Happy to announce the #NAMD reference paper https://t.co/u6afL2BBaM Please update bibliographies, Phillips2005 becomes Phillips2020 !! All new developments are covered and look forward to more @emadtaj @tcbguiuc @rafaelcbernardi #Roux #Chipot #Aksimentiev #Klaus @BeckmanInst
Scalable molecular dynamics on CPU and GPU architectures with NAMD.
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Jul 2020 – Dec 2025Where it's discussed
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X / Twitter22 posts
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News8 articles
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YouTube3 videos
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Blogs2 articles
AI synopsis
What people are saying
Discussions underscore the substantial performance improvements in NAMD, with posts describing the GPU advancements as 'astonishing' and emphasizing collaboration among researchers, which highlights both technical significance and community interest. The tone is enthusiastic and appreciative, reflecting high engagement and perceived impact on the field.
Most posts praise the advancements in NAMD's GPU performance enhancements, showing strong support for the publication's claims.
Discussions reveal high interest, especially with references to performance improvements and the significance of the research.
Posters actively share their enthusiasm, collaborations, and requests for bibliographic updates, indicating deep engagement.
The widespread praise and recognition of significant performance gains suggest the publication's high impact on computational molecular dynamics.
Abstract in brief
- NAMD is a molecular dynamics program optimized for simulating large biological structures on both supercomputers and budget-friendly academic clusters, written in C++ for enhanced performance.
- It integrates advanced algorithms to run simulations of various thermodynamic conditions, employing popular biomolecular force fields like CHARMM and AMBER.
- The review highlights NAMD's features for efficient equilibrium and enhanced-sampling simulations while discussing ongoing development efforts to improve its performance on GPU architectures for handling larger, complex biological systems.
Top posts
Most liked on X and BlueskyScalable molecular dynamics on CPU and GPU architectures with NAMD https://t.co/uQR35cARqU
The @nvidia GPU performance improvement in #NAMD3 is astonishing. Read more about it in the new #NAMD reference paper. https://t.co/rqm7uKKlMW Great collaboration with @tcbguiuc @emadtaj @aksimentievLab @RouxLab @abhisekhsingha1 @juliomaia92 @KC9VGG @BeckmanInst @Illinois_Alma https://t.co/FCg52IaD9P
Scalable molecular dynamics on CPU and GPU architectures with NAMD https://t.co/EdTqFATlxU
Scalable molecular dynamics on CPU and GPU architectures with NAMD: The Journal of Chemical Physics: Vol 153, No 4 https://t.co/B3xKBC923c
RT @abhisekhsingha1: Happy to announce the #NAMD reference paper https://t.co/u6afL2BBaM Please update bibliographies, Phillips2005 becomes…
All mentions
Molecular Dynamics of Claudin 6 Antigen Antibody Complex Analysis
This video explores molecular modeling and dynamic simulations of the Claudin 6 antigen-antibody complex. Using advanced software like VMD and NAMD, it demonstrates simulating large biological structures and discusses…
Molecular Dynamics Study of Cdk9 Inhibition by KB-0742 Using Simulations
This video explores molecular modeling and dynamic simulations of KB-0742 targeting Cdk9 kinase, using VMD, NAMD, OpenMM, and Google Colab. The study highlights the role of halogen bonds in achieving selective…
Molecular Dynamics Simulation of Claudin 6 Antigen Antibody Complex for Cancer Therapy
This video demonstrates molecular dynamic simulations of the Claudin 6 antigen antibody complex, utilizing computational chemistry methods, protein structure prediction, and GPU-accelerated platforms for insights into…
