INFORMATION
Email: [email protected]
Phone: +91 8249220960
Date of birth: 02.04.2001
Current address: CQST, S’o’A University Bhubaneswar, Odisha 751030
Permanent address: C/O - Sujit Sen, CDA-7 Cuttack-753014, Odisha, India
EDUCATION
Research fellow | Quantum Computing (2024 – 2025) S ’O’ A University Odisha, India Master of Science | Physics | Marks: 67.20 % (2021 – 2023) Central University of Haryana Haryana, India Bachelor of Science | Major: Physics | Marks: 80.07 % (2018 – 2021) Christ College, Utkal University Odisha, India
RESEARCH EXPERIENCE
project-1
Unsharp measurement-based hybrid feature extraction for image classification
Institute Siksha ’O’ Anusandhan
• This project develops a hybrid quantum-classical model to classify handwritten digits ’0’ and ’4’ from MNIST. Grayscale pixels are encoded into quantum states, and unsharp measurements extract features while preserving quantum properties. These features are then processed by a classical neural network. We find that state reuse and measurement unsharpness significantly impact accuracy. - 2025
project-2
Unsharp Measurement based Edge-detection using Photonic Quantum Computer Institute Siksha ’O’ Anusandhan
• Developed a photonic quantum-inspired framework using beam splitters and unsharp measurements for image generation. Optimized with COBYLA to minimize reconstruction errors, achieving high image quality (low MSE, high PSNR). Applications include medical imaging, cryptography, and pattern recognition. - 2024
project-3
Analysis of PT-Symmetric with Vanishing Real and Imaginary Components
Institute Siksha ’O’ Anusandhan
• Studied a PT-invariant potential with V1,2(x) = 0, analyzing conditions for unbroken PT symmetry and real eigenvalues. Identified symmetry-breaking thresholds and developed solvable models with applications in quantum optics, wave mechanics, and related fields. - 2024
Master’s project
Detection of Variables using Gravitational Microlensing and Plotting Color magnitude diagram
Institute Indian Institute of Astrophysics
• Microlensing is one of the commonly used methods to find low-brightness objects, which include planets. Globular clusters are spherical collections of densely packed stars. In this project, I am working on a given globular cluster NGC4147(Oosterhoff type-I) to detect short-time-scale transient events using differential imaging analysis(DIA). I Performed the (i) Data Reduction of raw images(FITS) using IRAF and finding the light curve by image subtraction method by using DIAPL2. The purpose to observe these cluster is, (ii)Search for low-mass dark objects, including free-floating planets and Intermediate mass black holes (IMBH), through the method of microlensing. - 2023
project-5
Investigation of starbursts in interacting spirals
Institute Society of Space Education Research and Development
• Studied the effects of interactions on spiral galaxies, leading to a change in their star-formation rates, affecting the luminosity of the entire galaxy. For this, we calculated the SFRs for 20 such interactions and made BPT diagrams to classify them into different categories - 2022
CONFERENCES AND WORKSHOPS
1. Center for Quantum Science and Technology (CQST) January. 2025 Quantum Image process Using Photonic Quantum Computer |Delivered a Talk
2. Introduction to quantum computing with Qiskit (IQCQ) January. 2024 Center for excellence in quantum technology |Participant
3. An International Conference on Quantum Information and Quantum Technology by IISER KOLKATA.2023 Summer School |Participant
4. Qkrishi Quantum Computing Workshop conducted at IISER Thiruvananthapuram april. 2023 Workshop |Participant
5. Meet the IAU Astronomers!, a one-day online workshop. April. 2023 Workshop |Participant
6. LaTex and MATLAB by G H Raisini College of Engineering. April. 2023 Workshop |Participant
7. Observational Astrophysics Winter School 2023 - X-ray, Optical IR and Radio Astronomy Dec. 2023 Winter School conducte by NAXXATRA Astonomy club |Participant 8. )IIA Summer School 2022 - General Astronomy and Astronomical Techniques. Solar physicsjuly. 2022 Summer School Conducted by IIA, Bengaluru, India |Participant
9. Space Astronomy and Telescope Making Workshop Mar. 2017 IISER Kolkata, India
10. Global Initiative of Academic Networks (GIAN) Dec. 2016 IISER Kolkata, India
ELECTIVE COURSE
1. Introduction to Quantum Computers: Quantum Algorithms and Information Theory Spring 2024 S’O’A, India
2. Introduction to Computer Programming: python Laboratory course Spring 2023 IIA, India
3. Course on General theory of relativity - Tensor and Gravitational Radiation And Solar PhysicsAutumn 2022 Central University Of Haryana, India
PROGRAMMING SKILLS
Proficient in Developer Tools: HTML,Python, C, C++,Latex
Quantum computation tools: Quimb, Pennylane, Strawberry fields Databases: Qiskit, SDSS DR16 and DR 17, Gaia EDR 3
LANGUAGE PROFICIENCY
Fluent in English
Fluent in Bengali, Hindi and Odia (Indian languages).
INTERESTS
1. Astronomical fieldwork and Telescope Session visited IIA Crest to observe how to handle the 2-m optical infrared telescope operated from CREST, Hosakote, using dedicated satellite links And Vainu Bappu Observatory to get a brief about the instrumentation and working of a 2.3-meter telescope. 2023
2. 1(O)Med COY NCC Passed Certificate-’A’, Examination Under the authority of Ministry of Defence, Government of India 2015
3. Other interests Playing Cricket, badminton, Gymnastics, Running, and Online Gaming, love interacting with people from different cultural backgrounds.
