Professor Edgar Dutra Zanotto (DEMa – UFSCar), founding member of B-MRS, is one of two authors of the article selected by the American Ceramic Society to receive the Spriggs Phase Equilibrium Award of 2019. Entitled “Simple model for particle phase transformation kinetics,” the the award-winning article was published in the journal Acta Materialia in August 2018.
Since 2003, the award has distinguished the best contributions to the study of phase stability in ceramic-based systems among the works published in the calendar year prior to the award in the scientific literature (periodicals, books, bulletins, etc.).
The prize will be given on September 30 this year in Portland (USA) during the 121st ACerS Annual Meeting.
Paper: Reis, Raphael M. C. V. ; Zanotto, Edgar D. Simple model for particle phase transformation kinetics. ACTA MATERIALIA; v. 154, p. 228-236, AUG 1 2018
Edgar Dutra Zanotto, Professor at the Federal University of São Carlos (UFSCar), one of the founders of SBPMat and researcher in the Materials area for nearly 40 years, was chosen as a fellow of the American Ceramic Society (ACerS) – a recognition conferred annually upon few select members.
The elevation to fellow is a peer recognition by ACerS members for outstanding contributions to ceramics science or art. In fact, the fellows of ACerS are chosen from the almost 10,000 members of the society, located in 70 countries, in a nomination and election process that has the participation of members, fellows, and with the final approval of the directors of ACerS. For scientists working in academia, scientific and technological production is one of the main points considered in the election.
Professor Zanotto currently has more than 5,500 citations and an H index of 40, according to Google Scholar. Among the other positions he holds, he is director of the Center for Research, Technology and Education in Vitreous Materials (CeRTEV) and editor of the Journal of Non-Crystalline Solids.
The election of the new fellows of ACerS will be celebrated at the awards and recognition banquet of the 118th annual meeting of the society on 24 October 2016 in Salt Lake City, Utah, in the United States.
Sunday, September 27.By 6:45 pm. Hundreds of people enter the plenary room of the Convention Center “SulAmérica”, in Rio de Janeiro (Brazil) for the opening ceremony of the 14th annual meeting of the Brazil Materials Research Society, whose acronym in Portuguese is SBPMat. The opening table is composed by the chairmen of the event, Prof. Marco Cremona (Brazil) and Prof. Fernando Lázaro Freire Junior (Brazil), as well as the present SBPMat president, Prof. Roberto Mendonça Faria (Brazil), the immediate past president of the European Materials Research Society (E-MRS), Prof. Rodrigo Martins (Portugal), and the general secretary of the International Union of Materials Research Societies (IUMRS), Prof. Robert Chang (USA). Behind them, a big banner shows the logos of dozens of institutions and companies that gave financial support to the event.
Near 1,000 attendants are present at the ceremony, which starts with the Brazilian national anthem. The chair Prof. Cremona welcomes the participants to the meeting. Prof. Robert Chang, who was president of MRS (Materials Research Society) in 1989 and founded IUMRS in 1991, convokes the participants of all countries to try to solve together the most important global challenges for materials research, related to health, food, environment, transport etc. Representing E-MRS, Prof. Martins, who presently takes care of Global Leadership and Service Award at IUMRS, emphasizes his desire of promoting international connections. Prof. Faria talks a little bit about Brazil, which, as well as other developing countries, is very rich in raw materials but needs to add value to its products by means of science and technology.
After the opening, Prof. Eloisa Biasotto Mano (Brazil) goes to the stage for the Memorial Lecture “Joaquim da Costa Ribeiro“, which is a distinction bestowed annually by SBPMat on a Brazilian researcher with outstanding career in the field of Materials. This 91-year-old scientist pursued international scientific education at a time when most women were illiterate in Brazil, and founded in the Federal University of Rio de Janeiro (UFRJ) the first research group in polymers in the country. This group later became the Institute of Macromolecules (IMA), which was directed by Eloisa until she retired. In the memorial lecture, she talks about macromolecular materials and, using a representation of a polyethylene molecule made by herself with wire, she shows how these kind of molecules behave in response to their big size. A group of Prof. Eloisa´s disciples (among them, the present director of IMA) assists her with the presentation, showing affection, gratitude and admiration for her . After the talk, many attendants of diverse ages make a queue to take a picture with this protagonist of the dawn of polymer science in Brazil. Eloisa, who is professor emeritus of UFRJ, poses for all the pictures she is ask to. At the end of the photo session, she accepts our microphone and leaves a message for the young people starting a carreer in science:
Right after the memorial lecture, in the same venue, the participants enjoy the welcome cocktail while meeting friends and collaborators. The cocktail is animated by live “chorinho” music, an instrumental Brazilian popular genre original from Rio de Janeiro.
