Joshua Schrier (@joshuaschrier) 's Twitter Profile
Joshua Schrier

@joshuaschrier

Bepler Professor of #Chemistry @FordhamNYC / @fordhamchem. Associate Editor @Digital_RSC. Opinions my own. jschrier.github.io/blog/

ID: 1152678039207235585

linkhttps://scholar.google.com/citations?user=zJC_7roAAAAJ calendar_today20-07-2019 20:33:55

1,1K Tweet

1,1K Followers

764 Following

Cory Simon (@corymsimon) 's Twitter Profile Photo

👏 this is fantastic! so much-needed for - making science communication become more of a conversation - incentivizing revisions, improvements, or comments on one's prior work, which are not sufficiently significant to warrant a new pub thinking I'll make a commit on my Digital

👏 this is fantastic! so much-needed for 
- making science communication become more of a conversation
- incentivizing revisions, improvements, or comments on one's prior work, which are not sufficiently significant to warrant a new pub

thinking I'll make a commit on my Digital
Fordham University (@fordhamnyc) 's Twitter Profile Photo

RECORD-BREAKING NEWS! Thanks to the generosity of Fordham grads Maurice and Carolyn Cunniffe, their $100 million gift—the largest in Fordham’s history—will revolutionize STEM degree programs at Fordham. Read the news: now.fordham.edu/university-new…

Joshua Schrier (@joshuaschrier) 's Twitter Profile Photo

I didn't expect to hear about Paul Alivisatos in today's The New York Times Arts section.... Would be interesting to hear more about what the student researchers did... nytimes.com/2025/03/15/art…

Joshua Schrier (@joshuaschrier) 's Twitter Profile Photo

Converting a machine shop in Bridgeport (home of the eponymous milling machine) into a feminist bookstore / vegetarian restaurant seems like a subplot in a novel about the decline of American manufacturing in the 1970s and 80s... nytimes.com/2025/03/12/din…

Jorge Bravo (@bravo_abad) 's Twitter Profile Photo

Active learning frameworks for autonomous experimentation in self-driving laboratories Canty et al. highlight how escalating materials and chemical complexity is challenging conventional bench science. When experiments span multidimensional spaces—composition, process

Active learning frameworks for autonomous experimentation in self-driving laboratories

Canty et al. highlight how escalating materials and chemical complexity is challenging conventional bench science. When experiments span multidimensional spaces—composition, process
Joshua Schrier (@joshuaschrier) 's Twitter Profile Photo

Fulfilled my vow at the U.S. National Science Foundation-sponsored POSE25 workshop (github.com/machineagency/…) to build my own Machine Agency Science Jubilee this afternoon...next step is to design a few new tools... science-jubilee.readthedocs.io