• Cellucci, T. A. and Hancock, S., “Mass Customization of Public-Private Partnerships”, US Department of Homeland Security (August 2011).
• Cellucci, T. A. and Grove, J., “Leveraging Public-Private Partnership Models and the Free Market System to Increase the Speed-of-Execution of High-Impact Solutions throughout State and Local Governments”, US Department of Homeland Security (July 2011).
• Cellucci, T. A., Pearce, T., and Zeller, R., “The Center of Innovation: Creating an “Innovation Ecosystem” Driven by Public-Private Partnerships for the Benefit of the Homeland Security Enterprise”, US Department of Homeland Security (June 2011).
• Cellucci, T. A., and Davidson, B., “Increased Opportunities for Standards Under the SAFETY Act”, US Department of Homeland Security (June 2011).
• Cellucci, T. A. and Davidson, B., “SAFETY Act: Adding Value through Strategic Deployment”, US Department of Homeland Security (June 2011).
• Cellucci, T. A. and Groth, W. A., “DHS S&T’s Long Range Broad Agency Announcement”, US Department of Homeland Security  (June 2011).
• Cellucci, T. A. and Sobolewski, L. “DHS Small Business Innovation Research Program: Engaging Small Businesses to Meet DHS Needs and Achieving Results”, US Department of Homeland Security (April 2011).
• Cellucci, T. A., “A Guide to Innovative Public-Private Partnerships: Utilizing the Resources of the Private Sector for the Public Good”, Rowman & Littlefield Publishing Group, Inc. 352 pages (April 2011).
• Cellucci, T. A., “Program Prioritization Index (PPI), US Department of Homeland Security (August 2010)
• Cellucci, T. A., “Innovative Public-Private Partnerships: Pathway to Effectively Solving Problems”, US Department of Homeland Security (July 2010).
• Cellucci, T. A. and Hooks, R., “Commercialization: Transformational Change beyond DHS”, US Department of Homeland Security (May 2010).
• Cellucci, T. A. and Office of Infrastructure Protection, eds., “Critical Infrastructure & Key Resources: Using Commercialization to Develop Solutions Efficiently and Effectively”, US Department of Homeland Security, 420 pages (January 2010).
• Cellucci, T. A. and Smith, D., “Harnessing the Valuable Experiences and Resources of the Private Sector for the Public Good”, US Department of Homeland Security, 682 pages (June 2010)
• Cellucci, T.A. and Kikla, R. “Capstone Integrated Product Teams and Beyond…”, US Department of Homeland Security (October 2009)
• Cellucci, T. A., “Helping Everyday Heroes Get What They Need: A Systematic Approach to Understanding First Responder Requirements and Delivering Cost-Effective Solutions”, US Department of Homeland Security (July 2009).
• Cellucci, T. A., “Commercialization Office: Offering Transformational Change Beyond DHS”, US Department of Homeland Security (June 2009).
• Cellucci, T. A. and Zeller, R., eds., “First Responders Capstone IPT: Delivering Solutions to First Responders”, US Department of Homeland Security, 322 pages (May 2009).
• Cellucci, T. A., “FutureTECH: Guidance to Understanding Future DHS S&T Critical Research/Innovation Focus Areas”, US Department of Homeland Security (April 2009).
• Cellucci, T. A., “Focus on Small Business”, US Department of Homeland Security (March 2009).
• Cellucci, T. A., ed., “Harnessing the Valuable Experiences and Resources of the Private Sector for the Public Good”, published by US Department of Homeland Security, 561 pages (February 2009).
• Cellucci, T.A.,” DHS: Leading the Way to Help the Private Sector Help Itself”, US Department of Homeland Security (February 2009).
• Cellucci, T. A. “Program Prioritization Index”, Internal-US Department of Homeland Security (February 2009).
