Interested in making a wireless BCI? I just made some interactive graphs for the dielectric properties of brain (and body) tissues to help you pick the power levels and frequencies for your transceivers. bit.ly/brain-computer-rf
Join us live in Noninvasive Neural Interfaces: Ethical Considerations 2021 going on right now 👉 bit.ly/neuro-conf
Some awesome software by @caglorithm, @jajcayn, @ChristophMetzn1, and @FabianKamp.
Thanks for keeping the neuro world open source =)
github.com/neurolib-dev/neur…
Amazing paper on thermoacoustics for medical applications:
purl.stanford.edu/cy674hd031…
Love it. More people need to see this.✌️
All you need to know about NeuroRights in a one-minute TikTok video clip (from Saar Lively @neuro_rights)
There needs to be more papers on thermoacoustics & the brain.
to wit:
"Effects of acoustic heterogeneities on transcranial brain imaging with microwave-induced thermoacoustic tomography"
ncbi.nlm.nih.gov/pmc/article…
#evilrobotnews... 😉 "#wearenotinkansasanymore" (and have not been, for some time...)
NeuroForLunch retweeted
using open source software xitter.cf/FeelGoodPage11/status/…
NeuroForLunch retweeted
Replying to @NeuroForLunch
Very interesting proposal. You are right, I did not consider relevant dangers that have been central to the discussion of integrity. This chapter by Ienca and Scheibner addresses the practices (including remote modulation) labeled as "neurohacking": doi.org/10.1016/bs.dnb.2020.… .






