The Center for Nanotechnology at Coppin State University was established in 2007 and it brings together faculty members and students from the College of Arts and Sciences. The center enjoys grant support from the Technology Development Corporation (TEDCO), DOE, NASA, and Undergraduate Education and Research Traineeship (NSF-IGERT) program. The  work at the center focuses on experimental research and development in nano and bio technologies as well as on a strong complementary modeling and simulation effort that includes computational nanotechnology, computational nanoelectronics, and computational modeling of processes encountered in nanofabrication. In energy, the interest is on technologies for clean energy generation and storage. Specifically, there are on-going projects in the design and simulation of multi-junction photovoltaic cells for solar energy conversion based on semiconductor materials.

E2-Energy to Educate Grant from the Constellation Energy Foundation

Awarded an E2-Energy to Educate Grant from the Constellation Energy Foundation in the amount of $280,000 over a  seven year (2011-2017) period - The ‘E2 Energy to Educate’ grant will grow the next generation of renewable energy students from West Baltimore through a series of educational programs. Students from Coppin State University, Coppin Academy, Bluford  Drew Jemison High School, along with other high school students have in the past years explored the properties of solar cells and conducted investigations on the uses and applications of  nanomaterials, especially as used in solar cell devices to enhance their efficiency.

E2-Energy to Educate Grant from the Constellation Energy Foundation - 2017

Students will be introduced to concepts associated with renewable energy including basic education in fuel cell technology:. Students will learn the principle of operation of fuel cell and be involved in the fabrication of the fuel cells Fuel Cells in Renewable energy systems: Predominant use of fossil fuel is unappealing due to environmental concerns and depleting fossil fuel. Fuel cells are valuable renewable energy sources as they do not cause any pollution. Students will be exposed to different types of fuel cells namely: Alkali fuel cells, Molten carbonate fuel cells, Phosphoric Acid fuels cells, Proton Exchange Fuel Cells and Solid Oxide Fuel cells. Renewable energy sources for transportation will likely replace fossil fuel sources in the not distant future.

The project will seek STEM careers:

1. Develop an infrastructure of renewable energy (solar, wind, geothermal etc.) education among college and high school students
2. Develop STEM education for the next generation students from Baltimore area high school thru a series of renewable energy program
3. Develop a workface for existing and emerging green energy technology base US industries or companies
4. Bring the high-pay jobs of green energy technology to college and high school students
5. Encourage the use of renewable energy by the US industries or companies

E2-Energy to Educate Grant from the Constellation Energy Foundation - 2016

There has been an exponential growth in the generation of renewable energy from sources such as Wind and Sun. However, production of energy from these unconventional sources is not continuous: The wind does not blow and the sun does not shine all the time at particular place. The use of energy storage and charge devices is therefore paramount for renewable energy applications such as in transportation. Two hundred forty (240) students form Blueford Jamison STEM Academy (BDJ), Carver Vocational Technical High School, Al-Rahmah High School (ARH), and Coppin Academy High School will be coached by ten faculty, one post-doctoral researcher, one research technician, and thirty students at the Coppin State University (CSU) Natural Sciences and Center for Nanotechnology on energy storage and charging system technologies and how they can be utilized in an environmentally friendly solar light rail. Students will receive hands on training and become acquainted with the energy storage, rapid charging devices, and the construction of a makeshift solar light rail. The above mentioned faculty, staff, and students will mentor students to undertake projects and explore career opportunities in renewable energy technologies.