• Cellucci, T.A., “Commercialization: The First Responders’ Best Friend”, US Department of Homeland Security (January 2009).
• Cellucci, T. A., editor, “Developing Operational Requirements Version 2”, published by US Department of Homeland Security , 352 pages (November 2008).
• Cellucci, T.A., “Private Sector Outreach Statistics Overview” (November 2008)
• Cellucci, T.A., “Bridging the ‘Communications Gap’ between the Public and Private Sector—Making it Easier to do Business with DHS”, US Department of Homeland Security (October 2008).
• Cellucci, T.A., “DHS: Global Outreach Efforts-Looking for the Best Technology and Products—Period”, US Department of Homeland Security (October 2008).
• Cellucci, T.A., “Making it Easier to Work with DHS: The Critical Role of Detailed Operational Requirements, US Department of Homeland Security (October 2008).
• Cellucci, T.A.,”Innovative New Partnership Programme Creates ‘Wins’ for Taxpayers, Private & Public Sectors”, Safety & Security International, Edition IV, p. 28 (September 2008).
• Cellucci, T. A., ed.,”Developing Operational Requirements--A Guide to the Cost-Effective and Efficient Communication of Needs”, book published by the US Department of Homeland Security, 194 pages (May 2008).
• Cellucci, T.A., ed., “Requirements Development Guide”, published by the US Department of Homeland Security, 149 pages (April 2008).
• Cellucci, T.A., “Commercialization: It’s Not Business as Usual at DHS”, LIA Newsletter (June 2008).
• Cellucci, T. A., “Innovative New Partnership Program creates ‘Wins’ for Taxpayers and the Private & Public Sectors”, US Department of Homeland Security (September 2008).
• Cellucci, T.A., “DHS Makes Transition from Acquisition to Commercialization”, US Department of Homeland Security (August 2008).
• Cellucci, T. A., “Program Prioritization Index (PPI)”, US Department of Homeland Security (March 2008).
• Cellucci, T.A. “Zyvex, Making the Transition from a Technology-Push to a Market-Driven Enterprise.” chapter in CRC’s book, Commercialization of Technology (December 2007).
• Cellucci, T.A. “The Story of Zyvex.” Nanotechnology Business and Law Journal (2005).
• Interview with Cellucci, T.A. “Zyvex Revisited: Achieving Success in Nanotechnology.” Re|Think Marketing (2005).
• Interview with Cellucci, T.A. “Zyvex – How to turn an ‘invention’ company into an ‘innovation’ company.” PDMA Visions (2006).
• Cellucci, T. A., and Randall, J., “Atomically Precise Manufacturing: Questions and Answers, Zyvex Corporation (2006).
• Cellucci, T.A., et al. “Nanotechnology Aids Microelectronics Industry.” MicroNano News (2004).
• Cellucci, T.A., et al. “The Safe Use of Lasers in Education Institutions.” ANSI Z136.5 Standard (2001).
• Cellucci, T.A., et al. “Designing Effective Sales and Marketing Literature.” Book of about 250 pages (in press).
• Cellucci, T.A. “Systematically Testing Optical MEMS Speeds Production.” WDM Solutions (2001).
• Cellucci, T.A. “MEMS Test and Measurement: From R&D through Production.” (2001).
• Cellucci,’ T.A. “MEMS Test and Measurement Equipment: Elements to Consider in a ‘Make vs. Buy’ Decision.” (2001).
• Eichenholz, J.M. and Cellucci, T.A. “A System Engineering Approach to the Testing of Optical MEMS.” (2001).
• Cellucci, T.A. Handbook of Vibration and Vibration Control, Newport Corporation (1996).
• Cellucci, T.A. “Active Vibration Control Provides Tighter Tolerances, Higher Precision Electronic Vibration Control.” Semiconductor Fab Tech (1996).
• Cellucci, T.A. “Approximating a Table Top’s Ideal Rigid Body Line.” Newport Technical Bulletin (1995).
• Cellucci, T.A. “Fiber Optic Equipment to Supplement Today’s Laser Electro-Optic Laboratories and Global Communication Highway.” Journal of Laser Applications (1995).
