HPMI researchers article featured on publication cover.
Physica Status Solidi A - Applications and Materials Science featured an article by HPMI researchers. The article “Tailoring the efficiency of 3D wire-shaped photovoltaic cells (WPVCs) by functionalization of solid–liquid interfacial properties,” was written by Jin Yan, Dr. M. Jasim Uddin, Dr. Tarik Dickens, Deborah Daramola, Dr. David Olawale and Dr. Okenwa Okoli. The article reported on their work to use carbon nanotube yarns (CNYs) to replace the metal-based counter electrodes using three-dimensional (3D) wire-shaped photovoltaic cells. An abstract is available here.
The article appeared in the December 2013 issue Volume 210, Issue 12. Physica Status Solidi is devoted to the thorough peer review and the rapid publication of new and important results in all fields of solid state and materials physics, from basic science to applications and devices. Being among the largest and most important international publications, the pss journals publish review articles, letters and original work as well as special issues and conference contributions. Physica Status Solidi A - Applications and Materials Science covers the preparation, structural analysis, and numerical simulation of advanced materials, nanostructures, surfaces and interfaces, as well as properties of such materials and structures relevant for device applications.
NSF awards HPMI a grant for continuous buckypaper production
The National Science Foundation recently awarded $1,465,059 to Florida State University to develop a prototype for continuous production of buckypaper strips or tapes.
HPMI director Dr. Richard Liang will be leading the project, with Dr. Arda Vanli serving as a Co-PI. The project will also involve researchers from the Georgia Institute of Technology.
This project will involve transforming carbon nanotube thin films from a lab-scale demonstration material into commercially viable products with superior properties potentially surpassing the current state-of-the-art material in quality and production rate. The continuous Bucky-tapes can lead to new materials applications in aerospace, electronics, energy, medicine, space and transportation. For example, Bucky-tape could replace metal shielding in the Boeing 787, now provided by 60 miles of cable, to reduce weight by 25%.
The project also involves an educational and outreach initiative to expose students to molecular designs, nanomanufacturing process development and quality control, structure-property relationship studies. Application oriented materials-by-design and nanomanufacturing process development will motivate students into nanotechnology, manufacturing, new materials development or other STEM related pursuits.
Additional details involving the grant may be found at the NSF link.
HPMI Researchers publish in high impact journals
- Advanced Materials published SWCNT/Graphite nanoplatelet hybrid thin films for Self-temperature-compensated, highly sensitive and extensible piezoresistive sensors by Sida Lou and Dr. Tao Liu.
- Solar Energy Materials and Solar Cells published Self-aligned carbon nanotube yarns (CNY) with efficient optoelectronic interface for microyarn shaped 3D photo voltaic cells by Dr. M. Jasmin Uddin, B. Davies, Dr. Tarik Dickens and Dr. Okenwa Okoli.
- Solar Energy Materials and Solar Cells also published Solid state dye-sensitized photovoltaic micro-wires (DSPMs) with carbon nanotubes yarns as counter electrode: Synthesis and characterization by Dr. M. Jasmin Uddin, Dr. Tarik Dickens, J. Yan, R. Chirayath, Dr. David Olawale, Dr. Okenwa Okoli.
- Solar Energy published Carbon nanotubes (CNTs) enrich the solar cells by Jin Yan, Dr. M. Jasmin Uddin, Dr. Tarik Dickens, and Dr. Okenwa Okoli
HPMI Researchers attend NanoFlorida Conference
This year, the NanoFlorida Conference was held at the Reitz Union in Gainesville, FL. Professors and students had the opportunity to discuss their latest research finds by either creating a poster or delivering a speech. From the HPMI, Andrew Moench, Teng Liu, Hai Van, and Sarah Trayner presented posters at the event, while Josh Degraff and Francois Wolmarans gave 15 minute oral presentations. In addition, Dr. Tao Liu was invited to the NanoFlorida Conference to give a 30 minute oral presentation on the processing-structure-property-performance relationships of SWCNT thin film enabled piezoresistive sensors. Pictured are Francois Wolmarans, Hai Van, Dr. Tao Liu, Andrew Moench, Sarah Trayner, Josh Degraff and Teng Liu.
