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[Announcement: Conference Proceedings Book published - 15 January 2025 (online) & 6 February 2025 (offline)]
Book of Abstracts
Book of Abstracts
Book of Conference Proceedings
Book of Conference Proceedings
To get a copy of the book of conference proceedings delivered to you, please contact us at phys.frontiers@bacollege.ac.in.
To download the E-book, please click here or, on the cover-page.
DOI: 10.5281/zenodo.14626413.
*** Book of Conference Proceedings published online on 15 January 2025.
ยฉ 2025 Bhawanipur Anchalik College, Barpeta, Assam โ 781352.ย
Creative Commons Attribution 4.0 International.ย
### Graphical abstract courtesy of P. Dihingia, โStrategies and Challenges in 2D Material-Based...โ and P. Bora, โEnhancing EMI Shielding and Stealth...โ.
- About the Book:
The book, Physics Frontiers (Volume-I), compiles peer-reviewed research articles presented at the national online conference "Physics Frontiers-2024," hosted by Bhawanipur Anchalik College. A total of 31 research articles from various domains has been recommended by the review committee for publication in this volume. It highlights innovative ideas and advancements across diverse domains of physics, offering a valuable resource for researchers and educators.
Publisher: Assam Science Society & Bhawanipur Anchalik College
ISBN: 978-81-983738-4-7
- Review Committee Members:
Editor(s):ย
Dr. Darpan Bhattacharjee, Bhawanipur Anchalik Collegeย
Dr. Vivek Baruah Thapa, Bhawanipur Anchalik College
Reviewer(s):
Prof. Umananda Dev Goswami, Dibrugarh University
Dr. Gautam Saikia, North Gauhati College
Dr. Pritam Das, Salbari College
Dr. Bhargab Borah, DDR College
Dr. Nilamjyoti Dutta, Tihu College
Dr. Sumitra Bhattarai, Bhawanipur Anchalik College
Dr. Priyanka Kalita, Bhawanipur Anchalik College
Dr. Sayan Adhikari, IET, Norway
Dr. Gunjan Sharma, Joya Gogoi College
Dr. Nayana Gautam, Lakhimpur Girlsโ College
Dr. Atanu Betal, Indian Institute of Technology Jodhpur
Prof. Pabitra Nath, Tezpur University
Dr. Amitap Khandelwal, JNV University Jodhpur
Dr. Indu Kalpa Dihingia, Tsung-Dao Lee Institute, China
Dr. Unnati Kashyap, Texas Tech University, United States
Dr. Arghyadeep Paul, CEA, France
Dr. Jaikhomba Singha, University of Cape Town, South Africa
Featured articles of the conference proceedings...
Featured articles of the conference proceedings...
***Based on recommendations of the Review Committee
- Track: Astronomy, Astrophysics & Cosmology
(PF-2024/068)
(PF-2024/068)
"What makes the Planetary Gap in a Proto-Planetary Disk wide?"
Marbaniang et al. (2025), Physics Frontiers (Vol.-I, pp: 41-45)
Simulations of two planets with disparate masses orbiting a central star demonstrate their influence on gap formation within proto-planetary disks. The results indicate that the more massive planet efficiently opens gaps, with the gap width modulated by the relative positioning of the lower-mass companion.ย
***For more details, please check here.
2. Track: High Energy Physics & Particle Physics
2. Track: High Energy Physics & Particle Physics
(PF-2024/057)
(PF-2024/057)
"Study of X(3872)โJ/๐๐พ and Search for X(3872)โ๐(2S)๐พ using the Belle and the Belle II Detectors"
Chutia & Bhardwaj (2025), Physics Frontiers (Vol.-I, pp: 55-57)
This study investigates the radiative decay of the exotic state X(3872) into J/๐๐พ and searches for its decay into ๐(2S)๐พ, utilizing B-meson data collected by the Belle and Belle II detectors at the ฯ(4S) resonance. To ensure accuracy, the decay Bโ๐c1,c2K is used as a calibration mode, and the branching fraction of ๐c2 โJ/๐๐พ is measured. Preliminary findings from Monte Carlo simulations are presented, with the analysis leveraging the full Belle dataset of integrated luminosity 711fb^(-1) and the processed Belle II data available to date.
***For more details, please check the full paper here.
3. Track: Condensed Matter Physics & Material Science
3. Track: Condensed Matter Physics & Material Science
(PF-2024/078)
(PF-2024/078)
"Synthesis of PVA/ZnS/ZnO:Fe Nanoparticles and Their Characterization by Chemical Precipitation Technique"
Gogoi & Bhattacharjee (2025), Physics Frontiers (Vol.-I, pp: 105-109)
PVA/ZnS/ZnO:Fe nanocomposites were synthesized via chemical precipitation and characterized using UV-vis, PL, XRD, SEM, EDAX, and TEM. Results confirm nanoparticle formation with a blue-shifted absorption edge, a calculated band gap, and nanorod-like structures observed in SEM images. For more details, please check the full paper here.
4. Track: Plasma Physics & Nonlinear Dynamics
4. Track: Plasma Physics & Nonlinear Dynamics
(PF-2024/079)
(PF-2024/079)
"Thermal Instability Simulation using Flux-Corrected-Transport"
Sarkar & Bora (2025), Physics Frontiers (Vol.-I, pp: 126-128)
The evolutionary dynamics of structure formation in the interstellar medium due to thermal instability are studied using Flux-Corrected-Transport simulations, emphasizing thermal conductivity. Linear analysis verifies wave and condensation instability modes across various density and temperature gradients. Nonlinear instabilities evolve into gas clouds driven by radiative heat loss, with thermal conductivity significantly impacting coalescence formation.ย
***For more details, please check the full paper here.
5. Track: Interdisciplinary Sciences
5. Track: Interdisciplinary Sciences
(PF-2024/015)
(PF-2024/015)
"Bamboo-derived Biochar as an Efficient Sorbent Carbon Nanomaterial for Organic Water Contaminant"
Sarma & Baro (2025), Physics Frontiers (Vol.-I, pp: 131-133)
Biochar, derived from the pyrolysis of biomass, has gained attention for its potential in environmental protection due to its high porosity, large surface area, and stability. In this study, bamboo-derived biochar prepared with ZnClโ was used to investigate its adsorption capacity for methylene blue (MB). The adsorption efficiency was determined by measuring the difference between initial and equilibrium MB concentrations using UV-visible spectroscopy. Figure: SEM images of bamboo hydrochar a) at 500 X magnification and b) at 30 KX magnification and c) Elemental analysis of bamboo hydrochar.
***For more details, please check the full paper here.
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