• Cellucci, T.A., and Barty, C. “Ultrafast Laser Systems, Lasers and Optronics” (1995).
• Cellucci, T.A. “Modular Vibration – Isolation Table Simplifies Reconfiguration.” Laser Focus World (1995).
• Cellucci, T.A. “Vibration Control for Optical and Precision Instrumentation.” SPIE Proceedings (1994).
• Cellucci, T.A. “Tuned Damping – The Key to Effective Structural Damping.” Newport Technical Bulletin (1994).
• Cellucci, T.A., Cameron, W.E., and Sesack, S. “New Vibration Technology Enables Critical Improvement in Microscopy Applications.” Neuroscience (1994).
• Cellucci, T.A., and Houghton, B. “Vibration Control Without Sticker Shock.” Machine Design (1993).
• Cellucci, T.A. “Honeycomb Table Controls Submicron Vibration and Contamination.” Microcontamination (1993).
• Cellucci, T.A. “Newport Reinvents Vibration Control.” Newport News (1993).
• Cellucci, T.A. “Why is a Honeycomb Structure So Useful? The Need for Solid versus Sandwich Comparisons.” Newport Technical Bulletin (1993).
• Cellucci, T.A. “Where Do Those Peaks Below the Ideal Rigid Body Line Come From Anyway? An Explanation of Antiresonance Valleys.” Newport Technical Bulletin (1993).
• Cellucci, T.A. “Interferometric Testing of Table Tops: Confirmation of Compliance Curve and Relative Motion Values.” Newport Technical Bulletin (1993).
• Cellucci, T.A. “About Table Top Performance Specifications.” Newport Technical Bulletin (1993).
• Cellucci, T.A. “Extra Table Top Weight, Does it Improve Table Top Performance?” Newport Technical Bulletin (1993).
• Cellucci, T.A. and P.M. Heiland. “Digital Control of Vibration Isolation Offers Nanometer-Scale Stability.” Solid State Technology (1993).
• Cellucci, T.A., and Williams, R. “Tuned Damping of Steel Table Offers Submicron Stability.” Laser Focus World (1992).
• Cellucci, T.A. “Interferometric Testing of Table Tops: Confirmation of Compliance Curve and Relative Motion Values.” Newport Technical Bulletin (1992).
• Cellucci, T.A. “An Explanation of Anti-resonance Valleys.” Newport Technical Bulletin (1992).
• Cellucci, T.A. “Time-Correlated Single Photon Counting.” Coherent, Inc., Technical Bulletin (1989).
• Wei, T., and Cellucci, T.A. “Turbulent Fluid Dynamics Research.” Coherent, Inc. Technical Bulletin (1989).
• Wei, T., and Cellucci, T.A. “Turbulent Fluid Dynamics Research.” Coherent, Inc. Technical Bulletin (1989).
• Cellucci, T.A. “Superconductivity.” Coherent, Inc. Technical Bulletin (1988).
• Cellucci, T.A. “Ram Spectroscopy.” Coherent, Inc. Technical Bulletin (1988).
• Rubinovitz, R.L., Cellucci, T.A., and Nixon, E.R. “Matrix-Isolated Co. Atoms: excitation, emission and the photochemical CO+H2"COH2"COH2 reaction.” Spectrochimica Acta, 43 (5), 647 (1987).
• Heymann, D. and Cellucci, T.A. “Raman Spectra of Twin Sisters Peak Dunite Shocked to 59.5 Gpa and 69.7 Gpa; Another Case for the Decompositions of Olivine at High Shock Pressures.” Chemistry and Physics of Minerals (1988).
• Heymann, d. and Cellucci, T.A., Raman Studies of Enstatite Shocked Up to 59.6 Gpa and of Augite Shocked Up to 70.9 Gpa.” Chemistry and Physics of Minerals (1988).
• Cellucci, T.A., and Nixon, E.R., Lifetimes of Several Electronics States of Matrix-Isolated Fe, Co and Ni Atoms, Journal of  Physical Chemistry, 89, 1991 (1985).
• Cellucci, T.A., and Nixon, E.R., “Study of low lying electronic states of Ni atoms in solid inert gas matrices.”  Journal of Physical Chemistry, 81(3), 1174 (1984).
• Cellucci, T.A., and Nixon, E.R. “Cobalt and Nickel Atomic Matrices – Excitation Profiles and Retention of Gas Phase Energy Leveling.” Presented at Gordon Research Conference (1983).

