Nick Palmer’s Post

Graduate student from my PhD lab published this groundbreaking study on mechanisms of actin filament severing and elongation by Formins, out in Nature!

Recently, in joint work with Yang Li, we answered a longstanding question raised by Taubes (1991) and proved a compactness theorem for Fueter sections towards defining a new 3-manifold Floer theory. We believe this result is a key step in our program to prove the Donaldson-Segal conjecture. Here’s a recent video of my talk on the subject for anyone interested in knowing more about this program: https://lnkd.in/e3puiaAV

An Entropy Measure for n-Cylindrical Fuzzy Neutrosophic Sets SJ Kalayathankal, MM George, F Smarandache - Neutrosophic Optimization and …, 2024 n-Cylindrical fuzzy neutrosophic set (n-CyFNS) is a new variant of fuzzy neutrosophic sets. In this paper, our aim is to introduce an entropy measure for n-CyFNS. Here, we explained its properties along with examples. Two real life applications …

I am happy to share our new paper about "Proximity-Induced Exchange Interaction and Prolonged Valley Lifetime in MoSe2/CrSBr van-der-Waals Heterostructure with Orthogonal Spin Textures". We show that the atomic proximity of monolayer MoSe2 and the antiferromagnetic van-der-Waals crystal CrSBr leads to an unexpected breaking of time-reversal symmetry, with originally perpendicular spin directions in both materials. https://lnkd.in/dShZ5p2Q

Does asymmetry always equal pain? In our latest blog, Marie Rhodin, DVM explores movement asymmetry in horses and whether it is possible to say when the asymmetry indicates lameness. Curious to learn more? Click the link read the full blog: https://sleip.co/3VZgvjh

New paper out! In this work led by Olga Dobrushina, we were able to enhance participant's ability to recognize their own heartbeat using a haptic feedback based training. This joins with our previous recently published work looking into enhancing interoception (sensing of inner body signals) through external signals. Link in the first comment. 💓

Great 2D great visualization of DNAPL moving through groundwater. This gets even more complicated IRL, when groundwater flow affects the dispersion and the contaminants move in 3D.

What a great way to visualize DNAPL transport occurring in the subsurface.

This is an excellent visualization of the challenges we face when attempting to locate and clean up contaminants that are denser than water. Imagine trying to delineate this plume if you started with a drill rig taking soil cores at the point of release.

New insights in WHO's 6th edition process: WCT EVI MAP PROJECT - Goal: to create live maps of evidence for all tumour types across entire WCT and Global Literature 47 worldwide institutions involved, IARC as the Coordinator https://lnkd.in/dtqEnSR6