E2-Energy to Educate Grant from the Constellation Energy Foundation - 2015

The Coppin State University Science and Technology Center will provide opportunities for 200 high school students to explore how photovoltaic energy and dye sensitized solar cells are developed and applied to the real world. Five faculty members and five students at the Coppin State University (CSU) Department of Natural Sciences and Center for Nanotechnology will conduct research on photovoltaic energy and dye sensitized solar cells.  CSU faculty and students will mentor and expose 200 high schools students from Coppin Academy High School (CAHS), Bluford Drew Jemison STEM Academy (BDJ), Carver Vocational and Technical High School (Carver), Frederick Douglass High School, and Maryland Academy of Technology and Health Science Charter School (MATHS) students to innovative research on photovoltaic energy and dye sensitized solar cells. The 5 partnered high schools are located within a one miles radius of University. Coppin faculty members and students will mentor 50 high school students (10 from each school) as they design solar energy science projects that will be featured at the CSU 3rd International Symposium on Innovation of Science, Nanotechnology, Human Health and Environment for a Global Society. This summer over 200 scientists and science students from the USA and five other countries participated in the two day symposium on sustainable energy. The 2015 symposium will include interactive presentations and workshops by researchers and scientists with the goal of empowering and inspiring high school students about careers in the energy industries

E2-Energy to Educate Grant from the Constellation Energy Foundation - 2014

The Coppin State University Science and Technology Center will provide opportunities for 200 high school students to explore how photovoltaic energy and dye sensitized solar cells are developed and applied to the real world. Five faculty members and five students at the Coppin State University (CSU) Department of Natural Sciences and Center for Nanotechnology will conduct research on photovoltaic energy and dye sensitized solar cells.  CSU faculty and students will mentor and expose 200 high schools students from Coppin Academy High School (CAHS), Bluford Drew Jemison STEM Academy (BDJ), Carver Vocational and Technical High School (Carver), Frederick Douglass High School, and Maryland Academy of Technology and Health Science Charter School (MATHS) students to innovative research on photovoltaic energy and dye sensitized solar cells. The 5 partnered high schools are located within a one miles radius of University. Coppin faculty members and students will mentor 50 high school students (10 from each school) as they design solar energy science projects that will be featured at the CSU 3rd International Symposium on Innovation of Science, Nanotechnology, Human Health and Environment for a Global Society.  This summer over 200 scientists and science students from the USA and five other countries participated in the two day symposium on sustainable energy. The 2015 symposium will include interactive presentations and workshops by researchers and scientists with the goal of empowering and inspiring high school students about careers in the energy industries.

E2-Energy to Educate Grant from the Constellation Energy Foundation - 2013

120 students from Coppin State University and Coppin Academy will explore new energy technologies including quantum dot solar cells and nanotechnology. Student will explore how these technologies are developed and applied and what makes them succeed while others fail. Researchers and engineers in solar technology industry will mentor students as they design projects and explore career opportunities in solar technology. At the completion of the project, students will have a better understanding of solar energy technologies as measured by pre-test and post-test, design of solar cell with greater efficiency, and presentation of project results at energy conferences.

E2-Energy to Educate Grant from the Constellation Energy Foundation -2012

225 students from Bluford Drew Jemison STEM Academy and Coppin State University will explore new energy technologies including nanocrystalline solar cell, silicon solar cells, multijunction solar cells, and nanotechnology. Student will explore how these technologies are developed and applied and what makes them succeed while others fail. Researchers and engineers in solar technology industry will mentor students as they design projects and explore career opportunities in solar technology. At the completion of the project, students will have a better understanding of solar energy technologies as measured by pre-test and post-test, design of solar cell with greater efficiency and presentation of project resu lts at energy conference.

E2-Energy to Educate Grant from the Constellation Energy Foundation - 2011

200 college and high-school students will explore the properties of solar cell and investigate how nanomaterials are used to increase the solar conversion efficiency of solar cells. Students will design, simulate, and fabricate new solar cells performance using organic materials, and investigate efficiency improvements with hands-on experimental approach.

Department of Education (SAFRA Title III Grant)

Research work at the Center for Nanotechnology is also partly funded by Department of Education (SAFRA Title III Grant) through Coppin State University.

