• हिमाचल प्रदेश विश्वविद्यालय
  • Himachal Pradesh University
  • Himachal Pradesh University
A State Government University Accredited with 'A' grade by NAAC

University Institute of Technology

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Dr. Shyam Chand

CURRICULUM VITAE

Dr.  SHYAM CHAND          ASSOCIATE PROFESSOR (PHYSICS)

Educational Qualification:

 

  • Ph.D. (Physics), 2010, HPU, Shimla.
  • NET + JRF  UGC-CSIR (Dec. 2000).
  • M. Sc. (Physics), 2000, H.P.U. Shimla.         First Division
  • B.Sc. (NM), 1998, H.P.U. Shimla.                 First Division
  • 10+2, 1995, AISSCE, 1995.                           First Division
  • Matriculation, 1993, CBSE.                           First Division

Research Experience:

 

  • Total Publications            :           23 
  • International Journals             :           10
  • National Journals                    :           2
  • Proc. Conf. & Symposia         :           11
  • Ph. D. Students  guided          :           2

Articles Refereed (7):                 

 

  • Journal of Physics: Cond. Matter       :           2
  • Nano                                                   :           1
  • Physica E                                            :           1
  • Journal of Advanced Research           :           1
  • Others                                           :           2

 

Book Chapter Written       :          1 

 

  • Quantum Computing: An Introduction (Chapter -1 of Physics in New Dimensions, Bharti Publications, New Delhi, 2017, ISBN 978-81-933475-7-7) 

Invited Talk/Keynote Speech given:           3

  • Mesoscopic Systems and Quantum Transport Theory: An overview (Presented at National conference on “Changing Trends, Future Challenges and Innovations in Science and Technology”- A.P.G. University Shimla-2017)
  • Quantum Computers: Next generation of Computers, lecture given at UGC, HRDC HPU Shimla.
  • Lab Management and Lab Ethics: Staff Training Programme, UIT.

 

Symposia/Conferences/Seminars attended (18):

 

  1. Frontiers in Physics, IIT Roorkee-2003 (Roorkee).
  2. National conference on Materials & their Applications (NCMA- 2004) KU- March-2004   (Kurukshetra).    
  3. Solid State Physics Symp-2005, BARC Dec- 2005 (GNDU,       Amritsar).
  4. STC on all Solid State Lasers, IIT (AICTE)-Jan 2006 (IIT-Kanpur).
  5. Work shop on Energy Conservation and Energy Efficiency, Bureau of Energy Efficiency/ Word Bank, Jan-2007 (Shimla).
  6. IAPT Conversion & Symposium, HP University, Shimla, Oct-2007. 
  7. School on Mesoscopic Nano System, HRI, Jan-2008 (Allahabad).
  8. National Mission on Education through ICT, HRD, Govt of India, Sept-2009 (HPU).
  9. Choice based and Credit based system for Assessment & Evaluation, Shimla, Nov-2011.
  10. Emerging Trends in Information Technology in University Management AIU- UIIT-HPU – Shimla, Apr 2012.
  11. Recent Innovation in Computer Science and Information Technology- HPU Shimla-2016.
  12. Recent Innovation in Computer Science and Information Technology- HPU Shimla-2017.
  13. Changing Trends, Future Challenges and Innovations in Science and Technology- A.P.G. University Shimla-2017
  14. National Seminar on Indian Science and Technology: Past, Present and future. UIIT, HPU, Shimla
  15. DAE-Solid State Physics Symposim-2018, Guru Jambheshwar University of Science and Technology, Hisar-Haryana
  16. On week work shop on “In Silico Approach for Modelling New Materials: Methodology & Applications”. Jan 14-Jan 20, 2019.  Central University of Himachal Pradesh, Kangra, HP.
  17. AICTE sponsored Workshop on Students Induction Programm-UIT, HPU,May 2019
  18. National Workshop on Quantum Computing. Sept. 02-06, 2019, UIT HPU, Sept., 2019

List of Publications (Google Scholar Citations: 52):

 

