Group leader
Group leader
Professor
School of Physical Sciences, Indian Institute of Technology, Mandi
Current Group Members
(Feb 2025 - )
Area - Physical properties of Heusler alloys
My research interest lies in investigating the structural, magnetic and transport properties of few Heusler alloys.
(Aug 2024 - )
Area - Magnetic properties of oxide systems
My research interest is about investigating the structural, magnetic and thermodynamic properties of oxide systems.
(Aug 2023 - )
manishachoudhary092002@gmail.com
Area - Physical properties of intermetallics
My research interest lies in exploring the magnetic and electrical transport properties of intermetallics.
(Aug 2022 - )
Area - Frustrated 2-D rare earth-based systems
My research interest is to realize the possible exotic magnetic ground states like quantum spin liquid, spin ice, low dimensional magnetism, spin glass etc. in geometrically frustrated magnets. 2-D rare earth based systems are appealing for investigation of these magnetic phases.
Alumini
(Aug 2021 - March 2025)
Thesis Title - Investigation of Physical Properties of Frustrated Ternary Oxides
(Aug 2022 - March 2025)
Thesis Title - Novel magnetic ground states, electrical transport properties and their relationship with chemical order in Heusler alloys
(Feb 2020 - April 2023)
Thesis Title - Exploration of Quantum Magnetism in Rare Earth Orthovanadates
(Aug 2016 - Aug 2021)
Thesis title: Probing the Correlation between Valence Electron Count and Physical Properties of Heusler Alloys
(Dec 2014 - Aug 2019)
Thesis title: Magnetic, Thermodynamic and Electrical Transport Properties of Ce-based Intermetallics: Ce1-xLaxGe (x = 0.0-0.76), Ce1-xYxNiGe2 (x = 0.0-0.4) and CeAlGe
(Feb 2014 - Aug 2019)
Thesis title: Structural, Magnetic, Dielectric and Thermodynamic Studies of Layered Perovskite LnBaCuFeO5 (Ln = Rare-earth element) and its derivatives (Jointly supervised)
(Aug 2013 - Oct 2018)
Thesis title: Investigation of Physical Properties of Rare Earth and Transition Metal Based Oxides and Intermetallics Showing Significant Magnetocaloric Effect