Monday, September 28.At 8:30 in the morning, the plenary room is full of attendants waiting to learn about metamaterials and the extreme behavior of waves interacting with them in the first plenary lecture of the event. The speaker is Nader Engheta, the H. Nedwill Ramsey Professor of Electrical and Systems Engineering at the University of Pennsylvania (United States). This Iranian-born scientist is a recognized world leader in research on metamaterials, and holds an H number of 69. Through experimental and theoretical research, Engheta and his collaborators have created such unconventional things as nanocircuits made of metamaterials that function as optical filters. Since the beginning of the talk, Engheta captivates the audience with some history of science and with a world of structures created by using particular composite metamaterials with particular sizes and geometries and arranged in particular ways with the aim of obtaining unconventional interaction with light and other waves.
In the afternoon, at 3:30, more than 400 people attend the second plenary lecture, which is about glass-ceramics (materials formed through controlled crystallization of certain glasses). The speaker is the Brazilian researcher Edgar Zanotto, Professor at the Federal University of São Carlos (UFSCar), in Brazil, where he founded and heads the Vitreous Materials Laboratory (LaMaV) that assembles a big international team. Zanotto, who is a world-renowned expert on glass-ceramics, presents in his lecture many useful applications of these materials, such as cooking hobs or artificial bones and teeth. He also mentions the scientists who, along 60 years of glass-ceramics history, contributed to the advancement of research on that topic. In spite of those contributions, the comprehension of some aspects of the formation of glass-ceramics is not complete, he says, but that is not a problem for glass-ceramics fabrication and applications. It´s just an opportunity for fundamental scientists.
Paul Ducheyne. Biomaterials. Merging Materials Science with Biology.
Tuesday, September 29.8:30 am, time for the third plenary lecture of the event. The lecturer, Prof. Paul Ducheyne, also comes from University of Pennsylvania (USA), where he directs a multidisciplinary center for bioactive materials and tissue engineering research. An authority on biomaterials field, Ducheyne is the editor in chief of a six-volume book on biomaterials published in 2011. In the talk, he shows a series of biomaterial-made devices, grafts, scaffolds etc., most of them already being commercialized, that actively interact with the body, either by promoting tissue formation (for example, bone) or by releasing drugs for diverse treatments. Ducheyne presents their effects on solving health problems, numbers about their markets, and scientific recent advances that can make them even more effective.
Some hours later, at 3:30 pm, hundreds of participants cluster again, this time around Prof. Ulrike Diebold, whose research group at UT Wien (Austria) is devoted to the understanding of fundamental mechanisms and processes occurring in surfaces at the atomic scale. Prof. Diebold catches the audience attention from the beginning to the end by showing, through scanning tunneling microscopy images, how she spies the behavior of atoms on the surface of metal oxides – topic in which she is a worldwide leader researcher. In particular, she reveals two secrets of metal oxide surfaces: the first one about how oxygen adsorbs on titanium dioxide and the second one about how active single metal atoms are in oxidation process in magnetite.
Wednesday, September 30. In the plenary lecture of the morning, the audience is transported again to the social-impacting world of biomaterials by Prof. George Malliaras, Greek-born, working at École Nationale Supérieure des Mines de Saint-Étienne (France), where he heads the Department of Bioelectronics. Malliaras has an H index of 64. After many years working on organic electronics, he entered the new field of organic bioelectronics and obtained impacting results. His research is about electronic devices made of conducting polymers that match properties of living tissues. These devices are used for interfacing with human brain – a “natural electronic device”. The final purpose is to study brain activity or diagnose and even treat neurological diseases such as epilepsy. An example of device is a transistor that enables boosted in vivo recording of brain activity with low invasion. As suggestions for the materials community, Malliaras highlights the importance of collaboration with neuroscientists and physicians and the challenge of improving the understanding of electronic transport and structure.