Dr. Chiwoo Park proposals results in two new research projects
Dr. Chiwoo Park, the most recent PI to join HPMI, was recently notified of two projects that were selected for funding. Dr. Park will be the lead PI in projects for the National Science Foundation and the Air Force Office of Scientific Research.
- In the 3-year, $285,000 project for NFS, he will be working on a statistical methodology for analyzing ‘Big Data’ from dynamic electron microscope data for fundamental understanding of nanoparticle self-assembly processes, including simple growth by monomer attachment and aggregation-based growth.
- In the 3-year, $267,000 project for AFOSR, he will be working with Texas A&M University to develop a dynamic, data-driven modeling methodology, capable of monitoring the transient size distribution of nanoparticles during their self-assembly process with the purpose of the quality monitoring of the self-assembly processes. The methodology is built upon emerging online instrumentation technology, including two different machines of complementing capability: a dynamic light scattering machine and a transmission electron microscope. To take full advantage of the multi-resolution instruments, the research will study a multiscale data fusion model and a dynamic model update strategy.
Dr. Chiwoo Park wins Junior Faculty Enhancement Award
HPMI Principal Investigator Dr. Chiwoo Park recently received a Ralph E. Powe Junior Faculty Enhancement Awards. The Ralph E. Powe Junior Faculty Enhancement Awards provide seed money for research by junior faculty at Oak Ridge Associated Universities (ORAU) member institutions. These awards are intended to enrich the research and professional growth of young faculty and result in new funding opportunities. For 2013, Dr. Park was one of 30 winners among the over 140 who applied and the only winner from Florida. Awardees were selection based on a 2 page proposal they submitted. Dr. Park’s proposal was entitled “Automated Statistical Analysis of In-situ TEM Characterization of Nanoparticle Self-assemblies.” Funding is provided exclusively from non-federal monies by ORAU. The award amount provided by ORAU is $5,000 with the applicant’s institution required to match the award with at least an additional $5,000 for the one-year grant.
Dr. Arda Vanli featured in Industrial Engineer Magazine
HPMI Principal Investigator Dr. Arda Vanli's research on variability reduction of manufacturing processes has been recognized and featured on the Industrial Engineer Magazine March 2013 issue (Volume 45, No 3, pp. 52-53) Research section. In the article entitled "Product consistency and repeatability in the face of environmental variations" Dr. Vanli discusses statistical methods to better utilize real time sensor measurements to achieve product consistency and quality. Dr. Vanli's research employs Bayesian time series model and design of experiments for process monitoring and variability reduction. Members of the Institute of Industrial Engineers can read the entire article here.
HPMI researcher Rebekah Downes awarded first prize in research competition
Rebekah Downes, HPMI Researcher and Cytec Engineered Materials Doctoral Fellow for Advanced Composite Studies (SAMPE) in Long Beach, CA. Although Rebekah is a doctoral candidate in the FAMU-FSU College of Engineering Industrial & Manufacturing Engineering Program, PhD students who have been enrolled for less than 2 years in the PhD program compete in the Masters of Science Division. Rebekah’s paper entitled "Carbon nanotube alignment mechanisms under uniaxial strain,” discussed her research at HPMI toward developing improved properties in composites by aligning carbon nanotubes.
HPMI researcher Chase Knight receives InNOLEvation award
At the latest FSU's Jim Moran Institute's InNOLEvation Challenge, HPMI researcher Chase Knight received a special $5,000 award. Chase Knight created Critical Action Technologies, a carbon fiber recycling initiative based on research and development at FSU’s High-Performance Materials Institute. Mr. John Fraser, Assistant VP for Research for Economic Development, presented this special award to Critical Action Technologies. Last year, NP Group, created by a team of HPMI researchers, won the second place prize in the InNOLEvation Challenge. For additional information on the competition. Find out more about the most recent InNOLEvation Challenge.
