founded SII with prior 20 years of experience in DDT&E, Senior Design Engineering, Senior Quality Engineering, Quality Assurance Management, and Program Management on complex military systems and communications at Hazeltine, Grumman, and ITT.
Joseph H. Brondo, Jr.
President, CEO
Scientific Innovations, Inc
14 Oak Hill Lane
East Hampton, New York 11937
Phone: (347-252 -3365
E-mail: scientificinnovations@world-commercial.com
website: http://www.scientificinnovations.org
Experience in Counter Terrorism Related Programs
Scientific Innovations, Inc. (SII) is a small business with more than 26 years’ experience in research and development of non-intrusive imaging and detection systems. It establishes technical and business support through collaboration and teaming agreements with government laboratories, industry, consultants and universities. SII was instrumental in arranging the teaming agreement with Northrop Grumman and TRIUMF for development of a Contraband Detection System based on Gamma Resonance Imaging that was funded by DARPA, FAA and U.S. Customs from 1993 to 1999. Joseph H. Brondo, Jr., SII, President and CEO has 40 years’ experience, more than 25 years as president, CEO Scientific Innovations, Inc. conducting research in areas of security inspection, detection of explosives, WMD including nuclear and chemical warfare agents, detection of drugs and other contraband using non-invasive active probe methods for detection and imaging. These include design of systems based on Thermal Neutron Analysis (TNA), combined fast & thermal neutron, Photo-neutron, Gamma-Gamma Resonance, NMR combined with ESR, and an Advanced Multi-mode Gamma System for Elemental Detection of Explosives, induced Photo-fission to detect SNM and High –Z materials. SII holds 7 U.S. Patents, 2 U.S. Patents pending, 20 Foreign Patents, 1 EPO Patent Pending designating 12 countries, 2 PCT Patents Pending designating 131 countries each and numerous publications and presentations relating to systems for non-intrusive detection of explosives and contraband. SII has been Collaborating with Brookhaven National Laboratory (BNL) since 1998 on Gamma Resonant Systems design.
EXPERIENCE
Scientific Innovations, Inc.- President, Chief Executive Officer, Chief Scientist from 1985 to present.
Hazeltine Corporation-Quality Program Manager of Riverhead Manufacturing Division 1983-1987 and Senior Quality Engineer for AWACS and E2C Programs
Gull Airborne Instruments-Manager of Corporate Quality Systems 1982-1983
Independent Research on Multi-Resonant systems for non-invasive imaging 1980-present
ITT Corporation-Communications Division- Manager of Corporate Quality Systems for all Data Communications Corporations 1979-1980, Capital Program Manager for Systems Performance Engineering Department 1977-1979, Senior Design Engineer 1977
Grumman Aerospace Corporation-Quality Assurance Engineer- Corporate Failure Reporting and Analysis for Avionics and electronics on all Programs 1974-1977
Hazeltine Corporation-Quality Assurance Manager-E2C Display Systems 1972-1974
American Electric Power-Technical Assistant 1970-1972
Hazeltine Corporation- Electronic Technician-Quality control and Reliability analysis 1966-1970
Homeland Security (DHS):
Border Protection
Port Security
Airport Security
Baggage screening
Cargo scanning
Container scanning
Bulk mail scanning
Protection of bridges
Protection of facilities
Protection of tunnels
Protection of public events
Personel / Passenger Screening
Department of Defense (DoD):
Standoff Detection (IED)
Remote detection
Portal Imaging and detection
Surface land mines
Truck bombs
Car bombs
Perimeter security
Personal Screening
Medical:
Whole body composition imaging
Boron Neutron Therapy
The same gamma resonance technology has medical applications for non-invasive whole-body composition scanning and imaging by chemical element. This technology was introduced at two World Whole Body Composition and Imaging conferences held at Brookhaven National Laboratory (BNL) as the "technology of the 2000's", it surpasses CAT Scan, MRI and PET Scan in its unique capability to image the human body by chemical element.
Our first patented technology combining Magnetic Resonance Imaging (MRI) and Electron Spin Resonance (ESR) was developed by Picker Nordstar representing Picker, Nycomed and Instrumentarium. This was later produced by Phillips and is currently being used at the National Institute of Health (NIH), National Cancer Institute (NCI) for early detection of Cancer in differentiating Cancer Cells from Normal Cells.
Oil and Gas and Mining: (Nothing was elaborated on the website to explain how his technology will be used in these areas.)
