"Using High Throughput Experimentation to Gain New Insights"

Nature uses oxidative couplings to construct carbon-carbon, carbon-oxygen, and carbon-nitrogen bonds with a high degree of efficiency. The use of parallel microscale screening to discover selective and efficient catalysts for such processes using...

Title: Activation and Incorporation of Rare Sugars into Bacterial Surfaces... Read more about Tania Lupoli (NYU)

Title:  Dynamic and multicolor electron microscopy

... Read more about Maxim Prigozhin (Harvard MCB)

Title: Cysteine-reactive electrophilic compounds remodel the proteome by modulating cellular proteostasis processes

... Read more about Keriann Backus (UCLA)

Title: Exploring non-covalent interactions to improve electrochemical energy storage and water purification... Read more about Noémie Elgrishi (Louisiana State University )

Title: Electrochemical CO₂ Capture, Concentration, and Conversion

... Read more about Jenny Yang (UCI)

Title: Attacking the Cancer Surfaceome... Read more about Jim Wells (UCSF)

Title: Towards Designable Quantum Solids with Layered Hybrid Superlattices: Boundless Opportunities at Bondless Boundaries... Read more about Xiangfeng Duan (UCLA)

... Read more about Zach Wickens (University of Wisconsin-Madison)

Title: Psychedelics and Related Plasticity-Promoting Neurotherapeutics... Read more about David Olson (UC Davis)

Title:Finding Catalysts of Gut Reactions: The Gut Microbiota i n Disease Onset and Treatment

... Read more about Elizabeth Bess (UCI)

Title: The power of data science and optics in chemistry

... Read more about Micheline Soley (U Wisconsin)

Title: New Chemical Space from Cross-Electrophile Coupling

... Read more about Dan Weix (U Wisconsin-Madison)

Title: Control and Monitoring of Cells in Intact Tissues through Noninvasive Neuroengineering

... Read more about Jerzy Szablowski (Rice University)