USM Elkins Professorship Grant

Award to Coppin State University to support the appointment of Dr. Jamal Uddin, associate professor in the Department of Natural Science, as he continues his work with undergraduate and graduate students and Coppin's Science Technology Engineering and Mathematics Center. ($40,000) --- 2014

Award to Coppin State University to support the work of Dr. Jamal Uddin, associate professor in the Department of Natural Sciences and founder and director of the Coppin Nanotechnology Center, with the CSU Science Technology Engineering and Mathematics (STEM) Center. ($65,000) --- 2013

Sustainable Energy Fund Grant for Energypath Conference

Members of the Center for Nanotechnology have been recipients for years of grants and scholarships from the sustainable energy fund for training on various renewable energy projects and participation in energypath conferences. 

Department of Defense/TEDCO Maryland Technology Development Corporation Grant 

The Center for Nanotechnology received a grant in the amount of  $89,000  from the Department of Defense/TEDCO Maryland Technology Development Corporation  for a Multi Junction Solar Cell Program ​​​​​

NASA Grant

The Center for Nanotechnology received a grant in the amount of  $4000 from NASA to carry out work on  the project titled centrifugally stiffened Solar Sails.

We prepare school leaders today to meet the instructional challenges of tomorrow. We Build Leaders.

Are people born leaders, or can people be taught to lead? The Department of Instructional Leadership and Professional Development (ILPD) believes even those with natural leadership abilities can still grow these skills, while others without a strong leadership foundation can build one through our programs.

Since 1982, we have graduated more than 400 practitioners. These practitioners have gone on to serve and lead institutional and instructional efforts to meet social, educational, and health needs of P-12 and adult learner populations. With programs designed to satisfy a variety of learner experiences, we have strategically positioned the department to meet critical nontraditional educational programming needs.

Summer Internship Program

The center for nanotechnology provides opportunity for undergraduates and high school students to have hands on experience in laboratory research during the summer. Students from Coppin State University and  high schools  in the nearby communities are allowed to apply for internship positions. The goal of the internship program is to introduce students to the principles of nanotechnology and solar energy and to motivate students to consider advanced degrees in the sciences as well as careers in science, technology, engineering and mathematics.

Bachelors Degree Program

The center for nanotechnology in conjunction with the Department of Natural Sciences at Coppin State University will in the not too distant future  roll out a new Bachelor of Science Program, ‘Nanoscience and Material Physics’. The four-year degree program is specially designed for students who are interested in fundamental and industrial research, employment in the nanotechnology industries as well those who will be pursuing advanced degrees in the life sciences and engineering. The proposal to introduce this new concentration “Nanoscience and Material Physics"  has been submitted to the Board of Education Curriculum Committee and currently awaiting approval.

The four year Materials Physics and Nanoscience  degree program, will be ran jointly by the Department of Natural Sciences and Center for Nanotechnology at Coppin State University. The degree program will place great emphasis on three key areas: (i) Applications of Materials Physics in real world; (ii) Nanomaterials characterization methods; (iii) The differences between nanoparticles and bulk materials of the same composition. Nanometer-sized technological structures as applied to electronics, photonics, catalysis, and biotechnology will also be given much attention..

The program will feature general education courses and courses on nanoscience over a period of four years. Courses that will be taught once the program is approved by the curriculum committee include General Chemistry, Biochemistry, Physical Chemistry, Quantum Mechanics, Solid State Physics, Material Physics, Introduction to Nanoscience and Nanomaterials, Principles and Applications and Nanomaterials, Characterization of Nanomaterials, Nanochemistry, Nanobiology, Nanomedicine, Advanced SEM and TEM, and Nanotechnology Seminar.

Outreach

Increase Student Knowledge and Application of STEM

The nanotechnology center work with environmental science and chemistry teachers at Blueford Jamison STEM Academy (BDJ), Carver Vocational Technical High School, Al-Rahmah School (ARH) and Coppin Academy High School to incorporate energy storage and renewable energy transportation in the science, nanotechnology and materials physics curriculum with hands on experiments and field trips. The project introduce high school students to the concept of new technology such as  dye sensitized solar cells, gold nanoparticle studies, energy storage, rapid charge devices and renewable energy transportation.

