Name:
Redwan Rahman
Project Title:
Astro-AI: An AI powerd Astronomical objects analyzer web applications
Concept Overview:
AI web app mkes complex astrophysical concepts accessible and engaging, using tools from the CAM-SUST 2025 summer school, reusing functions from their notebooks, especially SED Fitter from bagpipes and Cosmic Evolution from fast
Inspired By Session(s):
bagpipes and FAST
Reference (Optional):
N/A, probably a noble work
Name:
Nishat Nabilah Ahmed
Project Title:
SEDs of Cluster Galaxies: Environmental Quenching
Concept Overview:
This project examines how cluster galaxies differ from field galaxies in stellar mass, star-formation rate, age, and dust content. Cluster membership will be determined using redshift and positional data and Bagpipes SED fitting will be applied to photometry. The results will test whether dense environments accelerate quenching compared to the field ones.
Timeframe: ~2-3 weeks Possible Paper Angle: “Star-formation suppression in cluster environments at intermediate redshifts”
Inspired By Session(s):
Session 2 and Session 4 (Galaxy SEDs Fitting.ipynb, galaxy_clusters_workshop_notebook_Participants.ipynb)
Reference (Optional):
Peng et al. (2010) Mass and Environment as Drivers of Galaxy Evolution.
And ApJ, 721, 193, Mao et al. (2022), Wang et al. (2022), Gully et al. (2025), Roberts et al. (2025) - are some of the similar projects.
Name:
Saidul Hossain Al Amin
Project Title: From a baby universe to Galactic Ocean (Name suggestion Cos-Evo)
Concept Overview:
by using 21 cm cosmology we could model the early universe , then from that early universe how galaxys are formed who could describe by galaxy's morphology and very lasy by using Begpipes could show some galaxy related SED
Inspired By Session(s):
Session 1 and 2
Reference (Optional):
[Links or brief notes on similar projects, research, or relevant work]
Name:
Nafia Wahid Nirjhor (Team Name: R3NS)
Project Title:
Tracing Star Formation Histories with JWST & Bagpipes
Concept Overview:
By using JWST NIRSpec data, we can analyze spectra of galaxies and fit them with Bagpipes to measure star-formation rates, stellar masses, metallicities, and ages. This will allow us to reconstruct how galaxies formed and evolved their stars over time and examine how environment affects star formation.
Inspired By Session(s):
Session 2 and Session 3 (JWST NIRSpec & Bagpipes)
Reference (Optional):
[Relevant works using JWST NIRSpec and Bagpipes for galaxy star-formation histories]
Name:
[Your full name]
Project Title:
[Short and clear headline for the idea]
Concept Overview:
[A concise description of the project — what it is, its purpose, and the methodology/approach you plan to use]
Inspired By Session(s):
[List of CAM-SUST2025 session(s) that motivated or influenced your idea]
Reference (Optional):
[Links or brief notes on similar projects, research, or relevant work]