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So happy that our work with the ⁦Wu Lab⁩ and ⁦Aiden Lab⁩ is profiled ⁦@nature⁩ together with many other beautiful imaging innovations happening now world-wide. 👇🏻 nature.com/articles/d4158…

ICYMI: Location, location, location: Researchers are finding evidence that where DNA is inside a cell nucleus can affect its function. buff.ly/2SLKQiq

Labor of pure love and a few dozen cups of coffee :) Thanks to the hard work of Rabia excited to share our new preprint. Also excited to have our long-time friend, chromatin guru and collaborator @Real_MDiPierro on board.

Big data: Create huge datasets. Insights will be obvious! Data science: Play with data. Visualize it. Insights will be obvious! Machine learning: Feed data into cool algorithms. Insights will be obvious! Statistics: The insights will never obvious. #epitwitter #statstwitter

Came across this biographical excerpt about the first theoretical chemist in USSR, Ohaness Davtayn whos crime was wanting to teach the new "Quantum Chemistry". A subject which was deemed as pseudoscience and banned. Let's be grateful for not living in dark ages anymore :)

And we're done! THANK YOU ALL for such🔝science. Two days of genomics, trajectories, networks, landscapes, catastrophe theory, and ALL the NMF. I wish I had days more time to chat to everyone. #SingleCell community is 🚀 Keep sharing keep collaborating keep growing ✌️ #AMSCG19

If you were looking for that inspirational story to end your Monday eve on a high note; then look no further :) #perseverance #Scientist4life

Dear friends! We are looking for Ph.D. students to join us in tackling exciting biophysics problems :) We have several positions with full financial support starting Fall, 2020. Please help spread the news and put me in touch with any candidates you may know. Thank you.

I am beyond thrilled and honored for receiving support from Research Corporation for Science Advancement What a fantastic opportunity to further our efforts in teaching and research. Excited to meet the fellow Cottrell Scholars 🤠

We are excited to announce the official launch of the BIAPSS platform! biapss.chem.iastate.edu A massive body of work done completely and independently by Dr. Aleksandra Badaczewska-Dawid. Hope the LLPS community will find it useful :) Phase Transition Papers biorxiv.org/content/10.110…

If you want to learn more about our recent fascinating work on the 3D nuclear chromatin organization and dynamics, come check out my presentation at #APSMarch, on Thursday (tomorrow) at 12:06 PM CDT (Session S13 Physics of genome organization I). meetings.aps.org/Meeting/MAR21/…

Fresh preprint, just in time for #APSMarch. Rabia Laghmach is showing just how far a model of chromatin, based on a multiphase liquid condensate physics goes in predicting the nuclear organization and dynamics. #LLPS #Chromatin #Nucleus #MELON biorxiv.org/content/10.110…

Giorgio Parisi shared this year’s Nobel prize. Amazing news. The replica symmetry is now forever broken. I learned my field theory from his book.

Full nuclear alert!☢️A preprint by our incredible postdoc Dr. Rabia Laghmach on 4D modeling of eukaryotic nuclei (MELON-4D) 🍉. Rabia has pioneered mesoscale models resolving chromatin dynamics in full-nuclei. The paves the way for nuclear mechanobiology! biorxiv.org/content/10.110…

Our foray into the dark world of low-complexity RNAs 🕵️‍♀️Using MD/ML, we try to make sense of the contributions of the polyphosphate backbone vs. base to the heterogeneous conformational ensembles of Polynucleotides. Preprint by our talented second-year PhD student Vyskah.

We are on the cover of PLoS Comp Bio, Woohoo! 🥳🥳🥳 Thanks to the impeccable artistic and scientific skills of the Ph.D. student in our group Dan Burns. journals.plos.org/ploscompbiol/i…

Capping off a fantastic year with the group. And get this – this snapshot was taken right in the thick of winter, in the middle of December... in Iowa, no less! :D #grateful #globalwarming #ISU

The first paper from a chem PhD student, Will Brown on phase separation of multicomponent peptide mixtures. Imagine cooking up a soup of peptides containing all 20 residues!!! How would the condensates turn out? Read on to find out😊 #hydration #LLPS cell.com/biophysj/pdf/S…

New research presents MELON-4D, a method for describing mesoscale organization of DNA within cell nuclei. Applied to the Drosophila nucleus, it shows how internal forces sculpt nuclear geometry in eukaryotes. Read the paper: go.aps.org/49bwfDm.

Bringing a new perspective on material properties of biomolecular condensates by quantifying sequences dependent flow activation energies! A fantastic collaborative science with friends from Priya R. Banerjee