Dynamics of a frog muscle are excited by an electrode stuck in the muscle fiber (micro needle at center). Typical sarcomere size is 2mm.
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Physics of Biological Computation
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- Leaders of activity in dissociated neuronal cultures
- The importance of being stable and balanced - a therapy inspired network approach
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- 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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- 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
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Updated: 22 November 2024 | Contact: elisha.moses@weizmann.ac.il
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