Ph. D. in Physics is a doctoral program offered by the Amrita School of Physical Sciences, Amrita Vishwa Vidyapeetham.
Contact Us:
Coimbatore:
ks_rajani@cb.amrita.edu
Chennai:
d_khushbu@ch.amrita.edu
Kochi:
sreedevirmohan@kh.amrita.edu
The Ph.D. program in Physics trains students who want to push forward the boundaries of knowledge about the universe to become leaders in discovery. Our students build a strong foundation of technical expertise through coursework and strengthen their critical thinking by conducting original research with one of our research teams. These teams specialize in theoretical, computational, and experimental approaches to a wide range of topics such as Charge transfer kinetics in Solid State Polymer Electrolytes, Design and development of Electrode Materials, Nanophosphors, Nano materials, Conducting polymers, Material Informatics, Biophysics and Machine learning approach for various quantum mechanical problems.
Welcome to the Department of Physics at Amrita School of Physical Sciences, Amrita Vishwa Vidyapeetham, where the pursuit of excellence meets the art of scientific exploration. The department stands as a beacon of innovation, seamlessly blending a commitment to values with cutting-edge research, creating an environment that beckons the brightest minds to embark on transformative journeys.
In the realm of research, the department is a vibrant intellectual hub where the realms of theoretical and applied physics converge in harmonious synergy. Dynamic and diverse, our dedicated researchers delve into an expansive array of topics, from the intricacies of theoretical physics to the forefront of materials science. Explore the realm of nanomaterials, laser materials processing, biomaterials, optics, and more, as we collectively push the boundaries of knowledge and redefine the future.
What sets the department apart is the unwavering commitment to fostering an atmosphere of collaborative innovation. Here, interdisciplinary collaboration flourishes, creating a fertile ground for groundbreaking discoveries. As a researcher in the department, the scholar is at the forefront of cutting-edge projects—whether unraveling the mysteries of theoretical nuclear physics or engineering sustainable materials for future energy solutions.
The Department of Physics invites passionate students to be part of a vibrant academic community, where each day is an opportunity to contribute to the expanding landscape of knowledge. Embrace the extraordinary—welcome to a place where research not only transforms the future but also shapes the innovators for societal benefits.
Advanced functional nanomaterials for energy conversion, storage, and environmental remediation represent a rapidly evolving interdisciplinary field critical to addressing contemporary global challenges, particularly in sustainable energy and environmental protection. These nanomaterials, characterized by their unique properties at the nanoscale, facilitate significant advancements in energy systems and pollution mitigation strategies, positioning them as essential tools in the quest for innovative solutions to issues such as climate change and resource depletion.
The significance of this field is underscored by its applications across various sectors, including the development of highly efficient energy storage devices, improved methods for energy conversion, and effective technologies for environmental remediation.
Research has shown that nanomaterials can enhance the performance and sustainability of systems like batteries, fuel cells, and water purification processes, making them pivotal in the transition to a greener economy.
PhD programs dedicated to this area are designed to equip students with essential skills in materials science, engineering, and environmental science. These programs emphasize both theoretical knowledge and practical application through hands-on research, preparing graduates to contribute to advancements that align with global sustainability goals, particularly those outlined by the United Nations Sustainable Development Goals. As such, graduates are prepared to contribute significantly to the ongoing advancements in nanotechnology, aiming to address both energy challenges and environmental issues in an integrated manner.
Amrita Vishwa Vidyapeetham has not appointed any agent or third-party representative within India for admissions to any programme. Students residing in India are advised not to make payments or seat reservation advances to any individual or organization claiming to offer admission assistance for Amrita campuses.
For international admissions, the University may work with authorized overseas representatives in select countries. International applicants are advised to verify the credentials of such representatives through official Amrita communication channels before proceeding with applications or payments.
– Issued in Public Interest by Directorate of Admissions and Academic Outreach
Interview/Selection Process:
M. Sc. in physics
M. Sc. in physics
Earth
Nuclear Astrophysics
materials and device physics (theory and experimental)
Astrophysics
Modeling and simulation of complex physical systems
Condensed Matter Physics
Chemical Physics
Biophysics
Engineering Physics
Computational Physics
Charge Separation Kinetics and Photovoltaic Performance Studies in Bulk Hetero Junction Organic Solar Cells.
Dynamics of Charge Transport in Solid Polymer Electrolytes
Nanophosphors, Nano Materials, Conducting Polymers.
Condensed matter physics and Biophysics, Quantum Physics
Theoretical Nuclear Physics
Nuclear Astrophysics
High Energy Nuclear & Particle Physics
Quark-Gluon Plasma
Dissipative Relativistic Hydrodynamics
Relativistic Heavy Ion Collisions
Neutron Stars
Quantum Theory
Quantum Technologies with Ultracold Atoms in Optical Lattices
AI-Enhanced Design of Photonic Crystal Fibers for Supercontinuum Generation
Synthesis and Characterization of Nanomaterials
Thin Film Solar Cells and Dye Sensitized Solar Cells Applications
Super Capacitor Applications
Metal oxides for energy harvesting applications
High-temperature wear and corrosion-resistant nanocomposite coatings
Nanomaterials Synthesis
Functional materials
Ceramics processing
Microstructural analysis
Electrochromic materials
Conducting polymer composites
Polymer blends
Biodegradable polymers
Carbon nanostructures
Metal chalcogenides
Laser Materials Processing
Ultrafast Laser Material Interaction
Synthesis and Characterization of Nanostructures
Applied optics
Eye Optics
Biomedical and Optical Instrumentation
Soft matter Physics
Biomaterials synthesis
Bioenergy
Biosensors
Magnetic Materials
Photo catalysis
Sustainable Multifunctional Materials
Semiconductor Physics
P-type Semiconductors
Luminescence materials
Redox Flow Batteries (aqueous and organic electrolytes)
Li-ion Battery
Beyond Li-ion Battery (Zn, Na, etc)
Supercapacitors
Hybrid supercapacitors
Electrochemical Energy Storage Devices
Hydrovoltaic
Solar cell
Photo Detectors
Ceramics
Bio-Materials
Materials for Energy applications
Nanomaterials synthesis and Characterizations
Functional Nanomaterials for Energy Storage
Functional Nanomaterials for Energy Conversion
Functional Nanomaterials for Environmental Remediation
Functional Nanomaterials for Sensors
*Applicable Programs.
