From Computational Challenges to a Deeper Interest in Materials Research

“
In two months, I gained a lot of confidence in computational research. What began with learning VESTA and BURAI developed into a deeper interest in thermoelectric materials and Heusler alloys, and showed me the importance of understanding every parameter behind a calculation.
— Konnifel Scholar Rohit Jha

Rohit Jha

RRAT Score : 70.84 | M.Sc in Physics | University of Delhi

Computational Physics Research Internship

Research Internship Details

Computation Physics

Under: Assistant Professor, MD University, India

Research Takeaways

Interdisciplinary Thinking

Written by Konnifel Scholar Rohit Jha | Published on

From Computational Challenges to a Deeper Interest in Materials Research

From Computational Challenges to a Deeper Interest in Materials Research

Rohit Jha

Computation Physics

From Computational Challenges to a Deeper Interest in Materials Research

Research Takeaways

Interdisciplinary Thinking

Ayush

Geetika Sharma

Ayush

Geetika Sharma

Read more article

From Computational Challenges to a Deeper Interest in Materials Research

From Computational Challenges to a Deeper Interest in Materials Research

From Computational Challenges to a Deeper Interest in Materials Research

From Computational Challenges to a Deeper Interest in Materials Research

Rohit Jha

Computation Physics

From Computational Challenges to a Deeper Interest in Materials Research

Research Takeaways

Interdisciplinary Thinking

Ayush

Geetika Sharma

Ayush

Geetika Sharma

Read more article

From Computational Challenges to a Deeper Interest in Materials Research

From Computational Challenges to a Deeper Interest in Materials Research

From Computational Challenges to a Deeper Interest in Materials Research

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