The Center for Nanotechnology has worked with the following schools:

• Bluford Drew Jemison STEM Academy (BDJ)
• Al-Rahmah School (ARH)
• Maryland Academy of Technology and Health Science Charter School (MATHS)
• Strictly Academic Homeschool Co-op (SAHC)

Here's just some of the wonderful collaborations we've been excited to be a part of over the years

Collaboration with the Applied Research & Photonics Company in Harrisburg, PA

The nanotechnology center collaborates with the Applied Research & Photonics Company in Harrisburg, PA on terahertz spectroscopic and imaging studies.

Collaboration with Dr. Briol Ozturk, Physics & Engineering Physics Department Morgan State University

Collaborative research on nanoscale imaging and highly selective detection of biological molecules.

Collaboration with Dr. Hongtao Yu, Natural Science Department, Morgan State University

Collaborative research on the synthesis, characterization and environmental application of Silver Nanoparticles.

Collaboration with UMBI (CFS)

Nanotechnology and Metal Enhanced  Fluorescence Research Collaboration was started with UMBI (CFS) and  in the summer of  2008.  Principal Investigators: Dr. Jamal Uddin (CSU) and  Dr. J. Lakowicz (UMBI). This is a dramatic increase in the fluorescence emission of fluorophores held at precise distances  (50 Å  to 200 Å) above nano roughened metal surfaces. Result of the research is an amplified image of cancer cells resulting in  early cancer detection and  reduced loss of life.

International Collaboration - with Research Center for Light Rail, Japan

Collaboration research started in summer 2013 (Solar Light Rail) with Shonan Research Center for Light Rail Transit (Japan), Tama Art University (Japan) and CSU. Principal Investigator: Dr. Jamal Uddin (CSU, USA) and Dr. Hidetoshi Katsuma and Kameya Takaki (TAU, Japan).

Collaboration with Penn State University

We have a collaboration with Penn State University and part of the Remotely Accessible Instruments for Nanotechnology (RAIN) allows students to access and control microscopes, like FESEM-field emission scanning electron microscopes, and analytical tools, like EDS-energy (X-ray) dispersive spectroscopy, to look at nano-sized materials from the ease of classrooms, or even home computers, all across the country. Students control the tools over the Internet in real-time and with the assistance of an experienced engineer at the microscope advising over video conferencing software.

Collaboration with Nanochemistry Center at UMBC

Collaboration research (Gold Nanoparticles and EM characterization) started with UMBC and CSU in January, 2016 - to date. Principal Investigator: Dr. Jamal Uddin (CSU) and Dr. Marie-Christine Daniel (UMBC).

Here's just some of the awards and recognition our Center for Nanotechnology has received over the years

Daily Record’s 2016 Innovator of the Year Awarded to Dr. Jamal Uddin

Related news story

Daily Record’s 2011 Innovator of the Year Awarded to Dr. Jamal Uddin

Presentation Award

Hawaii Pacifichem award 2015 to Dr. Uddin

Energypath 2014 Science Fair Award

Additional Presentations

• The group hosted and participated in the 4th Annual Gilbert Ogonji Science Symposium on Innovation of Science, Nanotechnology, Human Health and Environment for a Global Society at Science and Technology Center, CSU, September 2016

• “Creation of Natural Dye Sensitized Solar Cell by Using Nanostructured Titanium Oxide” Invited Speaker, 249th American Chemical Society National Meeting and Exposition, Denver, Colorado, March 22-26, 2015

• Takaki Kameya, Jamal Uddin, Genji Suzuki, Hidetoshi Katsuma, An Energy Storage and Rapid Charge System Using EDLC for LRT That Runs on Renewable Energy, Institute of Industrial Science, The University of Tokyo (Tokyo, Japan), Dec. 9 - 11, 2015

