Rob Campbell
@raacampbell.com
Not bad. Just a bit darker next time. 😬
December 25, 2024 at 9:22 PM
Not bad. Just a bit darker next time. 😬
Just realised that, back in April, when we by chance stopped in Lockhart (TX) for a coffee, we were where Season 2 of The Leftovers was filmed. Miracles happen.
November 30, 2024 at 10:08 PM
Just realised that, back in April, when we by chance stopped in Lockhart (TX) for a coffee, we were where Season 2 of The Leftovers was filmed. Miracles happen.
🧪🔬A pretty old picture for #fluorescencefriday but it's my favourite so it gets another outing. It's the drosophila mushroom body taken with a 2-photon and colour-coded for depth.
November 29, 2024 at 11:13 AM
🧪🔬A pretty old picture for #fluorescencefriday but it's my favourite so it gets another outing. It's the drosophila mushroom body taken with a 2-photon and colour-coded for depth.
Currently doing more validation experiments on our random access #optogenetics system for #neuroscience: Zapit. User-friendly GUI and documentation. Full build hardware build instructions coming soon. Cross-platform control (remote or local) from any language via TCP/IP. Build assistance available!
November 23, 2024 at 2:59 PM
Currently doing more validation experiments on our random access #optogenetics system for #neuroscience: Zapit. User-friendly GUI and documentation. Full build hardware build instructions coming soon. Cross-platform control (remote or local) from any language via TCP/IP. Build assistance available!
No way! My memory made up the graph, it seems, but I found the book.
November 23, 2024 at 12:52 PM
No way! My memory made up the graph, it seems, but I found the book.
A basic image for #fluorescencefriday -- neurons expressing the Ca++ sensor, GCaMP, imaged with a 2-photon microscope. The cool thing is the microscope is built by neuroscience students on our PhD optics course. It is the last thing they build at the end of their two week optics journey.
November 22, 2024 at 11:12 AM
A basic image for #fluorescencefriday -- neurons expressing the Ca++ sensor, GCaMP, imaged with a 2-photon microscope. The cool thing is the microscope is built by neuroscience students on our PhD optics course. It is the last thing they build at the end of their two week optics journey.
We made a "rainbow" of scattered light using a sucrose solution and polarized light for our annual PhD optics course. Thanks to @3b1b.bsky.social for making such great videos explaining the effect: www.youtube.com/watch?v=QCX6...
November 17, 2024 at 3:14 PM
We made a "rainbow" of scattered light using a sucrose solution and polarized light for our annual PhD optics course. Thanks to @3b1b.bsky.social for making such great videos explaining the effect: www.youtube.com/watch?v=QCX6...