ELENA BRUNO

Researcher of Physics of matter [FIS/03]
Office: DFA 262b
Email: elena.bruno@ct.infn.it
Phone: 5371
Fax: 095 337938
Web Site: www.dfa.unict.it/home/bruno/
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Office Hours: Tuesday and Friday from 11:00 to 12:00 Please, contact me the day before


Elena Bruno is a university researcher (assistant professor, SSD FIS/03 Physics of Matter, SC 02/B1), permanent employed, at the Department of Physics and Astronomy, University of Catania since 31/12/2010.

BASIC INFORMATION

  • Date of birth: April 10th, 1978
  • Current position: Researcher(Assistant professor) of Materials Science at the Department of Physics and Astronomy (DFA), University of Catania (since 2010)

 

EDUCATION & PROFESSIONAL EXPERIENCE

  • 2010 – Co.Co.Co. from National Council of Research (CNR) – IMM Catania
  • 2006 – 2010- Post-Doctoral grants from National Council of Research (CNR) – IMM Catania (before INFM National Institute of Physics of Matter)
  • February 2007 – she got PhD in Materials Science; title: “Diffusion and clustering of B in Si: basics and defect engineering”, Supervisor: Prof. F. Priolo, Dr. S. Mirabella
  • April 2003 – she got Master degree in Physics at the University of Catania with full marks (110/110 et laude); title of master thesis: “Formation and dissolution of boron interstitial clusters in crystalline silicon”.

 

TEACHING ACTIVITY

  • Since 2012: class of "Physics and applications of Physics", Degree in "Geological Science" at the University of Catania
  • Since 2017: class of "Medical Physics", Degree in "Nursing" at the University of Catania
  • Since 2017: class of "Medical Physics", Degree in "Nursing" at the University of Catania
  • Mentor/co-Mentor of about 20 Bachelor/Master thesis in the field of Physics of Matter
  • Supervisor of 2 PhD students
  • 2011-2012: : teaching support activity for classes of "General Physics 2", Degree in "Physics" at the University of Catania
  • Since 2011: : teaching support activity for classes of "Institutions of Structure of Matters", Degree in "Physics" at the University of Catania
  • 2013-2014 teaching activities on p-n junctions at the National Council of Research (CNR)
  • 2000-2002 and 2012: tutor activity in lab

 

ADDITIONAL COMMITMENTS

  • Since 2013 member of the PhD Doctoral College in "Scienza dei materiali e nanotecnologie”; 2012-2015: member of the PhD Doctoral College in "Scienza e tecnologia dei materiali";
  • 2004-2006: assignment of association to the National Institute of Physics of Matter (INFM)
  • Since 2011: assignment of association to the National Council of Research (CNR)
  • Since 2014:  reference person of the Department of Physics and Astronomy for the University's web tv at the University of Catania
  • Since 2016: Representative through the election of Researchers within the Scientific Committee of the CSFNSM (Sicilian Center for Nuclear Physics and Structure of Matter)
  • Since 2015: Member of the Scientific Council of the SERVICE CENTER FOR RESEARCH AND INNOVATION IN BIO AND NANO-TECHNOLOGIES OF THE UNIVERSITY OF CATANIA – BRIT
  • 2016-2018: Referent for the Technological Area named "Synthesis of advanced materials" for the Catania-University section of the Institute of Microelectronics and Microsystems of the National Research Council (IMM-CNR)
  • Since 2015: scientific association to CSFNSM (Sicilian Center for Nuclear Physics and Structure of Matter)
  • Since 2015: Scientific manager of two big equipments: Cluster Atomic Layer Deposition/Magnetron Sputter and Dual Beam Focused Ion Beam at the SERVICE CENTER FOR RESEARCH AND INNOVATION IN BIO AND NANO-TECHNOLOGIES OF THE UNIVERSITY OF CATANIA – BRIT
  • Since 2009: she is involved in a lot of third mission activities and scientific divulgation, organizing exhibitions, scientific tours, debates, etc.

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SCIENTIFIC ACTIVITY (with quality and impact of publications, bibliometric indices, awards, and other notable results)

 

OVERALL PRODUCTION

The scientific production yielded to:

  • More than 60 papers in major international peer reviewed journal (with impact factors up to 13.667)
  • 14 conference communications as speaker (among which 2 invited talks).
  • Referee of several international journals with impact factors up to 13.667
  • Referee of 3 National Projects (PRIN and FIRB)
  • Member of several commissions for research assignments/grants and technical commissions
  • She is a member of Program and Local Organizing Committees of several International Scientific Conferences
  • Unit reference person in a PRIN project (2019-2022)

 

OVERALL QUALITY OF SCIENTIFIC PRODUCTION

The overall quality of the PI’s scientific output can be inferred from the following points:

  • 1 Cover Page on Q1 journals in the subject category "Materials Science - Polymers and Plastics" (the topic of one of the papers is strictly pertinent to the present proposal), and 1 Back cover Page on a Q1 journals in Polymer Science (topic strictly pertinent to the present proposal).
  • 2 invited talks at international conference
  • She received 4 awards for her research activity.

 

BIBLIOMETRIC INDICES (source: Scopus, accessed on February 7th, 2018)

  • More than 600 citations
  • H-index = 15

 

 

 


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Insegnamenti tenuti presso altri dipartimenti

Scientific research is dedicated to the synthesis, manipulation and study of structural, electrical and optical properties of innovative materials and nanomaterials (based on Si, Ge, metal oxides, graphene, etc.) for applications in various fields such as microelectronics, photonics, energy , bio-medicine and bio-sensing, water purification, and so on.

 

·         The first macroarea includes activities focused on defects, diffusion and electric activation of dopants in Si and in Ge. A very extensive experimental study of the basic mechanisms that regulate the interactions between point defects and dopants has allowed us to make significant contributions to the understanding of the mechanism of diffusion of B in Ge and in Si, of the activation of B and Ga in Ge, in use of He, F and C for the engineering of point defects in Si, and of O for defects in Ge.

·         The second most recent macroarea is based on the low-cost and controlled synthesis of transition metal oxide nanostructures for applications in the field of sensors. Among the materials studied I report the nanostructures of ZnO (e.g. nanorods and nanowalls) and of NiO (nanofoam).

·         The third macroarea, also recent, concerns the study of materials based on graphene and in particular three-dimensional graphene structures (sponges) made by CVD deposition. These structures, possibly coupled with nanostructures of metal oxides or polymeric materials, are investigated both for the realization of sensors and for systems useful for water purification.