Ritam Banerjee

collaborators

3 papers

cond-mat.mtrl-sci2025

Magnetoconductance evolution across the topological-trivial phase transition in $I n_{x} (B i_{0.3} S b_{0.7})_{2 - x} T e_{3}$ thin films

Sambhu G Nath, Subhadip Manna, Kanav Sharma +4

We investigate the evolution of electronic transport across the topological-trivial phase transition in $In_{x} (Bi_{0.3} Sb_{0.7})_{2 - x} Te_{3}$ thin films by s…

cond-mat.mtrl-sci2025

Optimizing defect states in $(B i_{0.3} S b_{0.7})_{2} T e_{3}$ ternary topological insulators using indium doping

Kanav Sharma, Ritam Banerjee, Anuvab Nandi +2

This study investigates the influence of indium doping on the defect states in (Bi0.3Sb0.7)2Te3 (BST) ternary topological insulators. Thin (10 nm) and thick (60 nm) films of pristi…

quant-ph2025

Tensor Factorized Hamiltonian Downfolding To Optimize The Scaling Complexity Of The Electronic Correlations Problem on Classical and Quantum Computers

Ritam Banerjee, Ananthakrishna Gopal, Soham Bhandary +4

Achieving chemical accuracy for strongly correlated molecules is a defining milestone for first-generation, fault-tolerant quantum computers, yet the factorial growth of three, fou…

Magnetoconductance evolution across the topological-trivial phase transition in Inx​(Bi0.3​Sb0.7​)2−x​Te3​ thin films

Optimizing defect states in (Bi0.3​Sb0.7​)2​Te3​ ternary topological insulators using indium doping

Tensor Factorized Hamiltonian Downfolding To Optimize The Scaling Complexity Of The Electronic Correlations Problem on Classical and Quantum Computers

Magnetoconductance evolution across the topological-trivial phase transition in $I n_{x} (B i_{0.3} S b_{0.7})_{2 - x} T e_{3}$ thin films

Optimizing defect states in $(B i_{0.3} S b_{0.7})_{2} T e_{3}$ ternary topological insulators using indium doping