  1. Inter-dot Coupling Effects on Transport through Correlated Parallel Coupled Quantum Dots: Shyam Chand, et.al. Pramana-Journal of Physics 72, 887-902 (2009). link.springer.com/article/10.1007%2Fs12043-009-0080-1
  2. Fano-effect and Negative differential conductance in asymmetric parallel coupled quantum           dots: Shyam Chand et.al, Physica B 405 (2010) 239–246
  1. Zero bias maximum of differential conductance in coupled quantum dots: The effect of Interdot Coulomb Interaction: Shyam Chand et.al, Physica B 405 (2010) 4323–4329, Physica B 406 (201) 1187
  2. Landaur-Buttiker Formula for Transport through a Parallel Double Quantum Dot System in the Presence of Inter-dot Coulomb Interaction: Shyam Chand, et.al, Proceeding of the DAE Solid State Physics Symposium 49, 750 (2004). 
  3. Landaur-Buttiker Formula for Electron Transport through a Parallel Double Quantum Dot System: Shyam Chand, et.al, Proceeding of the National Conference on Materials and their Applications, 97-100  (2004).
  4. Conductance in Double Quantum Dot Molecule in the Presence of Infinite On-    site Coulomb Repulsion: G. Rajput, Shyam Chand, et.al, Proceeding of the DAE Solid State Physics Symposium 49, 681 (2004).
  1. Kondo Assisted Transport in Parallel Double Quantum Dot system: G. Rajput, Shyam Chand, P. K. Ahluwalia and K. C. Sharma, Proceeding of the DAE Solid State Physics Symposium (BARC) 50, 767 (2005).
  1. Flux Induced Fano Peak Splitting in Asymmetric Coupled Quantum Dot System, Bharat Bhushan Brogi, Shyam Chand and P.K. Ahluwalia. AIP Conf. Proc. 1512, 1006 (2013); Published by the American Institute of Physics.
  1. Fano Effect Dominance over Coulomb Blockade in Transport Properties of Parallel Coupled Quantum Dot System: Bharat Bhushan Brogi, Shyam Chand and P.K. Ahluwalia-Published in the proceedings of DAE Solid State Physics Symposium-2014.
  1. Phase Controlled Swapping Effect in Electron Transport through Asymmetric Parallel Coupled Quantum Dot System: Bharat Bhushan Brogi, Shyam Chand, P. K. Ahluwalia- Physica B 461, 110-117 (2015)
  1. Quantum Dot- A Promising Candidate for Realization of Quantum Computation: An Overview International Journal of Latest Trends in Engineering and Technology (IJLTET) p 13-19 SPECIAL ISSUE - RICSIT – 2016
  1. Suppressed Fano resonance in hybrid asymmetric parallel double quantum dot -Superconductor tunnel junction. Bharat Bhushan Brogi, Shyam Chand, and P. K. Ahluwalia Citation: AIP Conference Proceedings 1832, 110042 (2017) Published by the American Institute of Physics.
  1.  New Decoupling Scheme for Investigation of Transmission Coefficient Peaks for Asymmetrically 
     Coupled Quantum Dot System. Sushila Devi, B. B. Brogi, P. K. Ahulwalia, and S. Chand 
    Adv. Sci. Lett. 24, 918–921 (2018)
  1. Andreev tunneling assisted suppression of Fano resonance in asymmetric parallel quantum dot system coupled to superconducting leads. Bharat Bhushan Brogi  Shyam Chand, P. K. Ahluwalia Published in Superlattices and Microstructures- Elsevier (2018)
  1. Mesoscopic Systems and Quantum Transport Theory: An overview. Shyam Chand: Changing Trends, Future Challenges and Innovations in Science and Technoloy-2017”
  1. Spectral and Magnetic properties of Germanene quantum dots using first principle study. Sushila Devi, Shyam. Chand et. al: Proceedings: Emerging Scenario and Future Challenges (SESFC-2017)
  1. Low bias negative differential conductance and reversal of current in coupled quantum dots in different topological configurations. Sushila Devi , B.B. Brogi, P.K. Ahulwalia, S. Chand  Physica B: Condensed Matter 539 (2018) 111–116
  1. A first principle study of electronic and optical properties of H, F and Cl passivated triangular silicene nano-flakes. B Mohan, Susheela, S Chand, PK Ahluwalia, Published by American Institute of Physics- Conference Proceedings 1942 (1), 090044(2018)
  1. Appearance of Fano effect in symmetric parallel triple quantum dot system. Susheela, P. K. Ahluwalia, Shyam Chand. Published by American Institute of Physics (2018).
  1. Tunint of structural and electronic properties of functionalised germanene quantum dot system. Susheela, Brij Mohan, Munish Sharma, P. K. Ahluwalia, Shyam Chand.  Published by American Institute of Physics (July-2019).
  1. A Generalised Approach To Calculate Various Transport Observables For A Linear Array of Series And Parallel Quantum Dots”  Pramana  J. Phys. (2020) 94:60.https://doi.org/10.1007/s12043-020-1927-8 Authors: Sushila Devi, P. K. Ahluwalia & Shyam Chand.
  1. First Principle Study of Electronic and Optical Properties of Functionalized Stanene Quantum Dot System. Published by American Institute of Physics. (Nov. 2020)
  1. Effect of Inter-dot Coupling on Transmission Probability of a Triple Quantum Dot Systems, International Journal of Scientific Research in Physics and Applied Sciences, Vol.9, Issue.3, pp.20-25, 2021.

