7. A note on numerical ranges of tensors.
   with Nirmal Chandra Rout, and Debasisha Mishra. Linear and Multilinear Algebra 71 (16) (2023): 2645-26669.
8. A note on a faster fixed point iterative method.
   with Debasisha Mishra. The Journal of Analysis 31 (1) (2023): 831-854.

5. On C-tensor and its application to eigenvalue localization.
   with Debasisha Mishra, and Juan Manuel Peña. Linear and Multilinear Algebra 70 (21) (2022): 6279-6296.
6. Extension of Moore–Penrose inverse of tensor via Einstein product.
   with Debasisha Mishra. Linear and Multilinear Algebra 70 (4) (2022): 750-773.

NIL

3. On reverse-order law of tensors and its application to additive results on Moore–Penrose inverse.
   with Debasisha Mishra. Revista de la Real Academia de Ciencias Exactas, Físicas y Naturales. Serie A. Matemáticas 114 (4) (2020): 184.
4. Reverse-order law for weighted Moore–Penrose inverse of tensors.
   with Debasisha Mishra. Advances in Operator Theory 5 (2020): 39-63.
5. Reverse-order law for the Moore–Penrose inverses of tensors.
   with Ratikanta Behera, and Debasisha Mishra. Linear and Multilinear Algebra 68 (2) (2020): 246-264.

1. Rapid and Powerful Tensor-based Iterative Methods with Applications, with Ratikanta Behera.
2. Decomposition of Third-Order Symbolic Tensors for Outer Inverse Computation, with Biswarup Karmakar.
3. M-QR decomposition and hyperpower iterative methods for computing outer inverses of tensors, with Ratikanta Behera, Jajati Keshari Sahoo, and Yimin Wei.
4. A Higher-order Power Iterative Method for Dominant Eigenvalue of Tensors, with Singdhashree Nayak, Debasisha Mishra, and Nachiketa Mishra.

1. Presented a paper entitled "Reverse-order laws for weighted Moore--Penrose inverse of tensors," International Conference on Applied Mathematics and Computational Intelligence (ICAMCI 2020), Department of Mathematics, NIT Agartala, India, December 2020.
2. Presented a paper entitled "Reverse-order laws for tensors and its applications,'' International Conference on Applied Linear Algebra, Probability and Statistics (ALAPS 2020) (In honor of Prof. C. R. Rao on his birth centenary year), Department of Mathematics, Manipal University, India, December 2020.
3. Presented a paper entitled "Reverse-order law of tensors via the Einstein product,'' International Conference on Numerical Linear Algebra and its Application, Department of Mathematics, Himachal Pradesh University, India, January 2018.