Ichiro Takeuchi. Combinatorial Approach to Materials Discovery.
In the talk of the afternoon, the speed of science progress accelerates following the beat of the combinatorial approach. Prof. Ichiro Takeuchi, from University of Maryland (USA), explains how his group manages to optimize materials and properties discovery. As well as in lottery one can buy a big number of tickets to have more chances to win a prize, in materials discovery scientists can produce a huge number of combinations of elements to obtain a compound with desirable properties. For example, for quaternary compounds, millions of combinations are possible, from which only 0,01 % are known. In Prof. Takeuchi´s lab, machines for thin film deposition used with masks work night and day to create patchwork-like samples containing libraries of similar compounds. Then, the libraries are characterized by rapid tools, giving information about the properties of several compounds at the same time. Coupled with appropriate theory and computational simulations, these high-throughput experiments become real materials discovery engines.
Claudia Draxl. On the Search of Novel Materials: Insight and Discovery though sharing of big data.
Thursday, October 1st,8:30 am. In the last plenary lecture of the event, Prof. Claudia Draxl (Humboldt University, Germany) publicly wonders how to make available the huge amount of data resulting from experiments around the world, high-throughput screening, computer clusters etc. Why to do that with scientific data? For confirmation, broad dissemination in society, sharing with distant collaborators and reuse with new purposes. With that aim, Prof. Draxl and collaborators from European countries are facing the development of a repository of materials raw data, called Novel Materials Discovery (NoMaD), which hosts, organizes and shares materials data on the web.
The symposia at SBPMat annual meetings are selected from proposals that can be submitted to the event committee by any scientist from anywhere in the world. This edition of the event encompassed 26 symposia (including the satellite event “8th International Summit on Organic and Hybrid Solar Cells Stability”) and 2 workshops, and it registered symposia coordinators from Argentina, Denmark, England, France, Germany, Italy, Ireland, Japan, Portugal, Spain, Swiss, USA, and, of course, Brazil. Within the symposia, near 190 invited speeches and more than 2,000 technical works are presented and discussed in oral and posters sessions, on a wide range of subjects going from carbon nanostructures to biomaterials, from characterization techniques to computer simulation, from materials for sustainable development to safe use of nanomaterials.
While some symposia have been held year after year in the SBPMat meeting, the University Chapters symposium was a novelty of this year meeting. It was completely organized by students from diverse points of Brazil who are coordinators of the SBPMat University Chapters. The chapters are organized teams, affiliated with the society, composed of graduate and undergraduate students working in materials field. The members of these groups carry out diverse activities that complement their academic education. The students from the existing chapters, which were eight in number up to the moment of the meeting, faced the challenge of organizing a symposium – a task that is usually done by senior researchers.
In fact, students have not only active but also massive participation in the XIV SBPMat meeting. Almost half of the attendants (950 people) were master, doctoral and even undergraduate students doing research on materials field. In Brazil, the federal agency for research support, CNPq, has a program called “scientific initiation” that grants scholarships to undergraduate students to conduct research under the supervision of a Professor.
For the oral sessions of the symposia, all along the meeting, after the morning plenary session, and before and after the afternoon plenary talks, the attendants distributed themselves among 17 rooms. The poster sessions took place at the end of the afternoon from Monday to Wednesday and in the morning on Thursday. Walking through the long corridors of the poster sessions, one could see active scientific discussion, many times between a young author and a renowned researcher. One could also hear very positive comments about the original arrangement of the poster panels. The size of the poster session was impressive. In total, near 1,800 research works were presented in the posters.
Twice a day from Monday to Wednesday, the attendants could take a break and have a coffee with cookies while visiting the exhibition of the event, which encompassed 32 stands showing a variety of scientific instruments, services, scientific journals, books and opportunities for the materials community. In addition, on Wednesday, the participants had the opportunity to attend four hours of technical talks given by some expositors about fabrication and characterization techniques.
On Thursday by 12:30 the closing ceremony started. In the closing panel, Prof. Soo Wohn Lee, from MRS Korea and conference chair of the IUMRS-ICAM 2015, joined the representatives of SBPMat, E-MRS and IUMRS.