• “Innovative Utilization of Nanotechnology in Science and Beyond” Invited Speaker, Center for Excellence in Teaching and Learning (CETL) faculty presentation seminar at Coppin State University, May 6, 2015, Talon Center Room 214

• Takaki Kameya, Hiroshi Takami, Jamal Uddin, Genji Suzuki, Hidetoshi Katsuma, Operation of Rideable LRT Model by Biomass Wood-Pellet Stirling Engine Generation, Japan Solar Energy Society & Japan Wind Energy Association, New Wel City MIYAZAKI (Miyazaki, Japan), Nov. 26 - 27, 2015

• “Dye sensitized solar cell Research at Coppin“ Invited Speaker, Faculty Research and Development Conference at Coppin State University, 2014

• Takaki Kameya, Jamal Uddin, Genji Suzuki, Hidetoshi Katsuma, Demonstration Experiments for the Solar Light Rail in Japan and the United States, The Grand Renewable Energy 2014 Organizing Committee, Tokyo Big Sight (Tokyo, Japan), July 27 - Aug. 1, 2014

• “Research at Center for Nanotechnology, CSU” Invited speaker, Department of Chemistry, Dhaka University, Dhaka, Bangladesh January 10, 2013 and Indian Institute of Technology (IIT), Indore, India, January 17, 2013

• Takaki Kameya, Hidetoshi Katsuma, The Solar Light Rail - Running by Renewable Energy, Coppin State University International Symposium - Sustainable Science, Environment & Energy, Coppin State University (Baltimore, MD, USA), June 27 – 28, 2013

