Rodrigo Ferrão de Paiva Martins

Oxide Materials and Devices

 

Full Professor at FCT-NOVA, Director of CENIMAT/i3N, Campus Caparica, 2829-516, Portugal

 

 

Email: rm@uninova.pt

 

Biography

Rodrigo Martins, Portuguese nationality, was born in Nova Lisboa, Angola. He got in 1974 the Honours degree in Electronics Engineering, Telecommunications and applied Electronics by U. Luanda, Angola/ PT. In 1977 he got the MSc degree in Semiconductor Materials, by the University of Dundee, Scotland. Thesis title: “Photoconductivity in P Doped and Undoped Amorphous Germanium.” Supervisor W. Spear, 1977 Euro physicist award. In 1982, the Ph.D. in Energy conversion and Semiconductors, by New University of Lisbon, Portugal. Thesis title: “a-Si:H solar cells processing and characterization”. In 1988 he got the Habilitation in Semiconductor Materials and Microelectronics, by New University of Lisbon, Portugal. Lesson title: “Density of states in disordered semiconductors”. Full Professor at FCT-NOVA since 2002 in Materials Engineering, specialty Materials for Energy, Microelectronics and Nanotechnologies. Doctor Honoris causa by the University of Galati, Romania, since 2012.

Today has the following functions:

President of the European Academy of Sciences; President of the International Union of Materials Research Societies; Member of Scientific Council of the European Research Council.

Member of: Portuguese Academy of Engineering; Portuguese Order of Engineers, OE; Board of Admission and Qualification of OE; Chair of the Scientific technical council of AlmaScience:

Rodrigo Martins is the founder and director of the Centre of Excellence in Microelectronics and Optoelectronics Processes of Uninova; leader of the Materials, Optoelectronics and Nanotechnologies group of I3N/CENIMAT and his director. Editor in Chief of the journal Discover Materials, since 2020. Member of the: Nomination committee of the EIT KIC Raw Materials; Steering Committee of European Technology Platform for Advanced Engineering Materials and Technologies, EuMat; Joint Innovation Centre for Advanced Material Sino-Portuguese; administration board of the nature journal: npj 2D Materials and Applications; administration board of the Portuguese battery association cluster, BATPOWER, involving more than 40 partners, coming from academy and industry sectors (2021); Founder of the collaborative laboratory AlmaScience (2019); Founder of the Portuguese cluster association in Advanced Functional Materials, involving 12 municipalities, 20 enterprises and 7 RTO/Universities.

Fields of expertise:

He is expert in the fields of: advanced functional materials for electronics and energy applications (former adviser of the European Commission in DG Research and Innovation, from 2014-2018); nanotechnologies, microelectronics, transparent electronics (pioneer) and paper electronics (co-inventor), with more than 799 papers published in WoK, holding an h factor of 81, with more than 29750 citations. He is author in 5 books and 31 book chapters and editor in 8 books. Here, we would highlight the last book (2020): R. Martins, H. Águas, E. Fortunato, Energia Fotovoltaica: Materiais e Aplicações, Volumes I and II, Nova FCT Editorial, 2020 (845 pages).

Scientific production, patents awards and honors conceived

Rodrigo Martins was decorated with the gold medal of merit and distinction by the Almada Municipality for his R&D achievements, in 2016 and the career and recognition prize 2021 given by the Portuguese Materials Research Society. In 2022 got the scientific prize NOVA-ALTICE RESEARCH AWARD. He got more than 19 international and national prizes and distinctions for his scientific and project works, such as supersmart, within KIC Raw Materials. ORCID: http://orcid.org/0000-0002-1997-7669: Webpage: https://cemop.uninova.pt/.

Involvement in Research Projects

Rodrigo Martins holds 67 conceived patents (12 are trademark register) and have 15 pending patents related to oxide semiconductors, paper electronics, energy devices, processing technologies; electrochromic devices, memory devices; CMOS technology full oxide based; photodetectors, ink processing; smart bio detection platforms; x-ray and photodetectors.

As far as projects are concerned, he has been involved in 177 projects (from which 80 are national), coordinated 52, was responsible in 65, co-responsible in 11 and active member in 48.

 

Abstract for Presentation

 Metal Oxides: the demand for the Green Electronics of our future

 

 

Oxide electronic materials is one of the most promising technologies for electronic devices, as distinct from the traditional silicon technology. Metal-oxide semiconductors have attracted considerable attention over the past few decades because of their high transparency, large area, and mass production compatibility. Metal oxide-based thin film transistors (TFTs) have attracted interest for next-generation TFTs in foldable, flexible, and stretchable displays and transparent electronics. However, the common semiconductor used contains indium, such as IGZO, ITO, and IZO, are limited due to their environmental issues (i.e., toxicity), and high cost of indium. Therefore, there has been considerable research on transparent metal-oxide semiconductor electronic devices using low toxicity and abundant materials (zinc and tin), besides focusing research at nanoscale devices for a plethora of applications, including memories.

Also, a massive increase of the internet of things (IoT) nodes is happening nowadays, since almost every device has embedded electronics. However, this will induce a high quantity of electronic waste (e-waste) accumulation. To overcome this serious societal problem, it is necessary to rethink the production process of some electronic devices and to reconsider their environmental footprint. By adopting more abundant metal oxides and processes, electronics waste is reduced, leading to the reduction of the carbon footprint. Printed and paper electronics fulfil these requirements and have been considered as key to surpass the high production costs, material’s waste and still allow large area production.

In this work we will present the most important landmarks achieved by these stimulating scientific areas as well as some insights to emerging applications such as green electronics.

 

 

References 
[1] E Fortunato, P Barquinha, R Martins Adv. Mater. 24 (22), (2012) 2945-2986.

[2] HW Choi, DW Shin…, P. Barquinha, R. Martins, Nature Communications 13 (1), (2022) 1-9

[3] R Martins, Progress in Natural Science: Materials International, 31 (6) (2021), 785-791

[4] E Carlos, R Branquinho, R Martins, A Kiazadeh, E Fortunato, Adv. Mater. 33 (7), (2021) 2004328

[5] S Jana, E Carlos, S Panigrahi, R Martins, E Fortunato, ACS nano 14 (11), (2021) 14790-14797