A. Sai Srikanth
Postdoctoral Researcher
Malik Shadab
Doctoral student He is currently 1st year Doctoral student (D1) working at Superconducting Materials Laboratory in Shibaura Institute of Technology. His current research topic is optimization of superconducting properties for MgB2 using various techniques.
Akash Garg
Doctoral Student He is currently 1st year Doctoral student (D1) working at Superconducting Materials Laboratory in Shibaura Institute of Technology. His current research topic is fabrication and optimization of ternary RE-123 bulk superconductors for industrial applications.
Fabricating MgB2 Superconductors Using Spark Plasma Sintering and Pulse Magnetization
New research suggests that highly dense MgB2 bulks have improved mechanical and superconducting properties
Fabricating MgB2 Superconductors Using Spark Plasma Sintering and Pulse Magnetization Read More »
On the Road to Practical, Low-cost Superconductors with Unexplored Materials
Researchers from Maryala Lab demonstrate advantages of use of high temperature superconductivity in a mixed rare-earth elements systems prepared using trending techniques
On the Road to Practical, Low-cost Superconductors with Unexplored Materials Read More »
Keeping the Costs of Superconducting Magnets Down Using Ultrasound
Miryala et al., show ultrasonication is a cost-effective approach to enhance the properties of magnesium diboride superconductors
Keeping the Costs of Superconducting Magnets Down Using Ultrasound Read More »
Technology Innovation Program: Futuristic Prototype DC Superconducting Cable for Railway system
The world’s first report on a DC superconducting cable to run railway system
Record flux pinning in melt-textured NEG-123 doped by Mo and Nb nano particles
The world’s record in super-current density at 65K, & 90.2K, which was obtained in the JSPS Project No. 19510125
Record flux pinning in melt-textured NEG-123 doped by Mo and Nb nano particles Read More »
High-Performance Ternary LRE-123 Superconductors
The world’s record in super-current density at 77. 3K
High-Performance Ternary LRE-123 Superconductors Read More »