HPMI researcher Rebekah Downes named as finalist in research competition
Rebekah Downes, a doctoral student in industrial and manufacturing engineering at the FAMU-FSU College of Engineering and a research assistant for the FSU High-Performance Materials Institute (HPMI), has been selected as a finalist for the 2013 SAMPE University Research Symposium International Competition. SAMPE will sponser her trip to Long Beach, CA in May for the competition.
CYTEC awards Fellowship to HPMI researcher Rebekah Downes
Rebekah Downes, a doctoral student in industrial and manufacturing engineering at the FAMU-FSU College of Engineering and a research assistant for the FSU High-Performance Materials Institute (HPMI), has been named as the 2013 Cytec Engineered Materials Doctoral Fellow for Advanced Composite Studies. Read more about this.
HPMI principal investigator leading a $4.4M project from VA
The U.S. Dept. of Veterans Affairs recently selected the FAMU-FSU College of Engineering and the High-Performance Materials Institute to lead a $4,400,000 project to develop comfortable lightweight, multifunctional sockets for prosthetic limbs. Dr. Chad Zeng, an assistant professor at the Industrial & Manufacturing Engineering Department and a principal investigator of the High-Performance Materials Institute is leading the team consisting of Georgia Tech, St. Petersburg College, Advanced Materials Professional Services, Prosthetic & Orthotic Associates and Quantum Motion Medical to develop the prototype. Find out more about the Socket Optimized for Comfort with Advanced Technology or SOCAT project.
Article in prominent journal by HPMI Principal Investigator Dr. Mei Zhang listed among hottest article
Science Direct listed an article by HPMI researchers, Dr. Mei Zhang and Jian Li, as one of the top 25 "hottest articles." The article "Carbon nanotube in different shapes" appeared in the prominent journal Nanomaterials Today.
"Engipreneurs" Interns hosted by HPMI presented their research
High-Performance Materials Institute hosted 14 interns from universities around the nation for a 10-week program that combined research with entrepreneurial training. The program culminated with a two-hour, student-focused business competition, which was featured on a WFSU broadcast available here.
The National Science Foundation and the Air Force Research Lab sponsored the Research Experience for Undergraduates intern program. Two of the students participating in the internship programs attend Florida State University and two attend Florida A&M University. The remaining students attend various institutions from around the country, including Notre Dame, Miami and Cornell.
While the interns were diligently working on their research projects, the Jim Moran Institute for Global Entrepreneurship presented entrepreneurial training, providing strategies for actually getting their research into the marketplace. The 2012 “Engipreneurship” Competition featured the 14 engineering interns presenting their business plans for their research and giving their best “elevator pitch” to a panel of judges from Florida State University and the local business community. Examples of some of the pitches included using smartphone GPS data to accurately predict human movement and the development of materials that will give prosthetics a perfect fit.
HPMI researchers win competition
A team of HPMI researchers won second place in FSU's Jim Moran Institute's InNOLEvation Challenge. Of the 72 entries, the HPMI team was selected to be among the ten to present at the Shark Tank round. The team's business plan for Nanotech Patronas Group was selected for second place and received cash and in-kind award of $55,000. The team consisted of IME graduate students Tarrik Dickens and David Olawale. Dr. Okenwa Okoli was the team's adviser. The NP Group is in the damage monitoring and prevention business that uses innovative triboluminescence sensor systems for engineering structures, such as aircraft, buildings and bridges. The company was founded in 2011 after more than five years of research and development on the triboluminescence sensor systems. For more information and a description of the 10 finalist, see the link.
