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Amlan Das

As seen in: Medium, Nature, The Quint, The Wire (India), HAL, The Journal of Biological Chemistry, Future Medicine, EastMojo
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Articles

Predicting slip transmission pathways using graph neural networks

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By Yuefeng Jin, Peiyu Zhang, Xiongye Xiao, Wenxi Li, Amlan Das, Katherine S. Shanks, Paul Bogdan, Ashley Bucsek, Ezra Mengiste, Matthew Kasemer
| Nature Verified
Abstract Plastic deformation governs the performance and failure of ductile materials and is often mediated by dislocation slip. In polycrystals, slip in one grain can trigger slip in neighboring grains, known as slip transmission, linking grain-scale events to bulk plasticity. We pose a fundamental question: if the location of an initial slip event is known, can we predict its transmission pathway through a grain network?
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Uropathogenic profiles and antibiotic resistance in gynecological cases: a microbial surveillance study from Northeast India

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By Amlan Das, Rupesh Kumar, Julie Bania, Vishal Chakraborty, Archita Limboo, Ritusmita Deori
| Nature Verified
Abstract Urinary tract infection (UTI) is one of the most common bacterial infections affecting women worldwide. This study investigated bacterial diversity, associated risk factors, and multidrug resistance (MDR) patterns among Gynecological patients in the northeastern region of India. A total of 896 participants were enrolled in the study. Midstream urine specimens were collected and processed using standard microbiological procedures to confirm infection.
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In-chip critical plasma seeds for laser writing of reconfigurable silicon photonics systems

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By Andong Wang, Laboratoire Lasers, Amlan Das, Procédés photoniques
| HAL
Article Dans Une Revue Nature Communications Année : 2025 In-chip critical plasma seeds for laser writing of reconfigurable silicon photonics systems Domaines Origine Publication financée par une institution Licence hal-05326556 , version 1 (22-10-2025) Andong Wang, Amlan Das, Vladimir Yu Fedorov, Pol Sopeña, Stelios Tzortzakis, et al.. In-chip critical plasma seeds for laser writing of reconfigurable silicon photonics systems. Nature Communications, 2025, 16 (1), pp.6733.
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