Benjamin Fockter (@bfockter) 's Twitter Profile
Benjamin Fockter

@bfockter

aspiring brain-computer interface engineer

ID: 1375521094430552067

calendar_today26-03-2021 18:54:08

400 Tweet

158 Followers

353 Following

UCSF Pediatric Brain Center (@ucsf_pbc) 's Twitter Profile Photo

At just 6, this child with #SpasticDiplegia had selective dorsal rhizotomy surgery at UCSFChildrensOakland and worked hard in rehab. Now look at them at 16! This is proof of perseverance and expert care. ucsfbenioffchildrens.org/clinics/cerebr… #SDRsurgery UCSF Neurosurgery

Benjamin Fockter (@bfockter) 's Twitter Profile Photo

can there be an option to make a “temporary chat” permanent Sam Altman … half the time I start a temp chat, then I’m like this is actually important 🙏🏼

Ashlee Vance (@ashleevance) 's Twitter Profile Photo

The History and Future of Brain Implants - Full Episode This is our deep dive with Sumner L Norman into the world of brain computer interfaces. We trace the centuries of work that led to the rise of companies like Neuralink and Forest Neurotech and where this is technology is

François Chollet (@fchollet) 's Twitter Profile Photo

I like the analogy of the "bicycle for the mind", because riding a bike requires effort from you, and the bike multiplies the effect of that effort. I don't think the end goal of technology should be to let you sit around and twiddle your thumbs.

François Chollet (@fchollet) 's Twitter Profile Photo

To really understand a concept, you have to "invent" it yourself in some capacity. Understanding doesn't come from passive content consumption. It is always self-built. It is an active, high-agency, self-directed process of creating and debugging your own mental models.

Alex Conley (@bcidesign) 's Twitter Profile Photo

I used the Neuralink to write code for an Arduino to allow me to control an RC airplane with a quad stick. The possibilities are truly endless. Thank you Elon and the entire team at Neuralink. I am honored to be part of such a great program. Neuralink

Rudzinski Maciej (@rudzinskimaciej) 's Twitter Profile Photo

LLM-like models become exocortex of humans (BCI but noninvasive) they observe our life but from our perspective with our emotions and goals developing for us with us we, robots, organizations, industry become neurons of world brain mostly imperceptibble for us - thankfuly world

Ekin Dogus Cubuk (@ekindogus) 's Twitter Profile Photo

We are looking for a condensed matter theorist to join our team at Periodic Labs. Consider applying if you are an expert on applying formal condensed matter theory to real quantum materials.

We are looking for a condensed matter theorist to join our team at <a href="/periodiclabs/">Periodic Labs</a>. Consider applying if you are an expert on applying formal condensed matter theory to real quantum materials.
Benjamin Fockter (@bfockter) 's Twitter Profile Photo

the point about scalability is kind of true (if we take “invasive” == surgeries) ; non-invasive BCIs scale to billions, invasive ones don’t. The “more neuronal signals” framing isn’t technically right until we have some breakthrough.

Benjamin Fockter (@bfockter) 's Twitter Profile Photo

update: I'm building a new sEMG interface with some friends from Imperial Neurotech to see how far we can push wrist-based neural interfaces. The current generation of wearables is clunky, uncomfortable, and doesn’t feel like the interface layer for what’s coming next: AI companions,

Benjamin Fockter (@bfockter) 's Twitter Profile Photo

this idea could also be extended to personal BCIs. once BCIs are ubiquitous and effectively constructing / representing a mirror image of how we think about / process information, they can be used to broadcast that “image” and aid the process of matching the right person to the

David Sinclair (@davidasinclair) 's Twitter Profile Photo

These are neurons firing again in a human brain cerebral organoid that's been epigenetically rejuvenated using one of our lab's age-reversal chemical treatments