•  “Multi-junction solar cell research”Invited Speaker at Sustainable Energy Fund – Energy Path Conference at Desales University in Pennsylvania, 2012
• "Solar Energy Research at Coppin" Invited Speaker, Faculty Research and Development Conference at Coppin State University, 2012
• “Solar Sail- Design and Modeling of a new generation Space aircraft“, Key- note speaker, Juxtopia® Urban Innovation and Cooperative Entrepreneurship (JUICE™) Network Monthly Lecture Series in Baltimore, 2012.
• “A weak temperature dependence of quenching rate of excited metal-to-ligand-transfer in ionic crystal consisting Ru(II) and Co(III) compounds with an opposite charge”, Invited speaker, Department of Chemistry, Dhaka University, Dhaka, March 1997
• “Electron transfer in solution and crystal by using Laser Spectroscopy” Invited speaker, Atomic Energy Center, Chemistry Division, Dhaka, January 1998
• “Quenching mechanism of photoexcited Ru(II) by Co(III) complexes using laser kinetic spectroscopy” Invited speaker, Department of Chemistry, University of Hong Kong, Hong Kong, September, 1999
• Dye -Sensitized Solar Cell Using Anthocyanin and Chlorophyll Dyes, Lawrence Amadi, Anster Charles, Tamla Lionel, Curtis Williams, Alethia Edwards, and Jamal Uddin, Ph.D. Department of Natural Sciences and Center for Nanotechnology, Coppin State University, Baltimore, MD, 2nd International Symposium on Sustainable Science, Technology, Human Health and Environment for a Global Society May 1 - 2, 2014, Baltimore, MD
• Nanostructured Natural Dye Sensitized Solar Cells as a Reliable Source of Renewable Energy, Tyrone Staton, Charlyne Smith, Shaichi Sen Jenny, Asif Ahmed, and Jamal Uddin, Ph.D. Department of Natural Sciences and Center for Nanotechnology, Coppin State University, Baltimore, MD, 2nd International Symposium on Sustainable Science, Technology, Human Health and Environment for a Global Society May 1 - 2, 2014, Baltimore, MD
• Solar Sail- Design and Modeling of a New Generation Spacecraft, Popy Akter, Sunil Yadav, Tikoh Sesay, Kazim Ackie, Tatiana Roth, Ph.D. and Jamal Uddin, Ph.D.Coppin State University, Department of Natural Sciences and Center for Nanotechnology, Baltimore, MD, 2nd International Symposium on Sustainable Science, Technology, Human Health and Environment for a Global Society May 1 - 2, 2014, Baltimore, MD
• Design by Simulation of A High-Efficiency Multi-Junction Solar Cell, Aashish Ghimire, Olumide Ogunwomoju, Jieutonne Archer, Asif Ahmed, Gilbert Ogonji, Ph.D. and Jamal Uddin, Ph.D., Coppin State University, Department of Natural Sciences and Center for Nanotechnology, Baltimore, MD, 2nd International Symposium on Sustainable Science, Technology, Human Health and Environment for a Global Society May 1 - 2, 2014, Baltimore, MD
• A Unique Energy Storage and Rapid Charge System for the Solar Light Rail, Takaki Kameya  Chelsee Sauni, Laurence Finley,  Genji Suzuki, Hidetoshi Katsuma, and Jamal Uddin
• Tokyo University of Technology, 1404-1 Katakura-machi, Hachioji, Tokyo 192-0982, Japan,  Tama Art University, Setagaya, Tokyo, Japan, Coppin State University, Center for Nanotechnology, Baltimore, MD,  Retiree of Tokyo Denki University, Ishizaka, Saitama, Japan, Shonan Research Center for Light Rail Transit, Kanagawa, Japan, Coppin Academy High School, Baltimore, MD, USA
• 2nd International Symposium on Sustainable Science, Technology, Human Health and Environment for a Global Society May 1 - 2, 2014, Baltimore, MD
• Transition Metal MLCT Excited State Lifetimes: The Role of High-Frequency Vibrational  Modes; John F. Endicott, Puhui Xie, Md. Jamal Uddin, Yuan J. Chen, Dhehinie Seneviratne and Patric G. McNamara, Proceedings of the Twenty-Fourth DOE Solar Photochemistry Research Conference, June 8-12, 2003, Tahoe City, California, USA
• Relationship Between MLCT Excited State Distortions and Charge Delocalized in Ru-Polypyridyl Complexes; Md. Jamal Uddin,  Yabin Lei  and John F. Endicott, The 222th national meeting of American Chemical Society, August 26-30, 2001, Chicago, Illinois, USA
• Electronic Coupling, Electron Delocalization and the Electron-Transfer Properties of Polypyridyl-Ruthenium MLCT Excited States; John F. Endicott, Md. Jamal Uddin, Dhehinie Seniveratne, Patric G. McNamara, Manawadevi Y. Udugala-Ganehenege, H. B. Schlegel and V. Swayambunathan, Proceedings of the Twenty-Fourth DOE Solar Photochemistry Research Conference, June 3-7, 2001, Tahoe City, California, USA