Molecular Dynamics Simulation of CDK9 with SLS Inhibitor Unveils Binding Behavior
Molecular Dynamics Simulation of Zotatifin–eIF4A–RNA Complex
Brief molecular dynamic simulation of a hypothesized Zotatifin-eIF4A-Polypurine RNA complex. Zotatifin, an eIF4A helicase inhibitor in clinical trials, was modeled with initial conditions including Roca binding and…
Molecular Dynamics Simulation of Telomerase-Related DNA Complexes
This brief molecular dynamics simulation investigates 2Deoxy6Thioguanosine Phosphate's interaction with telomerase and telomeric DNA, using software like VMD, NAMD, and OpenMM to model and analyze the complex's…
RT @rafaelcbernardi: The @nvidia GPU performance improvement in #NAMD3 is astonishing. Read more about it in the new #NAMD reference paper…
Scalable molecular dynamics on CPU and GPU architectures with NAMD https://t.co/KVlQCNy7Wg
RT @emadtaj: Scalable molecular dynamics on CPU and GPU architectures with NAMD https://t.co/uQR35cARqU
RT @emadtaj: Scalable molecular dynamics on CPU and GPU architectures with NAMD https://t.co/uQR35cARqU
RT @emadtaj: Scalable molecular dynamics on CPU and GPU architectures with NAMD https://t.co/uQR35cARqU
Scalable molecular dynamics on CPU and GPU architectures with NAMD https://t.co/uQR35cARqU
Scalable molecular dynamics on CPU and GPU architectures with NAMD https://t.co/EdTqFATlxU
RT @rafaelcbernardi: The @nvidia GPU performance improvement in #NAMD3 is astonishing. Read more about it in the new #NAMD reference paper…
RT @abhisekhsingha1: Happy to announce the #NAMD reference paper https://t.co/u6afL2BBaM Please update bibliographies, Phillips2005 becomes…
RT @rafaelcbernardi: The @nvidia GPU performance improvement in #NAMD3 is astonishing. Read more about it in the new #NAMD reference paper…
RT @rafaelcbernardi: The @nvidia GPU performance improvement in #NAMD3 is astonishing. Read more about it in the new #NAMD reference paper…
RT @rafaelcbernardi: The @nvidia GPU performance improvement in #NAMD3 is astonishing. Read more about it in the new #NAMD reference paper…
The @nvidia GPU performance improvement in #NAMD3 is astonishing. Read more about it in the new #NAMD reference paper. https://t.co/rqm7uKKlMW Great collaboration with @tcbguiuc @emadtaj @aksimentievLab @RouxLab @abhisekhsingha1 @juliomaia92 @KC9VGG @BeckmanInst @Illinois_Alma https://t.co/FCg52IaD9P
RT @abhisekhsingha1: Happy to announce the #NAMD reference paper https://t.co/u6afL2BBaM Please update bibliographies, Phillips2005 becomes…
RT @abhisekhsingha1: Happy to announce the #NAMD reference paper https://t.co/u6afL2BBaM Please update bibliographies, Phillips2005 becomes…
RT @abhisekhsingha1: Happy to announce the #NAMD reference paper https://t.co/u6afL2BBaM Please update bibliographies, Phillips2005 becomes…
RT @abhisekhsingha1: Happy to announce the #NAMD reference paper https://t.co/u6afL2BBaM Please update bibliographies, Phillips2005 becomes…
RT @abhisekhsingha1: Happy to announce the #NAMD reference paper https://t.co/u6afL2BBaM Please update bibliographies, Phillips2005 becomes…
RT @abhisekhsingha1: Happy to announce the #NAMD reference paper https://t.co/u6afL2BBaM Please update bibliographies, Phillips2005 becomes…
Scalable molecular dynamics on CPU and GPU architectures with NAMD: The Journal of Chemical Physics: Vol 153, No 4 https://t.co/B3xKBC923c
RT @abhisekhsingha1: Happy to announce the #NAMD reference paper https://t.co/u6afL2BBaM Please update bibliographies, Phillips2005 becomes…
Happy to announce the #NAMD reference paper https://t.co/u6afL2BBaM Please update bibliographies, Phillips2005 becomes Phillips2020 !! All new developments are covered and look forward to more @emadtaj @tcbguiuc @rafaelcbernardi #Roux #Chipot #Aksimentiev #Klaus @BeckmanInst