In his final remarks, the meeting chair Prof. Cremona presented some photos of the past days and hours that made the public remember so nice and fruitful moments. He also presented the numbers of the event: 2,000 registered people from 985 institutions, among which 300 were foreign researchers from 40 countries. Finally, he announced that the next SBPMat annual meeting will be held in Campinas city (São Paulo state).
After the closing words, more than 20 prizes were given to young researchers within four different awards: the Bernhard Gross Award, a traditional SBPMat recognition for the best works of students, and the awards bestowed by IUMRS, E-MRS and Horiba.
The São Paulo Advanced School on Glasses and Glass-ceramics, organized by the Center for Research, Technology and Education for Vitreous Materials (CeRTEV) of the Federal University of São Carlos (UFSCar) was held during August 1-9, 2015, in São Carlos, SP, Brazil. It counted on generous financial support from the São Paulo Research Foundation (FAPESP), the Department of Materials Engineering (DEMa-UFSCar), the Institute of Physics (IFSC)-USP, Brazil, and Owens-Illinois, USA.
The School was widely advertised during 2 months at CeRTEV´s email list of glass researchers, at Klaus Bange´s email list, and on key web sites related to glass research: American Ceramic Society, Society of Glass Technology, International Comission on Glass, Linkedin (glass research and technology groups), Brazilian Ceramic Society, Brazilian Physical Society, FAPESP, SBPMat (Brazil-MRS), as well as in some journals: Nature, ACerS Ceramic Bulletin, and Glass International.
The participants were selected among hundreds of applicants from around the globe. The selection criteria included a thorough analysis of their CVs, recommendation letters, and the scientific standing of their current research group. The large number of applications and the outstanding quality of many of them made this process quite difficult. In the end, approximately 100 highly qualified students from 19 countries were accepted. Among the international participants were 12 from the US, 8 from France, 7 from Germany, 6 from India, 3 from Italy, 3 from Colombia, 3 from Russia, 3 from China, 2 from Canada, 2 from Argentina, 2 from Turkey, 2 from the Czech Republic, and one each from Spain, Finland, Korea, Japan, UK, Portugal and Tunisia, plus about 40 students from Brazil. Twenty extra guest students and professors were allowed to attend the classes. The organizers covered the travel, meals and accommodation expenses of most of the selected PhD students and instructors.
The school program covered several key, state-of-the-art, topics on glass and glass-ceramics, ranging from structural characterization to relaxation, thermodynamics, crystallization, and properties. The program comprised 11 lectures of 2 hours each, and 3 tutorials about the powerful SciGlass database/software – with a free user license for all the attendees during the School days.
The first day started with an overview of the school objectives and the overall plan (delivered by Prof. Edgar D. Zanotto). The second day started with a “fire” session, where the students had a 1 minute to “sell” the highlights of their PhD research work and poster. In the next day, the school was opened with Professor Hellmut Eckert´s lecture on “Glass structure by NMR techniques”, followed by a lecture by Prof. P.S. Pizzani entitled “Glass structure by Raman spectroscopy”. In the afternoon, the students were assembled into groups of five and a challenge was proposed: to develop – under the guidance of an assigned tutor – an original proposal for a postdoctoral research project on a topic related to glass or glass-ceramics, to be presented at the end of the school, as a requirement for their final “diploma”. This day ended with a practical tutorial of SciGlass, coordinated by Dr. Alex Priven. On the fourth day, the school started with Professor Prabhat Gupta´s lecture on “Structural and stress relaxation in glasses”, followed by Prof. J.P. Rino´s lecture on “Dynamic processes in glass by MD simulation”. After lunch, Prof. Zanotto presented the lecture “Nucleation, growth and crystallization of glasses”, which was followed by another SciGlass tutorial session. The fifth day started with a lecture on “Optical properties of vitreous materials” delivered by Prof. Ballato followed by Prof. A. S. S. de Camargo´s lecture “Spectroscopic techniques applied to glasses and glass-ceramics”. In the afternoon the students had a guided visit to several laboratories of the Physics and Materials Engineering Departments of UFSCar. Lectures on “Mechanical properties of glasses” (Prof. V. Sglavo, Italy) and “Mechanical properties of glass-ceramics” (Prof. F. Serbena, Brazil) were presented on the sixth day of the school. After lunch, the students attended the final tutorial class on SciGlass and presented the main results of their PhD work in a 2-hour poster session. On Friday, the 7th day, Prof. A. Ghosh delivered his lecture on “Electrical properties of vitreous materials”. After this lecture, the students were invited to visit the laboratories of the Physics Institute of the University of São Paulo (USP). The afternoon was dedicated to the final discussions about the postdoctoral projects. The 8th day started with the presentations of Prof. Peitl, Marina Trevelin, Clever Chinaglia (all from CeRTEV (Brazil) and Murilo Crovace on “Bioactive glasses and glass-ceramics”. After this presentation, Prof. Osvaldo N. Oliveira Junior gave an overview of FAPESP`s funding opportunities for young researchers’ projects. Profs. Zanotto´s and Eckert´s talks on research opportunities at CeRTEV finished the morning talks. The remainder of the day was dedicated to working on the students´ research proposals, which were then defended during the final day of the conference. All the 18 presentations were of very high quality and very interesting research ideas were proposed. Many professors and attendees commented that they will likely build on some of these ideas in their own future research! The school ended with Prof. Zanotto´s and Eckert´s farewell speeches and acknowledgements. The lectures and other information can be downloaded from http://www.certev.ufscar.br/g-cc-brasil.