• Electronic Coupling, Electron Delocalization and the Properties of Polypyridyl-Ruthenium MLCT Excited States: Dipyridyl-Pyrazine Complexes; John F. Endicott, Md. Jamal Uddin, Dhehinie Seniveratne, H. B. Schlegel and V. Swayambunathan, 14th international symposium on the photochemistry and photophysics of coordination compounds (ISPPCC), June 2001, Hungary
• Experimental probes of Electron-Transfer/Metal-to-Ligand-Charge-Transfer comparisons: observations on ruthenium polypyridyl systems; Md. Jamal Uddin,  Dhehinie S. Seneviratne, V. Swayambunathan, H. Bernhard Schlegal and John F. Endicott, The 220th national meeting of American Chemical Society, August 20-24, 2000, Washington D.C., USA
• Quenching Mechanism of  photoexcited Ru(II) by Co(III) complexes in aqueous solution; Md. Jamal Uddin, A. Yoshimura and Takeshi Ohno, 13th international symposium on the photochemistry and photophysics of coordination compounds (ISPPCC), June 1999, Isle of Lipari, Italy, page-243
• Temperature dependence of quenching rate of 3MLCT (Ru2+) in ionic crystal consisting of Ru(II) and Co(III) compounds with an opposite charge; A. Yoshimura, Md. Jamal  Uddin, A. Islam, N. Ikeda and T. Ohno, 12th international symposium on the photochemistry and photophysics of coordination compounds (ISPPCC), June 1997, Vermont, USA, page-99
• Status of Zinc and Copper in Soil Samples of Greater Dhaka Zone with Flame Atomic Absorption Spectrophotometry; A.M. Shafiqul Alam, Md. Jamal Uddin, D.A. Hadi and S. Akhtar, Proc. of the 16th Annual Conference of Bangladesh Chemical Society, ICEC-2, p.52,1999.
• Environmental Impacts of Chromium, Lead and Cadmium in Soil Samples of Greater Dhaka Zone with Flame Atomic Absorption Spectrophotometry;  Alam S. A.M., Uddin. J, M., Hadi D.A., and Akhter S., Proc. of the 16th Annual Conference of Bangladesh Chemical Society, ICEC-4, p.53, 1993.
• Determination of Na, K, Ca and Mg in Soil Samples of Narayanganj Zone with Flame Atomic Absorption Spectrophotometry; Alam S. A.M., Uddin. J, M., Hadi D.A., and Akhter S. Proc. of the16th Annual Conference of Bangladesh Chemical Society, ICEC-3, p.53,1993.
• Status of Zinc and Copper in soil samples of Greater Dhaka Zone with Flame Atomic Absorption Spectrophotometry; A. M. Shafiqul Alam, Md. Jamal Uddin, D. A. Hadi and S. Akhtar, Inter-congress conference of commission IV, December 1-3, 1992, Dhaka, Bangladesh, 3-5, (T), page-24
• Determination of Zinc, Lead, Cadmium, Copper and Chromium and Exchangeable Cations in soil samples with Flame Atomic Absorption Spectrophotometry; A. M. Shafiqul Alam, D.A. Hadi, Sohela Akhtar and Md. Jamal Uddin,Proceedings of fourth Asian Chemical Congress, August 26-30, 1991, Beijing, China, page-33
• Electron Transfer within Ru(II)-Co(III) complexes accompanying change in bond length; A.Yoshimura,  Md. Jamal  Uddin, and T.Ohno, Symposium on photochemistry, October 10-12, 1995, Kyushu University, Fukuoka, Japan, Page-21
• Photoinduced Electron Transfer in Ionic Crystal of [RuL3]2+ and [CoL’3]3-; Md. Jamal  Uddin, A.Yoshimura, and T.Ohno, The 9th symposium on photochemistry of coordination compounds, July 29-31, 1996, Unzen, Nagasaki, Japan, page-5-6
• Weak temperature dependence of photoinduced Electron Transfer within Ionic Crystals of [RuL3]2+ and [CoL’3]3-; Md. Jamal  Uddin, A. Yoshimura, and T. Ohno, Symposium on photochemistry, October 3-5, 1996, Nagoya University, Nagoya, Japan, Page-188
• Photoinduced Electron Transfer reaction in the Crystals of Ru(II) and Co(III); Md. Jamal  Uddin, A. Yoshimura, and T. Ohno, Symposium on photochemistry, September 17-19, 1997, Tohoku University, Sendai, Japan, Page-184
• Crystal structure of  [Ru(bpy)3]2[Fe(CN)6]Cl.8H2O; H.Tamura, Md. Jamal Uddin, A. Yoshimura, T. Ohno, and G-E. Matsubayashi, The 72nd annual  meeting of Japan Chemical Society, Kyoto, March 27-30, 1998, IPA-038
• Quenching Mechanism of  Excited Polypyridine Ru(II) by Co(III) Complexes in Aqueous Solution; Md. Jamal Uddin, A. Yoshimura and Takeshi Ohno, The 11thsymposium on photochemistry of coordination compounds, July 29-31, 1998, Hirosaki University, Aomori, Japan, page-24-25