HPMI researcher invited to present at NETZSCH sponsored NATAS Conference
HPMI researcher Sida Luo received a fellowship sponsored by NETZSCH with a stipend of $500 for attending the North American Thermal Analysis Society (NATAS) Conference held in Orlando, August 12-15th. He will present his recent research work on using hybrid nanoparticle – Fe2O3/CNT for improving the thermal conductivity of silicone elastomers.
Prominent journal reports article by HPMI researchers has been downloaded over 250 times
The highly respected journal Nanotechnology has reported that the article "Highly conductive carbon nanotube buckypapers with improved doping stability via conjugational cross-linking" has been downloaded over 250 times. HPMI researchers I-Wen Peter Chen, Richard Liang, Haibo Zhao, Ben Wang and Chuck Zhang were authors of the article. According to Nina Couzin, publisher of Nanotechnology, only 10% of the articles published by all the journals produced by the Institute of Physics Publishing are downloaded over 250 times. The article is available at the Nanotechnology website.
HPMI researcher work recognized at FSU Undergraduate Research & Creative Edeavors Symposium
HPMI researcher Michael Andrew Moench had his research work featured as part of the FSU Undergraduate Research & Creative Endeavors Symposium. He presented his research on Filter Membrane Selection for Nanotube Buckypaper at Strozier Library this morning. Andrew is a Chemical/Biomedical Engineering senior.
Dr. Changchun Zeng's article recognized by prominent journal
An article authored by HPMI PI Dr. Changchun Zeng was selected by the high impact jounal Nanotechology for inclusion in its 2011 Highlights collection. According to a letter from Nanotechnology publisher Alex Wotherspoon, “We felt the work featured in your article would generate particularly high interest among our readers.” The article “Supercritical fluid deposition of vanadium oxide on multi-walled carbon nanotube (MWCNT) buckypaper for supercapacitor electrode application,” was co-authored by Quyet Huu Do, Chuck Zhang, Ben Wang and Jim Zheng.
Two HPMI researchers' posters awarded at symposium
Two HPMI researchers received awards at the 2012 Joint Symposium of the Florida Chapter of the American Vacuum Society and Florida Society for Microscopy. Hai Van’s poster received Third Prize in Materials Process and Zhiwei Xiao’s poster received Honorable Mention in Materials Characterization.
Dr. Ben Wang accepts position at Georgia Tech
Dr. Ben Wang, founder and director of the High-Performance Materials Institute, has accepted a position as Executive Director of Georgia Tech’s Manufacturing Research Center and was named as to serve as the Eugene C. Gwaltney Jr. Chair in Manufacturing Systems in GT's College of Engineering. Dr. Wang will still be involved in activities with the High-Performance Materials Institution.You can find additional information on Dr. Wang's new position at GT's Industrial and Systems Engineering website.
Sean Ennis wins scholarship from Institute of Transportation Engineers
HPMI’s Sean Ennis won first place in the Big Bend Florida Chapter Institute of Transportation Engineers (BBFCITE) book scholarship award. Sean was awarded $500 for his presentation on Multifunctional Nanomaterials and Processes for Infrastructure Repair and Corrosion Inhibition. This annual award goes to one or split between two deserving Transportation Engineering or Transportation Planning students enrolled at Florida A&M University or Florida State University.
Buckypaper technology on display at NHMFL Open House
At the National High Magnetic Field Laboratory's Open House, HPMI's Travis Rasmussen demonstrated how buckypapers can work as speakers.
Dr. Ben Wang Named as a Finalist for the World Technology Awards
Dr. Ben Wang, director of the High-Performance Materials Institute, was selected as one of the five finalists for the individual award in Materials. The awards banquet was the culmination of the World Technology Summit held at the Time-Life Building in New York City on November 30 – December 1. A total of 24 highly respected researchers from academia and industry were nominated for this award.