The vast majority of received feedback indicates that the school was a great success and should be repeated. This was likely one of the largest short courses focusing on glass education worldwide. We are confident that the attendees have benefitted greatly from the information and perspectives presented at this school and that they will return home to their on-going research projects with inspiration and new ideas. We hope to remain in touch with these future leaders in academic and industrial glass research, to develop collaborations and joint research projects with them and their advisors in the future.
M. R. B. Andreeta, A. C. M. Rodrigues, E. D. Zanotto and H. Eckert
CeRTEV (www.certev.ufscar.br), São Carlos, SP, Brazil
SBPMat XIV Meeting: interviews with plenary speakers
Professor Ulrike Diebold (UT Wien, Austria) will speak in the XIV SBPMat Meeting about the surfaces of metal oxides. These materials are used for gas monitoring, catalysis, anti-corrosion, energy conversion, pigmentation and many other applications. Using her scanning tunneling microscopes (STM), Diebold investigates, for example, atomic-scale defects in the network of metal oxides. In our interview, she talked about his major contributions in the field of metal oxides and about the power of STM technique for the study of surfaces. She also left a tempting invitation to go to her lecture and shared with us nice STM images. See the interview.
We also interviewed professor Edgar Zanotto (UFSCar, Brazil), whose plenary talk will be about glass-ceramics – materials formed from the crystallization of certain glasses. Since the beginning of his scientific career, Zanotto has been studying the mechanisms of formation of glass-ceramics and developing applications for them. In the XIV SBPMat Meeting, the scientist will talk about past and future, including the development of new glass-ceramics and their use in new products. See the interview.
In a study about magnetic properties of nanocrystalline thin films, held at the Brazilian Center for Research in Physics (CBPF), in Rio de Janeiro (Brazil), a team of scientists used, intensely, broadband electromagnetic resonance, and combined it with other analytical techniques. The conclusions of the study may contribute to the production of magnetic materials for miniaturized devices. The work was reported recently in the Journal of Applied Physics. See our story about the paper.
SBPMat´s community people
We interviewed Israel Baumvol, Emeritus Professor of UFRGS (Porto Alegre, Brazil) and creator of the graduate program in materials science and engineering at UCS (Caxias do Sul, Brazil). Baumvol became enchanted with the possible applications of physics at the time of graduation. Throughout his career, he has made significant contributions to the field of materials on various topics. In the interview, when talking about his career, the researcher reported, among other stories, how he began working on materials for microelectronics from an invitation from IBM to apply his knowledge on ion implantation. To our younger readers, Baumvol suggested: follow your hearts, seek changes and get rid of the prejudices about the types of research. “The only distinction is between good or bad quality research”. See our interview with the scientist.
Alternatives to silicon for miniaturized devices: graphene nanowires synthesized by new route (based on paper from Nature Nanotechnology). Here.
At MIT, viruses are used to create materials with relevant applications (TED talk video and other multimedia content). Here.
Team of scientists that includes a Brazilian “trains” nanotube composite to perform computational operations (based on paper from Journal of Applied Physics). Here.
