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Weizmann Institute of Science Department of Physics of Complex Systems
Elisha Moses Lab
Physics of Biological Computation
Elisha Moses Lab
  • Home
  • Current Research
  • Previous Projects
    • Overview
    • Network synchronization in hippocampal neurons
    • Controlling connectivity in neuronal devices
    • Logic devices from neuronal cultures
    • Percolation in 2D neural networks
    • Magnetic stimulation of 1D neuronal cultures
    • 1D neuronal cultures
    • 1D neuronal cultures on multi electrode arrays
    • Leaders of activity in dissociated neuronal cultures
    • The importance of being stable and balanced - a therapy inspired network approach
    • Probing cognitive networks in the brain using TMS
    • Using EEG to measure differences in TMS induced global brain activity in schizophrenia
    • Magnetic stimulation of curved nerves
    • Optical measurements of brain activity
    • Patterning P-19 neurons
    • SEM can improve sensitivity of protein and DNA arrays
    • "Midwives" assist dividing amoeba
    • Dynamic excitation of membranes using optical tweezers
    • Expulsion of inner content from membranes using optical tweezers
    • Hydrodynamic study of dynamics and transitions in falling paper
    • Fingering instability in combustion
    • Just for fun - signal propagation in muscle
  • Publications
  • Group
  • Gallery
  • Join Us
  • Contact Us
  • Home
  • Current Research
  • Previous Projects
    • Overview
    • Network synchronization in hippocampal neurons
    • Controlling connectivity in neuronal devices
    • Logic devices from neuronal cultures
    • Percolation in 2D neural networks
    • Magnetic stimulation of 1D neuronal cultures
    • 1D neuronal cultures
    • 1D neuronal cultures on multi electrode arrays
    • Leaders of activity in dissociated neuronal cultures
    • The importance of being stable and balanced - a therapy inspired network approach
    • Probing cognitive networks in the brain using TMS
    • Using EEG to measure differences in TMS induced global brain activity in schizophrenia
    • Magnetic stimulation of curved nerves
    • Optical measurements of brain activity
    • Patterning P-19 neurons
    • SEM can improve sensitivity of protein and DNA arrays
    • "Midwives" assist dividing amoeba
    • Dynamic excitation of membranes using optical tweezers
    • Expulsion of inner content from membranes using optical tweezers
    • Hydrodynamic study of dynamics and transitions in falling paper
    • Fingering instability in combustion
    • Just for fun - signal propagation in muscle
  • Publications
  • Group
  • Gallery
  • Join Us
  • Contact Us
  • Overview
  • Network synchronization in hippocampal neurons
  • Controlling connectivity in neuronal devices
  • Logic devices from neuronal cultures
  • Percolation in 2D neural networks
  • Magnetic stimulation of 1D neuronal cultures
  • 1D neuronal cultures
  • 1D neuronal cultures on multi electrode arrays
  • Leaders of activity in dissociated neuronal cultures
  • The importance of being stable and balanced - a therapy inspired network approach
  • Probing cognitive networks in the brain using TMS
  • Using EEG to measure differences in TMS induced global brain activity in schizophrenia
  • Magnetic stimulation of curved nerves
  • Optical measurements of brain activity
  • Patterning P-19 neurons
  • SEM can improve sensitivity of protein and DNA arrays
  • "Midwives" assist dividing amoeba
  • Dynamic excitation of membranes using optical tweezers
  • Expulsion of inner content from membranes using optical tweezers
  • Hydrodynamic study of dynamics and transitions in falling paper
  • Fingering instability in combustion
  • Just for fun - signal propagation in muscle
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Previous Projects




Network synchronization in hippocampal neurons


Controlling connectivity in neuronal devices


Logic devices from neuronal cultures


Percolation in 2D neural networks


Magnetic stimulation of 1D neuronal cultures


1D neuronal cultures


1D neuronal cultures on multi electrode arrays


Leaders of activity in dissociated neuronal cultures


The importance of being stable and balanced - a therapy inspired network approach


Probing cognitive networks in the brain using TMS


Using EEG to measure differences in TMS induced global brain activity in schizophrenia


Magnetic stimulation of curved nerves


Optical measurements of brain activity


Patterning P-19 neurons


SEM can improve sensitivity of protein and DNA arrays


"Midwives" assist dividing amoeba


Dynamic excitation of membranes using optical tweezers


Expulsion of inner content from membranes using optical tweezers


Hydrodynamic study of dynamics and transitions in falling paper


Fingering instability in combustion


Just for fun - signal propagation in muscle

Updated: 31 March 2023 | Contact: elisha.moses@weizmann.ac.il

Tangis Moriris

Updated: 31 March 2023 | Contact: elisha.moses@weizmann.ac.il

Tangis Moriris