PROFESSIONAL/ACADEMIC DEGREES AND PROFESSIONAL AWARDS/RECOGNITION
Mentored with Professor K.V. Ettinger toward PhD in Applied and Theoretical Physics 1975-1995
Executive Management Courses, ITT Corporation, N.Y. 1977-1980
M.S. Management Science- Candidate, Polytechnic Institute of Brooklyn, Brooklyn, N.Y. 1975-1977
B.S.E.E. Polytechnic Institute of Brooklyn, Brooklyn, N.Y. 1975
A.S. Engineering, Queensborough Community College, N.Y. 1968 3
A.A.S. Electrical Technology, Queensborough Community College, N.Y. 1966
Certified Quality Engineer (CQE) ASQC
Certified Category C WS6536E NAC
Certified Instructor, Zenger Miller Management Program
New York Academy of Sciences
Institute of Electrical and Electronic Engineers
American Association for the Advancement of Science
Phi Theta Kappa National Honor Society
Tau Alpha Pi Engineering National Honor Society
B.S.A. Eagle Scout, Order of the Arrow
Honorable Discharge U.S.M.C.R. 1976
U.S. Patents
Relating to Explosives Detection
1. U.S. Patent No. 4,719,425, January 1988 "NMR Imaging Method and Apparatus" The combination of NMR and ESR to image Free Radicals.
2. U.S. Patent No. 4,851,687, July 1989 "Detection of Nitrogen in Explosives
3. U.S. Patent No. 5,040,200, August 1991"Gamma-Gamma Resonance in Activation Analysis, and Particularly, its Application to Detection of Nitrogen in Explosives"
4. U.S. Patent No. 5,293,414, March 1994,"Nuclear Resonances in Activation Analysis, and Particularly, its Application to Detection of Nitrogen Based Explosives in Luggage"
5. U.S. Patent No. 5,323,004, June 1994, "Nuclear Resonances in Activation Analysis, and Particularly its Application to Nitrogen Based Explosives in Luggage"
6. U.S. Patent No. 5,784,430, July 1998, "Multiple Station Gamma Ray Absorption Contraband Detection System"
7. U.S. Patent No. 6,215,851, April 2001 "High Current Proton Beam Target"
8. U.S. Patent Application No. 60/492,749, August 2004 "Diamond-Based Proton Beam Target for use in Contraband Detection Systems"
9. U.S. Patent Application No. 60/576,496, August 2004, "An Advanced Multi-Resonant, Multi-Mode, Gamma Beam Detection and Imaging System for Explosives, SNM(Special Nuclear Material), High-Z Materials, and other Contraband"
Foreign Patents
Relating to Explosives Detection
1. Canadian Patent No. 2,032,515, July 2001, "Nuclear Resonances in Activation Analysis, and Particularly its Application to Nitrogen Based Explosives in Luggage"
2. European Patent No. 0425662, April 1997, "Nuclear Resonances in Activation Analysis, and Particularly its Application to Nitrogen Based Explosives in Luggage" Austria, Belgium, Denmark, France, Germany, Great Britain, Italy, Luxembourg, The Netherlands, Spain, Sweden and Switzerland.
3. Israeli Patent No. 94328, May 1994, "Nuclear Resonances in Activation Analysis, and Particularly its Application to Nitrogen Based Explosives in Luggage"
4. Australian Patent No. 717880, July 2000, "Multiple Station Gamma Ray Absorption Contraband Detection System"
5. Canadian Patent No. 2,251,801, January 2001, "Multiple Station Gamma Ray Absorption Contraband Detection System"
6. Israeli Patent No. 126,388, 2002, "Multiple Station Gamma Ray Absorption Contraband Detection System"
7. Japanese Patent No. 3159712, February 2001, "Multiple Station Gamma Ray Absorption Contraband Detection System"
8. Norwegian Patent Application No. 19984804, "Multiple Station Gamma Ray Absorption Contraband Detection System"
9. Singapore Patent No. 57009 [W097/39340], July 2000, "Multiple Station Gamma Ray Absorption Contraband Detection System"
10. European Patent Application No. 97 907 739.3, "Multiple Station Gamma Ray Absorption Contraband Detection System" Austria, Belgium, Denmark, France, Germany, Great Britain, Italy, Luxembourg, The Netherlands, Spain, Sweden and Switzerland.
