“Graphics4Science: Computer Graphics for Scientific Impacts” by Chen, Guo, Pfister, Lin, Freeman, et al. …
Conference:
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Title:
- Graphics4Science: Computer Graphics for Scientific Impacts
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Abstract:
Computer graphics, often associated with films, games, and visual effects, has long been a powerful tool for addressing scientific challenges, from its origins in 3D visualization for medical imaging to its role in modern computational modeling and simulation. This course explores the deep and enduring relationship between computer graphics and science, highlighting past achievements, ongoing contributions, and the exciting problems yet to be solved. Attendees will learn how graphics techniques have driven innovation across fields such as biology and physics while gaining insight into the challenges of fostering interdisciplinary collaboration and staying relevant in rapidly evolving domains. Designed for both newcomers and experienced researchers, the course emphasizes education, engagement, and the identification of high-impact opportunities where graphics expertise can make a difference, inspiring the community to push the boundaries of scientific discovery.
Additional Information:
- Part 1: Introduction (10 mins) Presenters: Peter Yichen Chen, Minghao Guo
- Part 2: Graphics for Science: Techniques and Applications (2h 5min)
- 2.1 Visualization for Science (20 mins, 5 mins Q&A) Presenter: Hanspeter Pfister
- 2.2 Simulation for Science (20 mins, 5 mins Q&A) Presenter: Ming Lin
- 2.3 Imaging for Science (20 mins, 5 mins Q&A) Presenter: Bill Freeman
- 2.4 Design for Science (20 mins 5 mins Q&A) Presenter: Wojciech Matusik 2.5 Geometry for Science (20 mins, 5 mins Q&A) Presenter: Qixing Huang
- Part 3: Panel Discussion with the National Science Foundation (45 mins) Panelists: Han-Wei Shen and selected session speakers
Intermediate
Prerequisite: N/A
Topics: Data Science, Data Vizualization, Geometry, Visualization
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Additional Info: Computer graphics have evolved from a tool for visualization into a driving force behind scientific discovery, shaping advancements in biology, physics, and beyond. This course explores how graphics techniques have revolutionized interdisciplinary research, inspiring new frontiers in science.