The World Technology Network (WTN), which sponsored the summit and awards gala, is a cross between a global meeting ground, a virtual think tank and an elite club whose members are focused on the business or science of bringing important emerging technologies into reality. The World Technology Awards are presented each year to outstanding innovators from various sectors within the science and technology arena to honor individuals and organizations.
Sponsors of the summit and awards included the publications Time, Fortune, Technology Review, Science, as well as CNN, American Association for the Advancement of Science, and Kurzweil Accelerating Intelligence.
Dr. Richard Liang Honored by FSU for EMI Research
Dr. Richard Liang, chief technologist for HPMI, was one of the 11 faculty members the FSU Office of Research honored for making great strides to commercialize their research results during a special ceremony held Nov. 17 at the University Center Club. During the event, researchers were recognized who have worked to commercialize their inventive and creative ideas during the 2009-2010 fiscal year.
Dr. Liang was noted for his work in Novel Lightweight, Flexible electro-magnetic interference (EMI) Shielding Material. He was noted for building one or more demonstration devices to show the level of electromagnetic shielding that can be obtained using composites fabricated in varying thicknesses with one or more carbon nanotube face layers. For additional details, click here.
REU Opportunities with HPMI
REU Opportunities with HPMIREU Opportunities with HPMI The High Performance Materials Institute (HPMI) at Florida State University is offering opportunities to undergraduates in the STEM (Science, Technology, Engineering, and Mathematics) disciplines for the 2011 REU Summer RETREAT Program. The Retaining Engineers through Research Entrepreneurship and Advanced-Materials Training (RETREAT) is scheduled to last 10 weeks and offers a stipend of $5,600 for each participant, travel allowances, room and board, and a modest amount to help cover feeding. Chosen applicants will have the opportunity to work with leading experts and be trained on the utilization, manufacture, and characterization of multiscale and multifunctional advanced composites. They will also learn how to successfully commercialize technological innovations by participating in seminars on Entrepreneurship and an EngiPreneur Competition (an entrepreneurship-based student project competition) to be coordinated by experts from FSU's Jim Moran Institute (JMI) of Global Entrepreneurship.
This program will hold at the ultra-modern High-Performance Materials Institute's new 45,000 sq. ft. facility reputed to be the largest nanocomposites research facility in the world.
- US citizenship or permanent residency required
- Selection will be based on academic performance and faculty recommendation
- Women and underrepresented minority students are encouraged to apply
- Tentative date: May 23- July 29, 2011
For additional information, please visit http://www.eng.fsu.edu/retreat
NSF Awards HPMI Grants for Four Projects
HPMI principal investigators have received 4 National Science Foundation grants over the past several weeks. The combined awards total over $850,000.
Dr. Okenwa Okoli is the principal investigator for Development of a Triboluminescence and Photocatalysis Based System for Intrinsic Structural Health Monitoring. This 3-year project was funded at $300,000. Dr. Arda Vanli and Dr. Ben Wang will serve as Co-PIs for this project.
Dr. Okoli was also the principal investigator for the creation of a Research Experience for Undergraduates Site. The project "REU Site: Retaining Engineers through Research Entrepreneurship and Advanced-Materials Training" provides $328,000 to provide undergraduates the opportunity to conduct advanced research.
Dr. Chuck Zhang is the lead investigator for the NSF funded "Collaborative Research: Multi-Accuracy Bayesian Models for Improving Property Prediction of Nanotube Buckypaper Composites." This three-year, $220,000 project partners FSU with Texas A&M University. Dr. Vanli and Dr. Wang will serve as Co-PIs on this project.
HPMI has also received a $30,000 NSF-grant to host a workshop for Intrinsically Multifunctional Composites. The workshop is scheduled for February 23-24, 2011.
HPMI Researcher Wins National Award
HPMI researcher, Jesse Smithyman, won second place in the SAMPE 2010 University Research Program, MS Category. His winning presentation was for his work in “Binder-Free Carbon Nanotube-Activated Carbon Composites for Electrochemical Applications.” SAMPE (Society of the Advancement of Material and Processing Engineering) selected six finalists among MS students throughout the U.S. and Canada. SAMPE sponsored Smithyman to attend the conference in Seattle, WA on May 16, where his presentation was awarded second place. In addition, Smithyman will also receive a monetary award of $600.