Note: Rigorous Academic Work Not Published in the Open Literature
Conducted a plethora of academic research throughout my career—but much of it, while peer-reviewed and scrutinized internally under Non-Disclosure Agreements, was not published in the open literature due to its confidential nature and the policy of various organizations that did not want it published for business competitive reasons. Below is a brief overview of some of the original research conducted that was published internally—but not in the open literature:

Shell Oil Company:

• Time Correlated Single Photon Counting (TCSPC): Pioneered spectroscopic techniques to use the time domain as a distinguishing characteristic of polynuclear aromatics found in crude oil. Typically employed frequency domain spectroscopic methods could not adequately “resolve” the types of compounds found in real world samples-but these newly developed techniques worked well by using the time domain as a distinguishing factor by measuring various fluorescence lifetimes. This work was reviewed at the time by Dr. Rick Smalley of Rice University in Houston, Texas who latter received the Nobel Prize in Chemistry for his work in nanotechnology.
• Surfaced Enhanced Raman Spectroscopy (SERS): Brought to Shell this technology which I applied to the microscopic scale. I collaborated with Professor Fred Lytle of Purdue University who had an interest in this new area of research. I successfully used the techniques we developed to enable Shell to win a patent infringement case against Dow Chemical for over $650M in 1985.

Coherent, Inc.:

• Conducted research on a variety of laser dyes to be used in conjunction with the astigmatically-compensated single-frequency ring dye lasers that I helped develop to enable Dr. Steve Chu (current Secretary of Energy) to perform his “optical molasses” experiments that won him the Nobel Prize in Physics.

Newport Corporation:

• Developed novel, state-of-the art closed-loop active vibration control theories, processes and systems that enabled new types of semiconductor devices and processes by firms like Intel Corp., AMD and Texas Instruments.
• Developed and proved an analytical theorem for predicting the efficiency and effectiveness of vibration control systems with researchers from the University of Arizona. These theorems are still used today throughout the semiconductor industry and predict the “maximum relative motion” of a scientific breadboard to sophisticated semiconductor equipment processing unit.

Etec, Inc.:

• Researched and developed the first commercially-available, high speed optical MEMS (Micro Electro Mechanical System) test & measurement system used by JDS Uniphase. Worked closely with scientists from Electroglass, Inc. to develop test models and procedures.

Zyvex Corporation:

• Recognized Principal Investigator of a $25M grant from the National Institute of Standards and Technology (NIST) to research and develop methods to fabricate MEMS tools to ultimately enable molecular manufacturing (see the attached invited presentation to Australian government at the request of the White House).
• Developed and implemented a 12 year detailed technology roadmap for the research and development of both “Top-down” and Bottom-up” nanotechnologies to create the capability of atomically precise manufacturing with collaboration of over 6 universities around the world.
• Gained recognition in the business community as a pioneer in the commercialization of nanotechnology through the development of a rigorous new product development and marketing model still used today by nanotech firms (asked to take part in an interview for the Harvard Business School to develop a case study about Zyvex).
• Worked closely with both Dr. Rick Smalley (Nobel Prize in Chemistry) and Dr. Alan MacDiarmid (Nobel Prize in Chemistry) on a detailed technology roadmap to use nanotechnology to rid our dependence on foreign oil. This was presented personally to President George W. Bush and members of the US Senate.
• Was a co-editor of the seminal work entitled “Micro/Nano Roadmap” which reviewed virtually all research being conducted throughout the world on MEMS and nanotechnology that proposed an international technology roadmap to harness the power of these emerging technologies. This work was done mainly with scientists from Sandia National Laboratories.

United States Government:

• Appointed participant in White House Executive councils including the Startup America Initiative, Emerging Technologies Interagency Policy Coordination Committee on Nanotechnology, and the White House Interagency Working Group on Advanced Manufacturing. Drafted and submitted numerous proposals to advance US Government-wide programs that foster home-grown innovation, entrepreneurship and partnerships to high-impact challenges.
• Created and executed novel Business-Government interaction and partnership models to foster enhanced public-private partnerships. Examples include the SECURE and FutureTECH programs, Center of Innovation at the US Air Force Academy in partnership with Intel Corporation, and a DHS S&T Business Council that enables effective communication and interaction between government and industry.
• Developed detailed processes and procedures for the execution of government-leading technology foraging activities at the US Department of Homeland Security Science and Technology Directorate
• Responsible for the Research Council of the US Department of Homeland Security as well as the Executive Director at the Executive Office of the President for the National Science & Technology Committee.
• Considered the “go to” guy in matters related to nanotechnology and regularly attend meetings at the White House, Environmental Protection Agency, National Science Foundation, DARPA and Joint Chiefs of Staff related to classified research.
• Active participant in scientific research that I cannot discuss at all.