Predicting fracture with artificial intelligence
Read moreA genomic test clarifies the role of the role of the immune system in triple negative breast cancer metastatic risk
Read moreExtracting information from brain signals
Read moreHow bats coexist with viruses
Read moreSynergistic effect of pollutants in Lombardy waters: an interdisciplinary analysis with Big Data and biological sensors
Read morePredicting the risk of metastasis in triple negative breast cancer patients.
Read moreMilano Digital Week 2021
Read moreNuclear alteration in progeria are due to mechanics
Read moreSARS-CoV2 and immune recognition
Read moreDesigning 3D printed actuators by artificial intelligence
Read moreMechanical control of breast cancer metastasis
Read moreHow circulating tumor cells spread through the body: a humanoid digital model
Read moreScientists revealed a weak spot of the Huntington's disease
Read moreHow glasses break
Read moreScientists mapped the hybrid cells that may lead to metastasis
Read moreGene expression signature of obesity in monozygotic twins
Read moreEvolution: Common genetic signature of animal regeneration
Read moreThe smallest Archimedean pump
Read moreFrictional fronts: from atomic to tectonic scales
Read moreHow mechanical forces affects the way stem cells divide
Read moreThe statistics of fluctuations in amorphous materials
Read moreTackling obesity with big data
Read moreTraining a computer to assess sperm quality
Read moreDirect observation of percolation in the yielding transition of colloidal glasses
Read moreIrreversible behaviour of colloidal polycrystals following cyclic deformation
Read moreThe Physics of Cancer
Read moreComplexity in cancer stem cells and tumor evolution
Read morePossible link between cholesterol and neurodegenerative diseases
Read morePhysical principles explain the arrangement in the brain of the neurones responsible for the representation of space
Read moreDescribing many-particle systems with low-dimensional variables
Read moreHow cancer cells move in our bodies
Read moreLiving with progeria
Read moreSpotting the disease before it reveals its presence
Read moreThe looping in disordered polymeric models helps to understand experimental data in chromosomes and proteins
Read moreMechanics of collagen networks
Read moreInterpreting Nuclear Magnetic Resonance data
Read moreCC&B Member Elisabetta Dejana wins the Grand Prix Scientifique 2016
Read moreNew insights on chromatin organization
Read moreNew pseudorandom number generator in all major browser
Read morePostdoctoral positions available
Read moreSimulation of Mutational Effects on Peptide Stability
Read moreUnderstanding how suspended Graphene adheres to the sidewalls of a trench
Read moreWhy cancer stem cells can not be eradicated
Read moreJamming of hard disks
Read moreFailure of spherical colloidal crystals
Read moreCell division in silico
Read moreWorkshop on Physics of Living Systems
San Servolo island, Venice September 16–19, 2015
Invited speaker:
Guido Tiana
Motors Proteins on Decorated Microtubules
Read moreCrossover in interface motion
Read moreFracturing graphene
Read moreEffect of disorder on biopolymers
Read moreAn efficient calculation of the effect of mutations in proteins
Read moreHow cells change their shape
Read moreStatistical Physics and Mechanics of Forms and Shapes
Nordita 27-30 May 2015 Mariehamn Åland
Invited talks:
Caterina La Porta:
Volume fluctuation in
active cell deformation.
Stefano Zapperi:
Workshop 2015
Workshop: Physics of Cancer
Bristol 19-20 May 2015
Invited speaker:
Caterina La Porta:
Population dynamics
of Cancer Stem Cells.