Anson W. K. Ma (IMS/CBE), Assistant Professor in the Department of Chemical and Biomolecular Engineering, will receive the 2015 Arthur B. Metzner Early Career Award. This distinguished award, named after rheology pioneer Arthur B. Metzner, is distributed annually by the Society of Rheology to a young researcher “who has distinguished him/herself in rheological research, rheological practice, or service to rheology.” Dr. Ma will deliver a plenary lecture at the upcoming 87th Society of Rheology Annual Meeting in Baltimore, where he will receive a plaque and a $7,500 honorarium.
Anson W. K. Ma received his Ph.D. in Chemical Engineering from the University of Cambridge in 2009. He joined UConn in 2011 as a member of both the IMS Polymer Program and the Chemical Engineering Program. As Principal Investigator of the Complex Fluids Laboratory, his research focuses on understanding the complex flow behavior (rheology) and processing of various complex fluids including foams, emulsions, nanoparticle suspensions, and biological fluids. His lab is developing new techniques to improve the reliability and push the existing resolution limit of inkjet and 3D printing technology. Dr. Ma’s research on 3D printing has recently been featured on the front page of the Chronicle newspaper and Channel 8 News. In 2012, Dr. Ma received TA Instrument’s Distinguished Young Rheologist Award, which recognizes product innovation and research of new materials and applications that expand the field of rheology. The following year he received a prestigious NSF CAREER Award for his research on exploiting the size and shape of particles to improve the stability of emulsions typically found in agricultural, pharmaceutical, and personal care products. More recently, Dr. Ma is leading a major effort to establish a center of excellence for additive manufacturing of soft materials at UConn. The mission is to accelerate technology transfers to the industry and to provide an important training ground for future workforce in advanced manufacturing.
Graduate Student Sonia Chavez of the IMS Polymer Program has received the Louis Stokes Alliances for Minority Participation (LSAMP) Bridge to the Doctorate (BD) fellowship. Funded by the National Science Foundation (NSF), this program provides continued support for students who participated in an LSAMP program during their undergraduate, offering up to two additional years of STEM education at the graduate level.
Sonia’s fellowship is part of LSAMP’s initiative to encourage and support “historically under-represented students in the science, technology, engineering, and mathematics (STEM) fields.” During her undergraduate studies at DePaul University, Sonia became involved with the Chicago Initiative for Research and Recruitment in Undergraduate Science (CIRRUS), NSF’s STEM Talent Expansion Program (STEP), and the Society for Advancement of Hispanics/Chicanos and Native Americans in Science (SACNAS). Each organization shares a common goal to increasing the number of students graduating with STEM degrees, particularly students from populations currently underserving in these fields.
Sonia’s participation within these programs has provided her with opportunities to attend and organize support workshops for under-represented students. Additionally, she helped implement outreach activities to expose inner city children to science. By being awarded the LSAMP fellowship, Sonia hopes to continue her outreach and professional development, while devoting the rest of her time to
Dr. Douglas Adamson, (IMS/CHEM) Associate Professor in the Chemistry Department, has just been appointed to the board of directors of TRI/Princeton. Dr. Adamson joins a team dedicated to TRI’s mission of promoting the advancement of science and the enhancement of innovation, while pursuing potential contributions to society. The board of director’s diverse scientific disciplines allow for an interdisciplinary approach to surface science, materials science, optical measurement, and fluid/pore interaction. Doug becomes the only academic member of the board, with other members being senior scientists from companies such as DuPont, Johnson & Johnson, and Procter and Gamble.
TRI/Princeton is divided into a variety of laboratories and centers dedicated to serving industry, government, and academia. In addition to research, TRI’s Professional Education Program offers a variety of conferences, workshops and courses to provide its members with the tools to accommodate industry’s ever-changing needs. As their website explains, “We remain vigilant in seeking new opportunities and discoveries that will sustain the Institute into the future while remaining true to our principle of inspiring, educating and connecting through science.”
UConn researcher Anson Ma recently participated in a prestigious U.S.-Japan Young Scientist Exchange Program that enabled him to spend five days visiting top Japanese universities and research centers, where he presented his research on rheology and processing of nanofluids and met with fellow young researchers.The National Science Foundation (NSF) and the Ministry of Education, Culture, Sports, Science, & Technology in Japan (MEXT) initiated the science diplomacy-style exchange program in 2003 to foster collaborations among U.S. and Japanese researchers in strategic areas. Leading young Japanese academics visit U.S. universities and researchers, and U.S. academics reciprocate.
Ma, an assistant professor of chemical and biomolecular engineering, was nominated by a senior researcher for his contributions in understanding the flow behavior and processing of complex fluids for biomedical and energy applications. During day-long workshops from Dec. 9 to 13, Ma and his fellow U.S. and Japanese scientists delivered and attended presentations, toured laboratories, and discussed avenues for collaboration.The group visited the National Institute for Materials Science, including laboratories associated with the institute’s nanotechnology platform; the University of Tokyo; Osaka University; and Kyoto University. Among the technology highlights that particularly impressed Ma was the remarkable ultra-high voltage Hitachi electron microscope housed at Osaka University, which is more than 13 meters high.
The delegates also enjoyed one day of sightseeing, when they took the high-speed Shinkansen train (also known as the ‘bullet train’) from Tokyo to Kyoto for a tour of the 17th-century Kodaiji Temple.
The research trip was organized and led by Alexander Revzin, currently a program director in the Biosensing Division at the National Science Foundation and a University of California-Davis professor, and Dino Di Carlo, associate professor of bioengineering at UCLA.
“The goal is to unveil areas of mutual interest and to build collaborative research bridges in transformative research arenas,” says Di Carlo.
Professor Hidetoshi Kotera, executive vice-president of Kyoto University for external strategy, knowledge, and technology transfer and innovation, speaks about current research activities and future plans for the university.The exchange program focuses on bio-nano-micro technologies, and while the themes have remained constant since 2003, the application areas – for example, manufacturing, sensing, and energy – of the visits vary from year to year. When Japanese delegates come to the U.S., they visit various different U.S. universities during their exchange tours; in recent years, these have included UCLA, Caltech, MIT, Harvard, Northwestern, and the University of North Carolina.
Ma says the experience was extremely worthwhile, noting that he met potential collaborators among the U.S. delegates as well as among the Japanese faculty. He found the work of three Japanese researchers particularly compelling. One is involved in biomechanics research focusing on the motion of cells, and another is developing a bioadhesive for creating 3-D tissue using cells as building blocks – “just like playing with Lego blocks,” says Ma. A third is developing advanced biomimetic materials.
Ma was also impressed with the laboratories and cleanroom facilities, which he says were organized and efficient. However, he was surprised to find that in Japanese laboratories, as in living spaces, scientists must don slippers before entering research spaces – a custom that is forbidden in U.S. labs.
Learn more about Ma’s research program here and here.