PhySense
  • Home
  • Guides
    • Safety Warning
    • How slime moves
    • How slime bio-sensors work
    • SLIME
      • How to make (non-nutrient) agar
      • How to grow slime (Physarum)
      • How to buy slime
      • How to make aluminium tape and suppliers
      • How to make container and Petri dish suppliers
      • How to add aluminium tape electrodes
      • How to form cytoplasmic tube between electrodes
      • How to manage multiple tubes
      • How to prevent slime dehydrating
      • How to record electrical signals in slime
      • Life cycle of slime (Advanced)
    • PLANTS
      • Measurements with plants
      • Example plant recordings
      • Additional plant recordings
    • CACTUS
      • Measurements with cactus
      • Example cactus recordings
    • MUSHROOMS
      • Oyster Pearl growing kit
      • Measurements with mushrooms
      • Example mushroom recordings
    • Faraday Cage
      • How to make Faraday Cage
      • Example slime recording in Faraday Cage
      • Example plant recording in Faraday Cage
    • Mimicking biological signals with electronics
    • PhyLink Software
      • How to install ‘self-extracting’ PhyLink Processing software
        • How to install program to UNZIP files
        • How to install self-extracting file
      • How to install ‘re-programmable’ PhyLink Processing software
      • How to use PhyLink software
      • How to edit Arduino sketch (optional)
      • Manual data logging and analysis
      • Manual data logging multiple channels
    • Measurement resolution
      • Example measurement resolution
    • Signal analysis
      • SignalPlant
      • PLEASED project
    • Time lapse video
      • How to record time lapse video
    • Sonification of living substrate
      • Sonification software
      • Sonification projects
      • Data sources for testing sonification
    • How to DISPOSE OF WASTE
  • Forum
    • Forum Rules
    • FAQ
    • Forums
  • Share
    • How a database works
    • Deep Learning
    • How to upload files
    • View Photo galleries
      • Maze
      • Maps
      • Growing
      • Infected
    • View Video gallerias
      • Slime solving maze videos
      • Slime growing videos
    • View Electrical signals
      • Slime – Eight samples over ten days
      • Fungi – High and low frequency spikes
    • View Art exhibitions
      • Exactitude in Science
    • Listen to Audio albums
      • Slime music
      • Plant music
    • View Architecture
      • Networks
      • Urban areas
  • Experiment
    • Control Experiments with slime
    • ‘Real’ experimental slime results
    • What if stimuli is applied to slime
    • How to get started with slime
  • Tech
    • PhyLink
      • Computer requirements
      • Technical specifications
      • PhyLink circuit board design
      • PhyLink parts list
      • Setup guide
    • PhyLink+
    • Additional PhySense technology
    • Product Interest Survey
    • QUIZ – Technology Applications
    • Quiz – slime container
    • Quiz – sealed container
  • Beta
    • Introduction to Beta Testing
    • PhyLink Starter Kit
    • Volunteer for Beta Testing
    • Step by step guide
    • Downloading Software FAQ
    • DOWNLOADABLE software
      • Selecting serial port
      • Configuration check
      • Arduino IDE Serial Plotter
    • Downloadable software (OLDER versions)
    • Report Software Bug
    • Beta Tester Experience Survey
  • User
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    • Account
  • About Us
    • Acknowledgements
    • Useful links
    • Slime Books
    • Academic Publications
    • Glossary of terms
    • Website feedback
    • Contact

How slime moves

https://www.physense.eu/wp-content/uploads/2018/07/Tube_flow_2.mp4
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