School of
Physics and Material Science, TIET

Creating the foundation and strengthening the base of every technology

Physics is about the curiosity to explore how and why the objects around us behave the way they do. Discoveries in physics have been fundamental to the numerous technological advances we enjoy today. They are shaping our future. Physics is both exciting and challenging. If you are inquiring and playful, this is the field you should study. The rewards include the satisfaction of better understanding of the objects - both living and lifeless - around us and the development of various skills that only a few people possess. Employers are just looking for such human resources.

Confluence of Theoretical and Experimental Science

The faculty members affiliated to the School of Physics and Materials Science (SPMS) have expertise in theoretical nuclear science, particle physics, computational physics, nonlinear dynamics as well as experimental materials science, nano-medicine, magnetism, functional nanostructures, photovoltaics and experimental nuclear physics. SPMS houses cutting-edge experimental and high performance computational facilities. Faculty members have a synergetic approach towards their academic and research endeavors. SPMS has an established reputation of delivering interdisciplinary technology with strong theoretical back up.

Research based Experiential Learning

Experimental work forms an important aspect of learning. The SPMS provides training in problem solving, instrumentation and measurement techniques as well analysis. We also ensure that all the students are exposed to the world of measurements at an early stage. Most of the courses have a lab component and practical work is compulsory for all programs. Students spend a large chunk of their learning time in hands-on experiments. The SPMS has well-maintained teaching laboratories those cater to the curiosity of the students. All PG students get involved in research. Even the UG students are given formal as well as informal exposure of research based learning.

Mission

  • Increasing research output through multi-interdisciplinary research areas as well as involving experts from other departments/institutions/industries.
  • Creation of Excellence Centre for development of advanced materials for technological purposes.
  • Develop man-power that will contribute in academic, scientific, and industrial development of the country.

Vision

To develop our academic and research programs as per the national needs competitive with global development.


Message from Head of the Department

Dr. O.P. Pandey

The SPMS from its modest beginning in 1960s has now evolved into one of the most vibrant and dynamic academic units of Thapar Institute of Engineering and Technology. Today it stands as one of the leading schools in the country, well-known for its excellence in teaching and research. Sustaining the achieved success in the academic and research pursuits has been the driving force among the faculty, students and the support staff. The SPMS is the receiver of the DST-FIST grant, both stages-I &II. SPMS regularly fetches R&D projects from the leading funding agencies, e.g., DST, SERB, UGC, CSIR, AICTE, DAE, DRDO, BRNS, MeitY, MHRD. The ongoing R&D projects worth ~4 crores suitably complements the last five years’ completed projects worth ~5 crores. The scholars of the school bagged prestigious award and fellowships that includes Fulbright fellowship, Commonwealth fellowship, Kothari fellowship, Visvesvaraya Young Faculty Research fellowship etc. Number of research publications by SPMS faculty members is ~4000 (SCI journals). Besides academic research labs, the school has sixteen dedicated research labs on diverse field of physical science and interdisciplinary topics. The school is not only trying to unveil fundamental mechanism of physical science but also providing local solutions of global problems. For example, scholars of SPMS have developed glass and bio ceramics from stubble, while stubble burning causes huge pollution during post harvesting season. Metal foam for armor, thin film for solar cell, membrane for water purification, electromagnetic wave shielding; the list of achievements of the SPMS are long. The alumni of the schools are established in diverse fields, mainly, research and teaching in leading institutes of India and abroad.


Excellence-oriented Academic Programmes

Each programme (MSc Physics and PhD) is designed and developed with the aim of supporting students in their endeavors to pursue higher studies and explore job opportunities in related industries. Research based learning has been the theme of our programmes.


Research-Intensive Training

Delivering excellence via varied research avenues, trained faculty and innovation

Ongoing Sponsored Projects

  • Study of alkali metal oxide containing calcium silicate glasses as substrate for solar cell application
  • Synthesis and characterization of molybdenum carbide nanoparticles for electrochemical applications
  • Development of transition metal oxide decorated graphene - polypyrole nanocomposites as Radar absorbing materials
  • Development of PVDF-(Ba, Sr) TiO3 nanocomposites based capacitor grade film for high energy density applications
  • Development of Magnetic Therapeutic Agents for Thhermo-Chemotherapy of Cancer
  • Exploring the incomplete processes and features which effect the same
  • Decay analysis of light particle induced reactions and related structural effects
  • Lead free relaxor ferroelectric ceramics for Electrocaloric applications
  • Utilization of sea beach minerals for development of high performance Aluminium matrix composites
  • Development of exchange coupled hard/ soft ferrite nanocomposites for tunable microwave application
  • Development of non-lead based magneto-electric nanocomposite films with high magneto-electric coupling
  • Magnetic core supported heterogeneous catalysts for the glycerol carbon synthesis
  • Fusion-fission dynamics in low energy heavy ion reactions