| Title of the Project | Funding Agency |
| Development of chemically modified carbon-based interfacial solar evaporator. | CSR-UGC |
| Collabrative Research Scheme (CRS) Project of UGC – ADE CSR Entitile | CSR-UGC |
| New Generation High Voltage “Micro-Supercapattery” Proto-Type for Various Wearable/Portable Power Backup Applications | CSR-UGC |
| Development of photoferroic materials for efficient solar energy harvesting | UGC DAE-Consortium For scientific research |
| Sustainable power generation by hydrovoltaic technology using solar evaporation;understanding the mechanism | SERB |
| Development of Indigenous Remote embedded Operating platform for Tele-diagnosis of Ophthalmological Disorders | MSME .Govt of India |
| An indepth study oriented towards rejuvenation of surviving purna katha akshyana Traditions of kerala – pathakam and chakayar kuthu | AICT |
| Development of electrospun Nano fibrous surface coated biodegradable smart implants for orthopedic application. | ICMR |
| Frankincense based mask for Lung Immunity: – Development of a Prototype | ICMR |
| Development of chemically modified carbon based interfacial solar evaporator | DST/TMD/CERI |
| Construction of a basic flash sintering set -up and study of its application to the fabrication of dense oxides abnd carbides | SERB |
| Name of the Research Lab | Major Facilities / Equipment Details | |
| Material Processing Laboratory | Tubular furnace | 3 Zone Tubular furnace, Temperature 900 ºC |
| Spray coating unit | ||
| Muffle furnace | Maximum temperature 700 ºC | |
| Hot air oven | Maximum temperature 250 ºC | |
| Ceramic Research Laboratory | Customized furnace | Maximum temperature 800 ºC |
| DC power supply | Maximum voltage1500 V and current 1A | |
| Hydraulic press | Maximum pressure 10 TON | |
| Nanomaterial Laboratory | PL spectrophotometer | Shimadzu RF -6000 |
| Electrochemical workstation | Wonatech SP1 Zive | |
| Keithley I-V instrument | Keithley source meter | |
| Thin film coating unit | ||
| Spin coating unit | Spin NXG P-1 with 6000 rpm | |
| Ayurvedic Medicinal Research and Industrial Technology Acquisition Laboratory (AMRITA) | Gas Chromatography | Detector: FID, TCD (4 Tungsten Rhenium Filaments), with hydrogen, nitrogen and oxygen cylinder |
| Light and Photonics Research Laboratory | Polarizing Optical Microscope | With auto focus camera |
| High sensitive detectors | Amplification in UV, Visible & IR- region | |
| Biomaterials Laboratory | Electro spinning unit | Holmarc (HO-IAD-CAM-01BC)
With tri axial setup, holder size-25 × 20 × 5 mm, Voltage 0-40 kV |
| Electrochemical workstation | Origalys,
includes EIS facility |
|
| Hot air oven | Maximum temperature 200 ºC | |
| Metal grinding/ polishing machine | ||
| Name of the Research Lab | Major Facilities / Equipment Details |
| Photovoltaic lab | Organic Solar Cells fabrication facility equipped with Spin coater, Drying unit, Vacuum deposition unit |
| CH-Instrument: Dielectric measurements, Impedance measurements, Cyclic Voltammetry, Chromoampherometry, Open Circuit potential, Chronopotentiometry, Chronopotentiometry | |
| Organic Solar Cells fabrication facility equipped with Spin coater, Drying unit, Vacuum deposition unit | |
| Solar cell characterisation facility equipped with Abet AAA solar simulator and Keitgaley 2450 source meter |
| Name of the Research Lab | Major Facilities / Equipment Details | |
| Advanced Functional Nanomaterials Research Laboratory | UV Visible Spectrophotometer | For spectroscopic measurements of the nanoparticles for Absorption spectra. |
| Revolutionary Research Centrifuge | For settling of nanoparticle suspensions and separation. | |
| Photocatalytic analysis set up using UV and Visible light | For pollutants and dye degradation from solvents. | |
| Hot Air Oven | For sterilization and drying using dry heat. | |
| Oil Bath for Refluxing | Used as a controlled and uniform heating source for wet chemical synthesis of nanoparticles. | |
| Digital Weighing Balance | To measure the weight of an object | |
| Magnetic Stirrers | For stirring or mixing a solution | |
| pH meter | To measure hydrogen ion activity in solution | |
| Hall Effect Apparatus | To measure hall voltage as a function of current | |