VII Método Rietveld. Fortaleza, CE (Brazil). July, 6 to 10, 2015. Site.
Escola de Técnicas de Espalhamento de Raio-X (SAXS) e Neutrons (SANS) para Investigação Estrutural de Materiais e Sistemas Biológicos. Rio de Janeiro, RJ (Brazil). July, 6 to 10, 2015. Site.
XXVI Escola de Inverno de Física da UFMG. Belo Horizonte, MG (Brazil). July, 13 to 17, 2015. Site.
São Paulo School of Advanced Sciences (ESPCA) on Recent Developments in Synchrotron Radiation. Campinas, SP (Brazil). July, 13 to 24, 2015. Site.
Advanced School on Glasses and Glass-Ceramics (G&GC São Carlos). São Carlos, SP (Brazil). August, 1 to 9, 2015. Site.
Primeira Conferência de Materiais Celulares (MATCEL 2015). Aveiro (Portugal). September, 7 to 8, 2015. Site.
XIV SBPMat Meeting. Rio de Janeiro, RJ (Brazil). September 27 to October 1, 2015. Site.
8th International Summit on Organic and Hybrid Solar Cells Stability (ISOS-8). Rio de Janeiro, RJ (Brazil). September 29 to October 1, 2015. Site.
13th International Conference on Plasma Based Ion Implantation & Deposition (PBII&D 2015). Buenos Aires (Argentina). October, 5 to 9, 2015. Site.
4th EPNOE International Polysaccharide Conference. Warsaw (Poland). October, 18 to 22, 2015. Site.
10th Ibero-American Workshop on Complex Fluids 2015. Florianópolis, SC (Brazil). October, 25 to 29, 2015. Site.
14th International Union of Materials Research Societies – International Conference on Advanced Materials (IUMRS-ICAM 2015). Jeju (Korea). October, 25 to 29, 2015. Site.
To suggest news, opportunities, events, papers, interviewees or reading recommendations items for inclusion in our newsletter, write to email@example.com.
Glass-ceramics, discovered in the decade of 1950, are produced by the catalyzed internal crystallization of certain glasses containing nucleating elements, and submitted to temperatures from 500 to 1,100 °C. They can present many properties which make of them interesting materials for many applications in the fields of medicine, odontology and architecture, among others.
In the XIV SBPMat Meeting, glass-ceramics will be addressed in a lecture entitled “60 years of glass-ceramics R&D: a glorious past and bright future”. The lecturer will be Edgar Dutra Zanotto, full professor of the São Carlos Federal University (UFSCar), in Brazil, and director of the Brazilian Center for Research, Technology and Education in Vitreous Materials (CeRTEV).
Zanotto became fascinated by glass-ceramics in 1977, when he read the book Glass Ceramics byPeter McMillan, from Warwick University (United Kingdom), while he was completing the graduation course of Materials Engineering at UFSCar. From that moment on, these materials and their crystallization process have been the focus of his studies, first in his Master’s Degree in Physics (USP São Carlos, Brazil) then in his PhD in Glass Technology (University of Sheffield, United Kingdom) and, until the moment, in the research and development projects that hedevelops with his group in the Laboratory of Glass Materials (LaMaV) at UFSCar.
Edgar Zanotto is author of an important production in science and glass technology. There are more than 200 scientific articles, with approximately 3,500 citations in Web of Science and 5,000 in Google Scholar; 20 book chapters; 17 patent orders; 2 books and 4 prefaces of international books. His H index is 34, according to Web of Science, and 39 according to Google Scholar. Zanotto already received 28 prizes or distinctions from diverse entities, as American Ceramic Society, Elsevier Publishing Company, International Commission on Glass, The World Academy of Sciences and CNPq, the Brazilian Federal Research Foundation. He is Commander of the Brazilian National Order of the Scientific Merit. He was chairman of six of the most important international congresses on the glass area. He gave more than 110 invited lectures and a dozen of plenary lectures. He is editor of the Journal of Non-Crystalline Solids.
Here is a mini interview with this lecturer of the XIV Meeting of SBPMat.
SBPMat newsletter: – What are your most significant contributions or the ones with bigger social impact in the subject of glass-ceramics? Explain them very briefly and comment what was generated from them (papers, books, patents, products, etc.).
