Researchers at @OhioState cited OSC’s resources in “Comparing Symmetry-Adapted Perturbation Theory to Intermolecular Energy Decomposition Analysis Based on Absolutely Localized Molecular Orbitals”
https://t.co/KfMyU5OuKy
Researchers at @OhioState, @Stanford, and @ORNL cited OSC’s resources in “Assessing Geographical and Seasonal Influences on Energy Consumption and Driving Range for Electric Drayage Trucks”
https://t.co/nAfL6WuLUy
Researchers at @OhioState cited OSC’s resources in “PCORsearch: A scalable, user-centric platform for self-service cohort discovery and feasibility analysis of PCORnet data”
https://t.co/d9pP6YgYtR
Researchers at @OhioState, @UAM_Poznan, and @UHHilo cited OSC’s resources in “An Ultrafast Time Resolved Infrared and Computational Study of the Photochemistry of Ethyl 2-Diazo-3,3,3-Trifluoropropanoate (CF3CN2CO2Et)”
https://t.co/7ha0So26Ms
Researchers at @OhioState and @uni_regensburg cited OSC’s resources in “Precision Recall Controllable Radiology Report Generation via Hybrid Natural Language and Clinical Reward Learning”
https://t.co/Lntv3ug91w
Researchers at @OhioState cited OSC’s resources in “Discovery of a G-rich ultra stable human ncRNA G-quadruplex that binds ATP”
https://t.co/pMwnHDhBQT
Researchers at @virginia_tech and @OhioState cited OSC’s resources in “Portable Anomaly Detection for Distributed PGAS Programs Based on Array Mapping Abstractions”
https://t.co/PsiyOEbvgu
Researchers at @UMNews, @OhioState, and @UHouston cited OSC’s resources in “Surface Charge Reshapes Scaling Relationships: From Linear Descriptors to Nonlinear, MultiDescriptor Models”
https://t.co/x2oBYSmxQq
Researchers at @OhioState and @Cornell cited OSC’s resources in “Disruption of the spinal cord-gut axis alters microbial dynamics and carbohydrate cross-feeding in the gut”
https://t.co/6eZIk8o0Mg
Researchers at @UToledo and @UW cited OSC’s resources in “On Cross-Correlating Line Intensity Maps from SPHEREx during Reionization”
https://t.co/Fq08JH2K6k
Researchers at @univofdayton cited OSC’s resources in “Static Electric Fields as a Model for Hydrogen-Bond-Induced Dissociation of HF and HCI"
https://t.co/65jCphtWqp
Researchers at @OhioState and @FloridaState cited OSC’s resources in “Resolvent Analysis of High-Speed Flow Over Cone-Cylinder-Flare: Effect of Flare Angle”
https://t.co/6xsRJqs8nm
Researchers at @OhioState cited OSC’s resources in “Benchmarking Modern GPU Computing Frameworks for the Efficient Extraction of Flow Acoustics”
https://t.co/SQrKcuNbIN