Nicole Herbots, I.R., Phd Ucl Email & Phone Number

Tempe, Az, Us

ClearEndoscope LLC was incorporated in March 2023 by Prof. Emer. Nicole Herbots, eng., PhD in Applied Physics, co-owner, CEO . ClearEndoscope Vice-Presiden for Product Development, Ashwin Suresh, is in charge of prototype testing for application devices of antifog coatings on medical & surgical endoscopes. The Chief Medical Officer, is Srivatsan Swaminathan, ASU Biological Sciences, Pre-Med. The Chief Reporting Officer is Visweshwar Swaminathan.The Chief Intelligence Officer is Shreyash Prakash. ClearEndoscope Board of Advisors includes Prof. Robert. J. Culbertson, PhD, Dr. Eric. J. Culbertson, MD, Surgeon, Alan Carey, Att.-At- Law Charles Runyon, PhD in Electrical Engineering, J.D.

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MicroDrop Diagnostics tests and develops small volume, rapid Blood Diagnostics technologies called HemaDrop™, DropFilmStrip™ and TriCorderAnalyzer™ . These new, patent-pending technologies can collect microliter-sized blood drops from patients and solidifies them rapidly on into uniform thin SOLID films called HTSF on analytical strips. These uniform thin solid films can be rapidly analyzed on site at bedside, in the doctor office, in the OR or in the field within minutes using a hand-held analyzer. Our first diagnostics application are blood electrolytes and blood metals levels such as Iron to detect anemia

Tempe, Az, Us

1992-2000, Fall'03 - Fall'04: Interactive Physics Classes: - PHY361 Modern Physics, 1992-97, Outstanding Teacher Award - PHY121-131 University Physics I & II:• 1998 - 2001, funded by the National Science Foundation Coalition for Better Engineering Education (FC) • Fall 03 - 04, funded by ACEPT (Arizona Coalition for Excellence in Physics Teaching)Interactive PHY121,131, 361, developed by Prof. Herbots, are taught in Lab-Lecture Workshop Format with In-Class Seat-Experiments & Web-based Interactive Homework- PHY334 Advanced Physics Lab,('03-'04)- PHY581 Graduate Solid State Physics ('91)- PHY/CHM/MSE 394/Materials Science & Processing ('93 - '97) RESEARCH: - Ordered oxides on semiconductors, e.g. SiO2 on (1x1) Si(100) ('95 - '11) - New ordered nanophases on Si(100), Nanophase Synthesis, Combined Ion & Molecular Deposition (CIMD), Low Temperature Surface Passivation of Group IV and III-V semiconductors ('84 - now)

I initiated in 2004 SIO2 NanoTech Associates, a Business Partnership, first with my graduate students, & colleagues in academia & industry. In January 2013, I incorporated SiO2 NanoTech LLC with my business partner, co-founder & CEO Clarizza Watson, where I am CSO, The need for SiO2 NanoTech LLC arose from drastic changes in R&D, technology transfer & engineering in the early 2000's that led to just-in-time hiring practices, sub-contracting & outsourcing of "laboratory to factory" innovations. We focus on nanotechnology transfer from our "Lab to (your) Fab" in applications that require to be particulate-free (NanoBonding), engineered surfaces for solar panels or electronics (EpOxides™, Nano-Oxides™), bio-medical applications - VitreOx™ for inhibiting fogging on laparoscopic lenses, medical implant surfaces, and other non-medical optical lenses and goggles. We devised ProteinKnox™ to control the effect of absorption of blood, blood proteins and tissue build-up on lenses and medical implants. Another of our technologies, FogKnox™ is a permanent, molecular-based control of fogging on vision-wear surfaces, where compatibility with eye tissues is important, such as protective and high performance sport eyewear where fumes and bodily fluids can create an irritating environment for the wearer.

Working on R&D, and commercialization of low cost high throughput wafer NanoBonding™ (US Patents #9,589, 801, #9,018, 077, #7,851, 365, #6,613, 677( for new low temperature (<200°C), near atmosphere pressure and ambient technology which uses precursors phases (two-dimensional nanophases adsorbates on surfaces) to activate cross-bonding between GaAs(100) and Si(100), LiTaO3 and Si(100) or alpha-quartz SiO2(100), LibNO3 and Si(100) alpha-quartz SiO2(100)

I am an inventor. Despite - actually motivated - by being orthopedically & neurologically disabled due to my being run-over by a truck in May 1994 while riding my bike en route to my lab at ASU, I lead my research group in the discovery and developement of new bio-compatible, Si-compatible nano-materials and their low temperature synthesis & processing. This includes NanoOxides™, NanoBonding™, and silicate interphases nucleated below 200°C. With the input of my research & engineering team, I identify potential licensees, and focus our technology transfers on specific areas of national need, such as bio-medical implantable single devices and high efficiency, extended longevity photovoltaic components, in consultation with industry.

With 5 aid catechists - given my physical disability - I lead & organize an interactive learning study for large & small families, including toddler, school children, teens, parents, & grand-parents. The class is diverse in ethnic, religious & educational background. I prepare interactive classes where families work as team, drawing from each member's ability, helping each other, & using all 5 modes of learning (visual, tactile, reading, writing and acting/public speaking) to engage families in a lively discussion in religious education topics and gospel stories. I create the meeting outline and structure, materials and activites, plays, & questions to be addressed using a variety of multimedia & technology; web resources, internet activities, movies and videos clips, natural materials, art, prints, reading, singing, play acting and puppets by the participants. I manage adul3t & 2 teen aids in setting up the environment & the materials, & facilitate discussions and activities..

Cambridge, Ma, Us

Teaching: Electronic Materials and Devices, Semiconductor ProcessingResearch: Combined Ion and Molecular Deposition (CIMD) for artificially structured materials growth, modeling and growth of metastable oxides on GaAs and SiGe.epartment of Materials Science & Engineering (DMSE)

Oak Ridge, Tn, Us

Research Scientist in the Solid State Division. Design and construction of an Ion Beam Deposition UHV system, theoretical and computer modeling of IBD, experimental demonstration of IBD epitaxy, isotopic superlatticeSolid State Division

Louvain-La-Neuve, Brabant Wallon, Be

Graduate Student, Research in Class 10 clean-room, surface processing, deposition system (CVD, e-beam), in charge of Ion Beam Analysis (RBS, combined with ion channeling), electrical characterization, electron microscopy & spexctroscopy. Visiting Graduate Fellow, EE, Salford University, UK, Jul 1980 - Aug 1981, FOM-Instituut Amsterdam, Jul 1983 - Aug 1983, CNS-CNET of Grenoble, Jul 1982 - Aug 1982, Auger Lab, Bell Mfg Co, Ghent, Sep 1982 - Oct 1982

As a Summer Research Undergraduate in 1980 in the Dpt of Electrical & Electronic Engineering with Dr. Dave G. Amour, Prof. George Carter & Visiting Scientist Dr. Pablo Tognetti, I conducted Ion Beam Analysis via 2 MeV Rutherford Backsctattering & Channeling of Thin Gold Films on Si(100) before and after Argon Ion Beam Mixing as a function of the Ar IBM dose.

Phd, Applied Physics

Assistant Professor Of Electronic Materials, Materials Science & Engineering

B. Sc., I.R., Engineering In Applied Physics

Humanités, Latin-Mathématiques