Exploring Exchange Bias Through High-Pressure Synthesis of Double Perovskites

Event image
January 15, 2025, 04:00 PM - 05:00 PM

Venue

Seminar Room No. 31, 2nd Floor, Main Academic Building, IISER Pune

Speakers

Prof. Kazunari Yamaura, Group Leader, Quantum Solid State Materials Group, MANA, National Institute for Material Science, Tsukuba, Japan

Abstract

I-HUB QUANTUM TECHNOLOGY FOUNDATION

presents......

I-HUB QTF Quantum Seminar Series

Exploring Exchange Bias Through High-Pressure Synthesis of Double Perovskites

Date/Time: 4:00 PM to 5:00 PM | Wednesday, 15th January 2025 

 

Prof. Kazunari Yamaura’s study explores the development of novel bulk materials with exceptional exchange bias effects, addressing the limitations of spintronic devices reliant on layered magnetic interfaces. His talk would focus on Cd FeOsO , a newly synthesized compound with unique properties under high- pressure conditions, positioning it as a strong candidate for next-generation spintronic materials [1-3]. He compares its exchange bias effects with leading materials, emphasizing its advantages and potential for enhancement. His approach includes synthesizing and analyzing Cd FeOsO bulk samples, evaluating their performance under various conditions, and conducting theoretical analyses using density functional theory (DFT). This presentation will discuss the material's properties and its potential impact on future technologies.

Quantum Materials & Single Crystal Growth

Research-ready materials developed to your requirements.

I-HUB QTF provides advanced materials and high-quality single crystals for research in quantum materials and emerging quantum technologies, with capabilities spanning material synthesis, crystal growth and characterization.

What We Offer

Materials and Crystal Solutions for Your Research

Our capabilities extend beyond supplying standard materials. We work with researchers to develop and provide materials suited to specific research requirements.

1) Single Crystal Growth

Growth of high-quality single crystals for quantum materials research, with controlled composition and crystal structure.

2) Advanced Materials

A range of materials exhibiting electronic, magnetic, topological, superconducting and strongly correlated phenomena.

3) Custom Material Development

Materials not currently listed in our portfolio can also be considered based on specific research requirements and feasibility.

4) Material Characterization

Characterization of synthesized materials to assess structural, compositional and other relevant properties.

Read more