Check out our latest work by Dr. Anshaj Ronghe published in Nature Communications!
https://t.co/kfFFqPETCw
In collaboration with Dr. Luc Bondaz and Prof. Kumar Varoon Agrawal.
Huge thanks to Prof.@kvagrawal for the amazing collaboration!
🚀 Proud moment!
Anshaj Ronghe has SECURED 2ND PRIZE at the #AIChE2024 Inorganic Materials Graduate Student Award, sponsored by #Chevron! 🏆 for his research on "Evaporation-based ethanol-water separations using nanoporous graphene."
@chemengiisc@iiscbangalore
Distinguished Prof. K. Ganapathy Ayappa delivered PetroTel Distinguished Lecture 2023-24 titled “Using Molecular Dynamics to Understand Interactions of Molecules with the Bacterial Cell Envelope” on 19th January 2023, Friday at the Outreach Auditorium, #IITKanpur#ScienceTalk
Congratulations to Samlesh Choudhury
@Samleyfinder on defending his Ph.D. thesis on 08th Jan 2024! Your perseverance and hard work have finally paid off!!!
Proud to announce that Prof K. Ganapathy Ayappa has been conferred with the RPG Life Science Padma Vibhushan Prof. M. M. Sharma Medal and Chemcon Distinguished Speaker Award at IIChE-CHEMCON 2023, Kolkata. A testament to his outstanding contributions.
@chemengiisc@iiscbangalore
Discover the future of eco-friendly desalination with Anshaj Ronghe's presentation on 'Selective Enhancement of Water Evaporation from Salt Solutions Using Graphene Nanopores' at #AIChEAnnual 2023!
Join us on Nov 8, 8:54 AM, Plaza International Ballroom I, Hyatt Regency Orlando.
🎉 Thrilled to share that a recent article from Prof. Ayappa's group has been featured on the cover of the prestigious Biophysical Journal. �� 📖 You can read the full article here:
https://t.co/bn5ffii6qm
#BiophysicalJournal #Science #Research @ayappa_lab @iiscbangalore
Read about the cover art for the newly released issue of Biophysical Journal on the BPS Blog: https://t.co/1xbjbN5kfB @iiscbangalore, @chemengiisc, @ayappa_lab
Congratulations to Avijeet Kulshrestha @myselfavijeet on successfully defending his thesis on 11th Oct 2023! Your dedication and hard work have truly paid off.
All the best to Avijeet for his future endeavors!
New publication in JACS Au: https://t.co/oOmrm90Z82.
Special acknowledgment to Luc Bondaz (EPFL, Switzerland) and Anshaj Ronghe (ChemEng, IISc Bangalore) for their pivotal contributions. Profound thanks to Kumar Varoon Agrawal @kvagrawal for the constructive collaboration.
Congratulations to Avijeet Kulshrestha, @myselfavijeet, on winning the K Ananth Swamy Memorial Research Award! It's a proud moment for everyone at the KGA lab.
Congratulations to Anant Verma @verma_anant on acing his thesis colloquium on 4th July 2023!
Your hard work, dedication, and brilliant insights have truly paid off. Wishing you continued success on your academic journey!
Most Read in the past 30 days! Check it out: "Graphene Nanopores Enhance Water Evaporation from Salt Solutions: Exploring the Effects of Ions and Concentration"
https://t.co/8p1KWWJ18d
The study shows how graphene nanopores drive a remarkable, salt and concentration-dependent, 7-11x enhancement in evaporation flux from salt solutions, offering green solutions for a water-stressed world.
#water#watertreatment#ecofriendly#greentech#Sustainability
A greener solution for water purification is within reach!!! 🌱💧
This recent publication by Anshaj Ronghe in @ACS_Langmuir shows a remarkable 7-11x boost in evaporation flux from salt solutions using nanoporous graphene.
@iiscbangalore@chemengiisc
https://t.co/qpnhajOeXS
Congratulations to Avijeet Kulshrestha @myselfavijeet on successfully completing his thesis colloquium on 11th May 2023! Wishing you all the best as you embark on new adventures and continue to make an impact in your field. Keep soaring high!
Congratulations to Samlesh Choudhury @Samleyfinder on completing his Ph.D. colloquium on 04th May 2023! Your research journey has reached a significant milestone, and we are thrilled to witness your success.
The framework is generic and can potentially be extended for efficient in-silico investigations of membrane-bound polypeptides and proteins using DPD simulations.
The robustly benchmarked FF was utilized to model several peptides and proteins, including the SARS-CoV-2 fusion peptide and a large α-helical bacterial pore-forming toxin, cytolysin A.