Edgar Zanotto: – I believe that the most significant contributions of my research group are referred to tests and improvements of models of nucleation, crystal growth and total crystallization of glasses. Moreover we developed and tested, successfully, models that describe the sintering with concurrent glass crystallization, besides several measurement techniques and theories of dynamic processes (viscous flow, structural relaxation, diffusion and crystallization) in glasses. The numbers of papers, patents and books generated from these researches are described above.
SBPMat newsletter: – Please, name some products made with glass ceramics that are in the market and some possible promising applications.
Edgar Zanotto; – Throughout the last 39 years we develop glass ceramics from iron and steel slags and from recycled glasses – for application in civil construction and architecture – and also more sophisticated materials for odontological and medical use. These will be presented in the lecture.
SBPMat newsletter: – If you wish, leave a message or an invitation to your plenary talk to the readers who will attend the XIV SBPMat Meeting.
Edgar Zanotto: – In the lecture I intend to revise the main models of nucleation and crystal growth in glasses and to discuss their applicability to the development of new glass ceramics. Everything will be illustrated with colorful figures of innumerable new products. I hope that the lecture will be interesting and motivating for the students and researchers (experimental and theoreticians) of the areas of materials science and engineering, and condense matter physics and chemistry.
Professors Edgar Dutra Zanotto and Victor Carlos Pandolfelli, members of the Brazilian Materials research community, were elected to join the ranks of the full members of the Brazilian National Academy of Engineering (ANE) and were sworn, with other 25 engineers, on November 27, 2014, at the Auditorium of the Navy Arsenal in Rio de Janeiro.
By electing full members, ANE honors and recognizes great talents in the professional field by highlighting them as examples and a sources of inspiration for future generations.
Zanotto and Pandolfelli are full Professors of the Materials Engineering Department (DEMa) of the Federal University of São Carlos (UFSCar), Brazil.
Edgar Zanotto is a Materials Engineer by UFSCar, Master in Physics from the University of São Paulo (USP), Brazil, and PhD in Glass Technology from the University of Sheffield (United Kingdom). At UFSCar, he coordinates the Vitreous Materials Laboratory (LaMaV), established by him in 1977. Amongst many distinctions, he is a Commander of the National Order of Scientific Merit and member of the Brazilian Academy of Sciences (ABC), the World Academy of Ceramics (WAC) and the World Academy of Sciences for the Advancement of Science in Developing Countries (TWAS). In addition to several executive and advisory positions, he is the Director of the Center for Research, Technology and Education in Vitreous Materials (CeRTEVE). Zanotto holds a 1 A-level fellowship for research productivity in the National Council for Scientific and Technological Development (CNPq), and has focused his research work into themes related to glass and glass-ceramics. Zanotto is one of the founders of SBPMat.
Victor Carlos Pandolfelli earned his undergraduate and Master’s degrees in Materials from DEMa – UFSCar, and his PhD in Materials from the University of Leeds (United Kingdom). Pandolfelli is a member of the advisory board of the World Academy of Ceramics (WAC), member of the Brazilian Academy of Sciences and the American Ceramic Society, and visiting Professor of the Wuhan University of Science and Technology (China), to name a few of his many distinctions. He is the Latin-American coordinator of the Federation for International Refractories Research and Education (FIRE), an organization comprising universities in different countries and major companies in the field of refractories. Since 1993, he coordinates the ALCOA (Aluminum Company of Americas) Laboratory at UFSCar. Pandolfelli also holds a 1 A-level fellowship for research productivity in CNPq. Among his main research topics, it is worth mentioning high temperature ceramic materials.
ANE recognizes that the country’s sovereignty, as well as the welfare and security of its population, critically rely on competent, innovative, ethical engineering, concerned about meeting the needs of all segments of society – taking into account the sustainability of the civilization, while based on long term global prospects.
The period of the fellowships is two years, starting in January 2015, renewable for two additional years upon mutual consent.
CeRTEV is an 11-year, approximately USD$22 million joint effort of the Federal University at São Carlos (UFSCar), the University of São Paulo
(USP) and the State University of São Paulo (UNESP), to conduct fundamental and applied research in the area of Functional Glasses and Glass-Ceramics. The center comprises 14 faculty members, including some of the world experts in vitreous materials and structural characterization techniques. Research will focus on new glasses and glass-ceramics and the development of structure/crystallization/properties correlations (mechanical, optical, electrical, catalytic, biological) for technological applications.