Complete Sponsored Projects

  • Synthesis andCharacterization ofMultiferroic AFe2O4-BiFeO3 (A= Co, Ni, Zn) Nanocomposite Films
  • Development of barium hexaferrite (BaFe12O19)thick films for micro/millimeter wave device application.
  • Development of M type hexaferrite films for microwave device application
  • Synthesis and Characterization of Na2S-P2S5 glass/glass-ceramic based solid electrolytes for Na-ion batteries
  • Study of Alkaline earth metals substitution in Bi based mixed ion conductor for solid oxide fuel cell application
  • Study of La doped mixed conductor for solid electrolyte
  • Corrosion Resistant behaviour of Glass -steel interface
  • Synthesis of nano tungsten carbide powder from wolframite ore
  • Synthesis of WC nano powder through thermo-chemical reduction and its application for the development of WC-Composite
  • Synthesis and Characterization of Vanadium Carbide Nanoparticles
  • Determination of Neel Temperature for ferritin
  • Effect of magnetic anisotropy and particle size distribution on the magnetization of antiferromagnetic NiO nanoparticles
  • Nanoengineering of magnetic carriers for drug delivery of anticancer therapeutics
  • Magnetic Fluid based coolant to enhance thermal and dielectric properties of transformer oil.
  • Studies on antimicrobial properties of metal and metal oxide nanostructures.
  • Study of nuclear reaction dynamics involved with heavy ion collisions
  • Study of different versios of nuclear proximity potentials in the formation and decay path of nuclear systems
  • Study of heavy-Light D and B mesons using HQET
  • Low energy properties of baryon Jp=1/2+ octets and Jp=3/2+ Decuplets using phenomenological model
  • Synthesis of BiFeO3 - (K0.5Na0.5)NbO3 thin films for device applications
  • Study of Size-dependent multiferroics properties of doped BiFeO3 nanostructures.
  • Investigation of growth dynamics and kinetic surface roughening of some solution processed technologically important binary sulfides
  • Photovoltaic and Grain Boundary Characteristics of Single Target Sputtered Cu2ZnSn(SSe)4 Thin Film Solar Cell
  • Substrate mediated phase transition in two-dimensional liquid crystal systems
  • Moving And Colliding Cavity Solitons and Cavity Soliton Molecules

Facilities

  • X-ray Diffractometer (Philips)
  • Scanning Electron Microscope (JEOL)
  • Scanning Force Microscope (ND-MDT)
  • Differential Thermal Analyzer (Perkin Elmer)
  • Differential Scanning Calorimeter (LINSEIS L63)
  • Dilatometer (DIL 402 PC Netzsch)
  • Polarizing microscope (Olympus)
  • Temperature controller (Linkam, TP 94 THMS600)
  • LCR meter (Fluke)
  • LCR meter (Agilent 4284A )
  • Differential Scanning Calorimeter (LINSEIS L63)
  • Fourier Transform Infrared Spectroscope (FTIR)
  • Electrometer (Keithly)
  • P-E Loop tracer
  • Lock in amplifier
  • Spin coater
  • Abbe’s Refractometer
  • Wear Testing Machine
  • Ultrasonic Flow Detector
  • Milli-Q water systems
  • Argon Ion Laser System
  • Creep Measurement Setup
  • Gamma-ray Spectrometer
  • Fatigue Testing Machine
  • Inverted Metallurgical Microscope with Image Analyzer
  • Polarizing Microscope
  • Microhardness Tester
  • Rockwell Hardness Tester
  • Universal Testing Machine
  • High Temperature Furnaces
  • High Energy Ball Mills
  • Solar Simulator
  • Electro-optic & Thermo-optic Measurement Setup
  • Corrosion Resistance Measurement Setup
  • Major Milestones

  • DST FIST-I

    2012

  • DST-FIST-II

    2019

Competent Faculty to assist you

Our faculties are competent in what they do. We encourage you to take full advantage of their expertise and use it for your purpose.  We  take pride in making you realize your full potential.

 


Alumni Success Stories

Our distinguished alumni members with a roster of noteworthy achievements and accomplishments


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