Nature Computational Science (@natcomputsci) 's Twitter Profile
Nature Computational Science

@natcomputsci

A @SpringerNature journal on mathematical models and computational methods/tools that help advance science in multiple disciplines.

ID: 1252587589925830657

linkhttps://www.nature.com/natcomputsci calendar_today21-04-2020 13:21:23

1,1K Tweet

6,6K Followers

313 Following

Nature Computational Science (@natcomputsci) 's Twitter Profile Photo

📢Out now! Fengqi You and Zhilong Wang discuss the challenges and opportunities for implementing generative models in the inverse design of functional crystalline materials. nature.com/articles/s4358… 🔓rdcu.be/elnOM

Nature Computational Science (@natcomputsci) 's Twitter Profile Photo

📢Huaming Wu and colleagues from Tianjin University propose HELIX, a DNA-based storage system for biomedical images that combines compression, error correction, and deep learning repair. nature.com/articles/s4358… 🔓rdcu.be/elRX2

Nature Computational Science (@natcomputsci) 's Twitter Profile Photo

📢Generative AI is quickly being deployed in healthcare. In this Comment, Brett Beaulieu-Jones and colleagues discuss the early efforts to define, measure, and address fairness and health equity challenges. nature.com/articles/s4358… 🔓rdcu.be/emlwj

Nature Computational Science (@natcomputsci) 's Twitter Profile Photo

📢Shlomo Havlin, An Zeng and colleagues propose a concept, called persistent disruption, that marks papers that disrupt prior work but remain undisrupted later, signaling lasting impact. nature.com/articles/s4358… 🔓rdcu.be/emQys

Nature Computational Science (@natcomputsci) 's Twitter Profile Photo

📢Thinking about sending us a presubmission enquiry? We provide recommendations on how to write an effective one in our latest Editorial. nature.com/articles/s4358…

Nature Computational Science (@natcomputsci) 's Twitter Profile Photo

📢A Perspective by Wolfram Pernice, Abu Sebastian and colleagues discuss the challenges and opportunities for photonic probabilistic computing and its applications in AI. nature.com/articles/s4358… 🔓rdcu.be/enkjQ

Nature Computational Science (@natcomputsci) 's Twitter Profile Photo

📢Wanqiu Ding and colleagues present STCase, a tool for uncovering functional niche-specific cell‒cell communication events based on spatial transcriptomics data. nature.com/articles/s4358… 🔓rdcu.be/enX9T

Nature Computational Science (@natcomputsci) 's Twitter Profile Photo

📢Russell Funk and XIANGTING WU discuss a recent framework that characterizes innovations that both disrupt earlier works and serve as stable foundations for subsequent development. nature.com/articles/s4358… 🔓rdcu.be/en1h4 📄rdcu.be/en1iS

Nature Computational Science (@natcomputsci) 's Twitter Profile Photo

📢Tianyu Zhu and colleagues develop a DL model to predict ground-state and photophysical properties of molecules and nanomaterials, achieving beyond-DFT accuracy with high data efficiency. nature.com/articles/s4358… 🔓rdcu.be/eptkB

Nature Computational Science (@natcomputsci) 's Twitter Profile Photo

📢Xuhui Huang and colleagues present MEMnets, combining statistical mechanics theory with DL to find the slowest collective variables for biomolecular dynamics. UW-Madison Chemistry, datascience@uw, TCI UW-Madison, UW-Madison L&S nature.com/articles/s4358… 🔓rdcu.be/eqnCf

Nature Computational Science (@natcomputsci) 's Twitter Profile Photo

📢Out now! Haohao Fu and colleagues introduce a high-throughput, formally exact method for absolute binding free energy calculations. nature.com/articles/s4358… 🔓rdcu.be/erBRm

Nature Computational Science (@natcomputsci) 's Twitter Profile Photo

📢Shaoting Zhang and colleagues propose CLOVER, a cost-effective instruction learning framework for conversational pathology. nature.com/articles/s4358… 🔓rdcu.be/erQld