HPMI Holds Poster Competition
HPMI held its annual poster competition on March 19. Chase Knight took first place for his poster "Recycling Carbon Fiber Composites Using Supercritical Fluids." Daniel Labrador won second place for his poster on "Characterization of the Blocking Force Generated by Buckypaper Composite Actuators." Shu Li was awarded third place for his poster "Structure-Property Models of Electrical Conductivity of Carbon Nanotube Networks."
Dr. Richard Liang awarded FSU’s Outstanding Graduate Faculty Mentor Award | October, 2009
HPMI Chief Technologist, Dr. Richard Liang, was recently awarded FSU’s Outstanding Graduate Faculty Mentor Award. Sponsored annually by the Graduate School, this award honors faculty mentors whose dedication to graduate students and commitment to excellence in graduate education and mentoring have made significant contributions to the quality of life and professional development of graduate students at Florida State University. This award notes that Dr. Liang demonstrated outstanding mentoring practices and an overall commitment to graduate education at Florida State University.
HPMI wraps up its first summer intern program | August, 2009
On July 31, HPMI wrapped up its first summer intern program. The program brought together students from various disciplines around the university to work on HPMI projects. The program wrapped up with a poster competion in the atrium of the Materials Research Building. Below are just some of the comments made by our interns. "My HPMI internship gave me great research experience in a relaxed but professional environment. Seeing a practical application to my engineering studies has been great, it takes away the monotony of studying everything out of a book."
-- Johnathan Lenoff, Mechanical Engineering. "During my summer internship at HPMI, I was given the opportunity to be directly involved in a cutting edge materials research project. The knowledge, experience, and skills I gained from working on this project are invaluable to me, and I would encourage any student to apply for an internship at HPMI."
-- Jennifer Zerbe, Chemical-Biomedical Engineering. "Florida State University's summer internship program at the High Performance Materials Institute was truly a rewarding experience. Students that are given the opportunity to participate in future offerings should expect to be exposed to cutting edge research under the guidance of some of the foremost authorities in their respective engineering fields. For those interested, it is a great way to move beyond undergraduate class work and begin to make the connections and form the habits needed for graduate study."
-- Farag Abdelsalam, Industrial & Manufacturing Engineering. "The HPMI internship gave me an inside look at a research environment. I was able to use the knowledge I had gained from my classes, assist others with a research project that I was interested in, and provide input when colleagues needed a second opinion. Overall, I feel like I really made a difference in the research."
-- Steve Tsalickis, Electrical & Computer Enginering. "HPMI provided me with an experience that opened my eyes to modern composite fabrication techniques relevant to the future of manufacturing. I view my experience here as invaluable to shaping my academic chocies and future progress as an engineer."
-- Duncan Haldane, Mechanical Engineering.
Dr. Ben Wang wins the David F. Baker Researcher Award
Dr. Ben Wang, director of the High-Performance Materials Institute, was recently awarded the David F. Baker Research Award. The Institute of Industrial Engineers presents the award to recognize outstanding research in the profession. It is given for a career of accomplishments that broadly benefited practitioners, organizations, or other researchers rather than for a single activity or application. The award is named for David F. Baker, Ph.D., late chairman of the industrial engineering department at The Ohio State University.
Center of Excellence sponsered students from Manatee County to compete at National Skills USA Championship
Three Mantee County high school students sponsered by Manatee Technical Institute through the Florida Center of Excellence in Advanced Materials will compete in National Skills USA competition in Kansas City. See story here.
