Spatiotemporal domain of neuroscience methods

Summary

An updated spatiotemporal domain of neuroscience methods graphic, inspired by from Sejnowski, 2014. More changes will be added in time.

One of the goals of the BRAIN Initiative is to expand our ability to record and manipulate cells across a large range of spatiotemporal domains. To give scientists and the public a better sense of this during talks and in general, it would be nice to have clear graphics that layout the major techniques and the scales at which they operate with reference to both precise and layman understandable units. The underlying files used to make these graphics should also be public, to allow others to improve and adapt them.

I converted the spatiotemporal domain of neuroscience methods graphic from Sejnowski, 2014 into a vectorized format that can be used by researchers, journalist, and others. Some slight updates have been made to take into account advances in certain methods (e.g. I'm biased toward calcium imaging 😎). More changes will be added in time.

Below are copies of the Adobe Illustrator vector graphic file and PNG versions of the light and dark themes (at 600 dpi).

Any suggestions on methods to add or updates to the range of any of the methods currently included are welcome.

-biafra
bahanonu [at] alum.mit.edu

additional articles to journey through:

imaging pain-related neural activity in freely-moving animals
30 may 2022 | neuroscience

Our book chapter detailing the entire pipeline from surgeries to analysis for calcium imaging of pain-related neural activity has been publ[...]ished.

This can prove a useful reference for those new to calcium imaging (esp. in freely moving animals) or researchers who want to see how others perform certain experimental and analytical steps along with the rationale. Please reach out if you have any specific questions, happy to help!

why you should watch black mirror
29 november 2015 | television

Black Mirror is a unique and ever timely experience. The vignettes are spot on and while each explores a different aspect of our interactio[...]n with technology, the internet, and social media, there is an underlying dystopian view of the world that unifies the whole series. Watch it.

quantized art
28 may 2012 | essay

Quantized art. The idea came about while reading how the music industry assembles top-liners, producers, artists, performers, etc. to [...]create top 40 hits. For example, there has been a recent trend in pop music to use 'drops', when the song builds to a crescendo and then a crazy, catchy bass line is released that causes everyone to dance. This has been perfected to the point where even an okay song can become popular because the producers know when to build, at what moment to intersperse catchy, meaningless lyrics and how to end the song on a high. I like the idea that art (as in paintings, drawings, etc.) can be dissected and quantified.

My first pass at developing an algorithm to break art down to its details and then use this knowledge to generate art that people would consider 'great'. We'll see how this evolves.

global history of architecture
08 june 2013 | architecture

One of my favorite classes at MIT was 4.605 (Global History of Architecture), which explored various styles and themes found throughout dif[...]ferent buildings and other types of architecture from the beginning of civilization to the present. In the spirit of sharing my enthusiasm for the course i'll discuss some takeaways from, and have included a couple papers i wrote for, the class.

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