Simple Overview: Plan view of a walker's wave field as it passes through a double slit at the highest memory considered, γ/γF=0.998. Sam and Si catch up with Dr Kei Takashina at the University of Bath to explain the science behind the astonishing
Never Ending Bouncing Droplets - Main Notes
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Main Notes
Sam and Si catch up with Dr Kei Takashina at the University of Bath to explain the science behind the astonishing Plan view of a walker's wave field as it passes through a double slit at the highest memory considered, γ/γF=0.998. Here's the first episode in our series "Experiments in music", focusing on crystals of
Important Reminders
Here's the first episode in our series "Experiments in music", focusing on crystals of Plan view of a walker's wave field as it passes through a single slit of width L = 3.1λF and breadth b = 6 mm.
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- Plan view of a walker's wave field as it passes through a single slit of width L = 3.1λF and breadth b = 6 mm.
- I saw this on the TV show "Time Warp" and thought that I could do that.
- Sam and Si catch up with Dr Kei Takashina at the University of Bath to explain the science behind the astonishing
- Plan view of a walker's wave field as it passes through a double slit at the highest memory considered, γ/γF=0.998.
- Here's the first episode in our series "Experiments in music", focusing on crystals of
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