Florida State University Evaluated as One of the Best Value Colleges in the Nation
The Princeton Review ranked The Florida State University as number fifth best value college among the nation's public colleges. According to the USA Today, the overall selection criteria included more than 30 factors in three areas: academics, costs and financial aid. Academic ratings were based on student surveys about such issues as professors' accessibility and class sizes, as well as institutional reports about student-faculty ratios and percent of classes taught by teaching assistants. See the complete story in the USA Today.
HPMI Student Researchers Design and Build Composite Electric Car.
HPMI Students researchers recently built and designed a composite electric car. The car was featured during the Florida State University Homecoming parade. T.K. Wetherell, president of FSU, drove the car in the parade. On a visit to Tallahassee, Senator Bill Nelson also took the car for a test drive. Below are some links to articles and other links relating to the project.
HPMI wins Nano 50 Award.
Students, researchers and faculty members at the High-Performance Materials Institute (HPMI) at Florida State University were recently recognized in the fourth annual Nanotech Briefs Nano 50 Awards for their work with an innovative material called buckypaper. (See article.)
Dr Okenwa Okoli explains the RIDFT process and Triboluminescent In-situ Damage Sensing at the Boeing Company.
On October 26, 2007 Dr. Okoli presented two seminars at the Boeing Company in Seattle, WA on the subject of Resin Infusion between Double Flexible Tooling Process, a winner of the R&D 100 Award and Triboluminescent In-situ Damage Sensing. For more information on the RIDFT process go here, and abstracts of the seminars are here.
The Institute of Industrial Engineers featured Nanotechnology in the web supplement of the August issue.
The article is Nano Nations by Candi S. Cross
Nano-machining of highly oriented pyrolytic graphite using conductive atomic force microscope tips and carbon nanotubes.
HPMI's nano-processing technology has made it to the cover of journal: Nanotechnology. See the abstract here.
Buckypaper technology wins Micro Nano 25 Award.
HPMI's Engineered Carbon Nanotube (CNT) and Nanofiber Buckypapers was selected by the editors of R&D Magazine and MICRO/NANO Newsletter as one of the most innovative products of 2007 in the Inaugural MICRO/NANO 25 Competition. See the complete listing of award winners here.
HPMI Personnel Accept New Positions.
Jeff Louis and Johnnattan Ugarte have accept positions with the Harris Corporation.
Ground breaking on new Materials Research Building.
On May 21, officials gathered at Innovation Park to break ground on the new Materials Research Building, future home of HPMI. Please click here for additional details. Details regarding the building can be found at our Facilities link.
Center of Excellence in Advanced Material Advisory Board Meeting.
Following the ground breaking ceremony on May 21, HPMI hosted the first meeting of the CEAM Advisory Board.
Congratulations to our Nexus I2P Competition team.
Eric Rodriguez, Jonnattan Ugarte and John Wallace did an outstanding job at this year's Nexus I2P Competition hosted by the Oak Ridge National Laboratory. The Nano I2P Competition is an early-stage technology commercialization plan competition that aims for unique product ideas using innovative nanotechnologies and matching those ideas with a clear market need and demand.
Graduates Receive Job Offers.
Kirk Davey: Baker Hughes Composites Engineer
Dr. Ashley Liao: Industrial Technology Research Institute (ITRI) of Tawain Industrial Engineering-Nanotechnology Project Engineer
Dr. Edward Wang: Texas Tech University Assistant Professor
Buckypaper Research Makes Top 10.
Buckypaper research was listed as one of the top ten research projects at Florida State University for 2006. Listen to the 2006 Year in Review: Research Projects broadcast.
HPMI Paper Wins 2nd Place at SAMPE Conference.
"Improving Interfacial Bonding and Load-Transfer in Nanocomposite Through Grafting Diethyltoluenediamines on SWNTs," written by Shiren Wang, Dr. Zhiyong Liang, Tina Liu, Dr. Chuck Zhang, and Dr. Ben Wang, has been selected as SAMPE's 2nd Place Outstanding Paper by SAMPE Authors.