IN MEMORIUM OF
PROFESSOR ALBERT ESCHENMOSER
Aug 5, 1925 - July 14, 2023
![Eschenmoser.avif](Eschenmoser.avif)
Recent Work from Our Group
![Abstract](https://cms.scripps.edu/renderfile/d1c5c8287f00000100458364ac8a71d5/krishnamurthy/Screenshot-2024-03-11-at-12.50.50PM.png)
![fx1_lrg.jpg](fx1_lrg1.jpg)
![SC013046_OBC.png](SC013046_OBC.png)
![Screenshot-2022-12-19-at-1.01.43-PM.png](Screenshot-2022-12-19-at-1.01.43-PM.png)
![Screen-Shot-2022-02-14-at-6.21.32-PM.png](Screen-Shot-2022-02-14-at-6.21.32-PM.png)
![10.1002_anie.202115656.png](10.1002_anie.202115656.png)
![U2.png](U2.png)
![Screen-Shot-2021-02-24-at-8.48.43-AM.png](Screen-Shot-2021-02-24-at-8.48.43-AM1.png)
![Cover-Figure.png](Cover-Figure1.png)
led by Dr. Mahipal Yadav from our group
![41557_2020_560_Fig1_HTML-1.webp](41557_2020_560_Fig1_HTML-1.webp)
(by John Rennie, Deputy Editor, Quanta Magazine)
On the early Earth, a forerunner of the complex cycle of reactions that underpins metabolism in today’s cells might have originated from interactions between just two simple, versatile molecules in water, according to new research.
![Figure-1.png](Figure-11.png)
![Cover_page.png](Cover_page.png)