Science.Art.Wonder
S.A.W is an Emory-based but ATL-wide platform that brings together artists and scientists for an artistic science symposium in March for the ATL Sci. Fest!
12/31/2021
Thank you to everyone who supported SAW in 2021! We hope you all had a wonderful time collaborating through SAW and hope to make 2022 a fun yearπππ
01/28/2020
Thank you to everyone who came out to the Scientific & Medical Illustration workshop, and a special thanks to Kuukua Wilson for making it happen!! Hope y'all had a great time. We hope to make it a fun semester, so be on the look out for future GT SAW events :-)
01/13/2020
Hello everyone!! FALL2020 Exec Recruitment is starting!!
Did you enjoy being a part of SAW? Have ideas on how to make the org better? Or do you just want some executive board experience? Join our Exec Team!! Help student artists learn and promote the researching being done at GT.
If you're interested in becoming an Exec Board member, please fill out the interest form. We have several positions open, and encourage anyone to join :-)
The interest form: https://docs.google.com/forms/d/1Gk-stl6m6iUsz0EMXniX0slwHGgZ82zcbYmASsf1Ww4/edit?usp=drive_web
If you have any questions you can contact us at: [email protected]
09/29/2019
CALLING ALL ARTISTS!
We're still looking for artists at Emory to particiipate in matches! If you're interested in the STEM field, and also have experience with art, we'd love to pair you up with an Emory researcher and exhibit the newest, cutting-edge discoveries! Past exhibitions have been at the March for Science at Atlanta, the Atlanta Science Festival, and more opportunities on campus! SIGN UP TODAY!
https://tinyurl.com/SAW-artists
09/24/2019
Today, the SAW team would like to spotlight Lindsay Chen's research with the Emory University Chemistry Department!
"The vast majority of available antibiotics target very few processes in bacteria. The development of resistance to multiple classes of antibiotics threatens to undo all of the advances we have made in treating bacterial infections. Additionally, persister cells (dormant, antibiotic-tolerant cells) lead to many chronic and recurring infections. Synthetic retinoid CD437 has the ability to kill methicillin-resistant S. aureus as well as persister cells from other drug-resistant strains. They function by interacting with the phospholipid membrane of bacteria, disrupting it to induce cell death. Ana's research focuses on investigated various moieties of the retinoids to optimize their activity."
Love this artwork? Join S.A.W and get involved!
- Emory SAW Team
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Merging the Passion for Arts and Sciences
Science.Art.Wonder aims to bridge the gap between the sciences and the arts. We are based in Atlanta and match up artists and researchers, creating innovative and unique ways to present the newest research done in labs.
https://sciartwonderatl.wixsite.com/sawatl
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