11. International Patent Application No. PCT/US04/25447, "Diamond Based Proton Beam Target For Use in Contraband Detection Systems" , ALL PCT COUNTRIES WORLDWIDE
12. International Patent Application No. PCT/US04/25446, August 2004, "An Advanced Multi-Resonant, Multi-Mode Gamma Beam Detection System For Explosives, Special Nuclear Material (SNM), High-Z Materials, and Other Contraband", ALL PCT COUNTRIES WORLDWIDE
Publications
Relating to Detection of Explosives
1. K.V. Ettinger, J.Brondo, "On Coded Aperture Imagers with Passive and Active Elements" 8th International Congress of Radiation Research, Presentation MP4.7, July 19-24, 1987.
2. K.V. Ettinger, U.J. Miola, J. Brondo, Development of Spectrometric Detector Insensitive to Gamma Rays Based on Scintillations in 3He-Xe Gas Mixture, Radiation Protection Dosimetry, Vol. 23, No. 1/4 pp. 433-436, 1988
3. J.J. Sredniawski, et.al. , A Contraband Detection System Proof of Principle Device Using Electrostatic Acceleration, Proc. of 18th Int. Lin. Accel. Conf., Vol. 1, 26-30 , p. 444-446, Aug. 1996
4. S.T. Melnychuk, et.al., Operating Characteristics of a High Current Electrostatic Accelerator for a Contraband Detection System, Proc. of 18th Int. Lin. Accel. Conf., Vol.2, 26-30, p. 479, Aug. 1996
5. Milton, B.F., A High Current Tandem Accelerator for Gamma Resonance Contraband Detection, 1997 Particle Accelerator Conference, Vancouver CA.
6. S.T. Melnychuk, R. Meilunas, Development of a Thin Film 9.17 MeV Gamma Ray Production Target for the Contraband Detection System, IEEE Proc. of 1999 Particle Accel. Conf. p. 587
7. J. Rathke, E. Peterson, J. Klein, Engineering Design of a Continuous Duty γ-Production Target for the Contraband Detection System, IEEE Proc. of 1999 Particle Accel. Conf., p. 551.
8. L.Wielopolski, J. Brondo, "Gamma Resonance Technique (GRT) for Detection of Explosives" SPIE Conf., Optics and Photonics in Homeland Security Conf. OSE101, Dec. 12, 2002. Washington D.C.
9. L.Wielopolski, P. Thieberger, J.Brondo, "Gamma Resonance and Gamma Fission Technology for Detection of Explosives and Nuclear Materials in Cargo", Gordon Conference, June 8-13, 2003 "Illicit Substance Detection: Explosives"
10. L.Wielopolski, A.Hanson, I.Dioszegi, M.Todosow "Application of Monte Carlo Code for Gamma Resonance Analysis", Gordon Conference, June 8-13, 2003 "Illicit Substance Detection: Explosives"
11. J. Brondo, L. Wielopolski, P. Thieberger, J. Alessi, D. Vartsky, and J. Sredniawski, Explosive Detection Systems Using Gamma Resonance Technology, American Institute of Physics Conference Proceedings, August 26, 2003, Vol. 680, Issue 1, pp. 931-934
12. L. Wielopolski, P. Thieberger, J. Alessi, J. Brondo, D. Vartsky, and J. Sredniawski, Gamma Resonance Technology For Detection Of Explosives, Revisited, American Institute of Physics Conference Proceedings, August 26, 2003, Vol. 680, Issue 1, pp. 905-908
13. Brookhaven National Laboratory, Scientific Innovations, Inc., "Cerberus-Three Prong Inspection of Shipping Containers for Detection of Nuclear Materials and Explosives", BNL hosted DHS Conference at BNL, Nov. 2003
Additional Publications
1. K.V. Ettinger, Z.M. Ahmed, J. Brondo, "Microelectronic Implants for Neural Bidirectional interfacing", IEEE/Ninth Annual Conference of Engineering in Medicine and Biology Society, November 13-16, 1987, Volume 2, pp. 0488-0499.
2. J. Brondo, "Bi-Pyramidal Multi-Mode Resonators for In-Vivo Electromagnetic Spectroscopy", Medical Physics, Volume 15, No. 3, May/June 1988, p 439.
3. K.V. Ettinger, J. Brondo, "On the use of Nuclear Resonance Fluorescence in Radiation Detectors for Activation Analysis", World Congress on Medical Physics and Biomedical Engineering, May/June 1988.
4. J. Brondo, "On Resonators for the Whole Animal Radiation Experiments", Eighth International Congress of