Email: [email protected]
Phone: +91 8249220960
Date of birth: 02.04.2001
Current address: CQST, S’o’A University Bhubaneswar, Odisha 751030
Permanent address: C/O - Sujit Sen, CDA-7 Cuttack-753014, Odisha, India
EDUCATION
Research fellow | Quantum Computing (2024 – 2025) S ’O’ A University Odisha, India Master of Science | Physics | Marks: 67.20 % (2021 – 2023) Central University of Haryana Haryana, India Bachelor of Science | Major: Physics | Marks: 80.07 % (2018 – 2021) Christ College, Utkal University Odisha, India
RESEARCH EXPERIENCE
project-1
Unsharp measurement-based hybrid feature extraction for image classification
Institute Siksha ’O’ Anusandhan
• This project develops a hybrid quantum-classical model to classify handwritten digits ’0’ and ’4’ from MNIST. Grayscale pixels are encoded into quantum states, and unsharp measurements extract features while preserving quantum properties. These features are then processed by a classical neural network. We find that state reuse and measurement unsharpness significantly impact accuracy. - 2025
project-2
Unsharp Measurement based Edge-detection using Photonic Quantum Computer Institute Siksha ’O’ Anusandhan
• Developed a photonic quantum-inspired framework using beam splitters and unsharp measurements for image generation. Optimized with COBYLA to minimize reconstruction errors, achieving high image quality (low MSE, high PSNR). Applications include medical imaging, cryptography, and pattern recognition. - 2024
project-3
Analysis of PT-Symmetric with Vanishing Real and Imaginary Components
Institute Siksha ’O’ Anusandhan
• Studied a PT-invariant potential with V1,2(x) = 0, analyzing conditions for unbroken PT symmetry and real eigenvalues. Identified symmetry-breaking thresholds and developed solvable models with applications in quantum optics, wave mechanics, and related fields. - 2024
Master’s project
Detection of Variables using Gravitational Microlensing and Plotting Color magnitude diagram
Institute Indian Institute of Astrophysics
• Microlensing is one of the commonly used methods to find low-brightness objects, which include planets. Globular clusters are spherical collections of densely packed stars. In this project, I am working on a given globular cluster NGC4147(Oosterhoff type-I) to detect short-time-scale transient events using differential imaging analysis(DIA). I Performed the (i) Data Reduction of raw images(FITS) using IRAF and finding the light curve by image subtraction method by using DIAPL2. The purpose to observe these cluster is, (ii)Search for low-mass dark objects, including free-floating planets and Intermediate mass black holes (IMBH), through the method of microlensing. - 2023
project-5
Investigation of starbursts in interacting spirals
Institute Society of Space Education Research and Development
• Studied the effects of interactions on spiral galaxies, leading to a change in their star-formation rates, affecting the luminosity of the entire galaxy. For this, we calculated the SFRs for 20 such interactions and made BPT diagrams to classify them into different categories - 2022
CONFERENCES AND WORKSHOPS
1. Center for Quantum Science and Technology (CQST) January. 2025 Quantum Image process Using Photonic Quantum Computer |Delivered a Talk
2. Introduction to quantum computing with Qiskit (IQCQ) January. 2024 Center for excellence in quantum technology |Participant
3. An International Conference on Quantum Information and Quantum Technology by IISER KOLKATA.2023 Summer School |Participant
4. Qkrishi Quantum Computing Workshop conducted at IISER Thiruvananthapuram april. 2023 Workshop |Participant
5. Meet the IAU Astronomers!, a one-day online workshop. April. 2023 Workshop |Participant
6. LaTex and MATLAB by G H Raisini College of Engineering. April. 2023 Workshop |Participant
7. Observational Astrophysics Winter School 2023 - X-ray, Optical IR and Radio Astronomy Dec. 2023 Winter School conducte by NAXXATRA Astonomy club |Participant 8. )IIA Summer School 2022 - General Astronomy and Astronomical Techniques. Solar physicsjuly. 2022 Summer School Conducted by IIA, Bengaluru, India |Participant
9. Space Astronomy and Telescope Making Workshop Mar. 2017 IISER Kolkata, India
10. Global Initiative of Academic Networks (GIAN) Dec. 2016 IISER Kolkata, India
ELECTIVE COURSE
1. Introduction to Quantum Computers: Quantum Algorithms and Information Theory Spring 2024 S’O’A, India
2. Introduction to Computer Programming: python Laboratory course Spring 2023 IIA, India
3. Course on General theory of relativity - Tensor and Gravitational Radiation And Solar PhysicsAutumn 2022 Central University Of Haryana, India
PROGRAMMING SKILLS
Proficient in Developer Tools: HTML,Python, C, C++,Latex
Quantum computation tools: Quimb, Pennylane, Strawberry fields Databases: Qiskit, SDSS DR16 and DR 17, Gaia EDR 3
LANGUAGE PROFICIENCY
Fluent in English
Fluent in Bengali, Hindi and Odia (Indian languages).
INTERESTS
1. Astronomical fieldwork and Telescope Session visited IIA Crest to observe how to handle the 2-m optical infrared telescope operated from CREST, Hosakote, using dedicated satellite links And Vainu Bappu Observatory to get a brief about the instrumentation and working of a 2.3-meter telescope. 2023
2. 1(O)Med COY NCC Passed Certificate-’A’, Examination Under the authority of Ministry of Defence, Government of India 2015
3. Other interests Playing Cricket, badminton, Gymnastics, Running, and Online Gaming, love interacting with people from different cultural backgrounds.