Teaching Experience:

  • 16 Years in UIT, H.P. University, Shimla.
  • 10 years as Resource Person of Physics for coaching to various competitive exams (PMT, PET and HAS) in PECC, H.P. University Shimla
  • 2 ½ Years in Deptt. of Physics H.P. University, Shimla.
  • Taught Mechanical Engineering in UIT, besides Physics.
  • Taught Digital Electronics (BCA) in ICDEOL
  • Delivered a Lecture as a resource person in in Refresher course RC-304, at HRDC Shimla
  • Acted as Evaluator in Refresher course RC-304, at HRDC Shimla
  • Acted as NTA representative/Observer in NEET(UG)-2019, 2021

UGC sponsored Human Resource Development Programmes attended:    2

 

  • Orientation Programme (OP-124) at HRDC, H.P. University Shimla-5 (Nov. 7, 2016 to Dec 3, 2016): Completed with A Grade.
  • Special Summer School on Disaster Management (Equivalent to Refresher Course) at HRDC, H.P. University Shimla-5 (May 22, 2017 to  Jun 10, 2017) ): Completed with A Grade
  • Refresher Course on ICT- at HRDC, H.P. University Shimla-5 (Nov. 7, 2016 to Dec 3, 2020): Completed with A Grade
  • Attended a one week work shop on “In Silico Approach for Modelling New Materials: Methodology & Applications”. Jan 14-Jan 20, 2019.  Central University of Himachal Pradesh, Kangra, HP.

 

Assignments/Responsibilities of H.P.U/UIT/others. undertaken.

  • Coordinator of UIT Entrance Exam and admission process since 2006 till date.
  • Member of Key Moderation Committee for Physics in CPMT, BAMS, UIIT and Nursing Entrance Exams from 2006 onwards.
  • Acted as Superintendent and Deputy Superintendent of UIT Entrance Exam.
  • Was part of organizing committee of Conference in UIT.
  • Member in the organizing committee of Conference RICSIT-2016 jointly conducted by Deptt. of  Computer Science and UIT
  • Member in the organizing committee of Conference RICSIT-2017 jointly conducted by Deptt. of  Computer Science and UIT
  • Resource Person for coaching classes (PMT, PET and HAS) in PECC HPU till date.
  • Coordinator (Four times), Pre-Examination Coaching Centre (Engineering Entrance Tests), H. P. University Shimla.
  • Acted as Director In-Charge of UIT in absentia on various occasions.
  • Executive Member of HPU Information & Communication Technology Club.
  • Acted as co-coordinator of ICT refresher course RC-304, HRDC Shimla
  • Member of various committees and clubs (Sports, Magazine, cultural, counselling etc.) in UIT
  • Revised the syllabi of Applied Physics-I and Applied Physics – II for B. Tech (IT/CSE)
  • Designed the syllabi of M. Tech. M.Sc. Physics (Applied), M.Phil. and  PhD Physics (Applied) programmes proposed to be started in UIT 
  • Acted as External practical examiner on various occasions at APG University and Maharaja Agrasen University
  • Member BOS APG university
  • Acted as paper setter for  HPU, Maharaja Agrasen University and APG on various occasions
  • Paper setter for UG courses in H. P. U.
  • Member BOS, B. Tech (CSE/Civil/Electrical/ECE) UIT, H.P. University
  •  Editor, UIT, News letter-BITWITS
  • Lead role in designing the Curriculum of M.Sc. Data Science and Artificial Intelligence, HPU.

 

Personal Details:

  • Name                                      : Dr. Shyam Chand
  • Father’s name                         : Sh. T. R. Kalavniya
  • Date of appointment in UIT    : 10-06-2005 
  • DOB                                        : 05-01-1977
  • Marital Status                         : Married
  • E-mail id                                 : shyam_hpu@yahoo.co.in
  • Contact No.                             : 98162-33027

                                                            Dr. Shyam Chand

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