Applicants should have a PhD degree in Physics, Chemistry, Materials Science or Engineering, and have a genuine interest in conducting interdisciplinary research in an international environment. Previous experience in glass science, solid state physics or chemistry is advantageous. The monthly fellowships (non-taxable) include ca. R$ 6.000,-
plus 15% professional expenses. Travel expenses from and to their home countries will also be covered. The three sister universities are equal opportunity employers and are committed to increasing the proportion of women and ethnic minorities in academia.
Please send your application including CV, list of publications, a 2-3 page research proposal, and the names and email addresses of two references by October 15, 2014 to Prof. Edgar D. Zanotto (firstname.lastname@example.org).
On April 25th, the Materials field researcher Edgar Dutra Zanotto, one of the main founders of our Brazilian Materials Research Society (SBPMat), received the title of Technology Pawn from the São Carlos city Science Park Foundation (ParqTec). Created in 1993, the title is granted to people who contributed substantially, by means of technological innovation, to enhance production, quality and competitively for products, processes and services in companies. The ceremony, held in the São Carlos Science Park, was attended by researchers and entrepreneurs, as well as local and regional authorities. In the same ceremony, Professor José Guilherme Sabe also received the title.
According to the chairman of the ParqTec board, Irineu Gualtieri, the award was granted to the Professors due their actions for the development of the city. “With their pioneering spirit and innovation, the laureates have been contributing in a substantial way for the construction of the Brazilian Technology Capital [São Carlos], developing researches, implanting projects and encouraging the rise of new companies” Gualtieri said. “The laureates have all features of a Technology Pawn. They are dynamic, strategic, innovative, active, transparent and human”, concluded the president of ParqTec, Sylvio Goulart Rosa Jr.
About Professor Edgar Dutra Zanotto
Professor Edgar Dutra Zanotto is a Materials Engineer by UFSCar, Master in Physics by IFSC – USP, and PhD in Glass Technology by the University of Sheffield, in England. He worked as a Visiting Professor in the department of Materials Science and Engineering of the University of Arizona in 1987, and in the College of Optics and Photonics of the University of Central Florida in 2005, both in the USA.
The researcher, full Professor in the Materials Engineering Department at the Federal University of São Carlos (UFSCar), and member of ParqTec Curators Council, received in 2012 the Almirante Álvaro Alberto national science and technology award. Zanotto was granted with more 25 awards, which include three of the most important in glass sciences (Zachariasen Award,granted by the Journal of Non-Crystalline Solids, Vittorio Gottardi Prize by International Commission on Glass, and G. W. Morey Award by the American Ceramic Society).
The research activities of the Professor and his collaborators focus mainly on the theme of crystallization and properties of glass. They have published more than 200 papers and executed more than twenty projects jointly with companies. Zanotto also has 12 registered patents, two of which received awards from the Brazilian Ministry of Education and IBM, as well as the national contest State Governor Award for Brazilian inventions, in 1996.
Zanotto is level 1A (the highest one) CNPq researcher, member of the United Kingdom Society of Glass Technology, the Brazilian Academy of Sciences (ABC), the Academy of Sciences of the State of São Paulo (ACIESP), the World Academy of Ceramics (WAC), and The World Academy of Science (TWAS) for the advancement of science in developing countries.
Professor Zanotto also worked as deputy coordinator in the scientific division of São Paulo Research Foundation (FAPESP), from 1995 to 2005, taking an active part in the conception and implantation of several projects for the development of research and scientific dissemination. Currently, he accumulates the following managing and consulting functions: director of CeRTEV – Center for Research, Technology and Education in Vitreous Materials, supervisor of the Vitreous Materials Laboratory (LaMaV) at UFSCar, chief editor of the Journal of Non-Crystalline Solids, secretary of the glass and optical materials division of ACerS (EUA), vice-chair of the technical committee on glass crystallization of the International Commission on Glass; member of the councils of International Materials Institute (USA), ACIESP and IMPA; director of the Brazilian Ceramics Association, and Curator of Parqtec, since 1984.
(Text based on the press released provided by ParqTec)