Published in Nature Medicine, 2021
An herculean collaboration between 20 institutions shows that a neural net trained on a combination of EHR and Chest X-Rays can predict oxygen level requirements for covid patients.
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Published in Neuron, 2021
Tips and Tricks on how to run a (massive) online collaborative hackathon.
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Published in NeuroImage, 2021
Can functional canonical networks in the brain emerge from the brain’s structural connectivity?
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Published in PNAS, 2021
What types of complex crystal structures can emerge from simple, isotropic interactions?
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Published in Frontiers in Endocrinology, 2020
Using Deep Nets to segment vertebral bodies.
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Published in Brain Sciences, 2020
Can we use Deep Learning to predict a subjects future motor impairment 4 years before Parkinson’s symptomatology?
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Published in PNAS, 2018
Which 2D nets are most capable of self-folding into a 3D polyhedron?
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Published in Nature Communications, 2018
In which we combine experiments and simulations to design surprisingly strong hydrogels via the addition of nanoparticles.
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Published in Symmetry, 2017
In which we discuss a possible growth mechanism for the complex Tsai quasicrystal.
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Published in J. Phys.: Condens. Matter, 2017
In which we discover a number of novel quasicrystals using a simple isotropic pair potential.
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Published in Physical Review Letters, 2017
In which we discuss the conditions for emergence of global chirality in systems of non-attractive Brownian particles.
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Published in Soft Matter, 2016
Cover article of Soft Matter =).
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Published in Physical Review Letters, 2016
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Published in ACS Nano, 2015
In which we design a method for experimentally fabricating nanoparticles capable of self-assembling a desired target structure.
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Published in Nature Materials, 2015
In this paper we got inspired by kirigami to design flexible electronics.
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Published in Nature Materials, 2014
In which we discover the first-ever icosahedral quasicrystal to self-assembly in computer simulations.
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Published in Physical Review X, 2014
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Published in Angewandte Chemie Int. Edition, 2013
In which we use the concept of directional entropic forces to help guide and explain experiments with nanoparticles.
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Published in Science, 2012
This paper shows that directional entropic forces can lead simple geometries to spontaneously self-assemble into a plethora of complex crystals under confinement. The rules dictating which crystals might be formed come simply from the building blocks geometries.
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Published in ACS Nano, 2011
This paper introduces the idea of directional entropic forces as a key concept to explain how non-attractive particles can self-assemble into complex crystals. Download paper here
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Published in Physical Review B, 2010
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Published in Journal of Low Temp Physics, 2010
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Published in Physical Review B, 2009
In which a simple model explains how square crystalline lattices can, under pressure, be transformed into hexagonal ones.
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Published in Rev. Bras. de Ensino de Fisica, 2006
Can a hit from a slingshot kill you? My first academic paper shows that even home-made slingshots can be fatal, owing to cubic terms in Hooke’s law that make elastics a lot more dangerous than springs.
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