inbrain.tech

The mission of is to spread knowledge about Brain-Computer Interfaces, both to curious people and experts.

[inbrain.tech @inBrainTech]

Fluorescent light micrograph of Purkinje cells (green) in the cerebellum of the #brain 🧠
The cerebellum is a structure at the base of the brain that plays an important role in #motor control, sensory #perception and #learning.

Credits: Thomas Deerinck, Ncmir

[inbrain.tech @inBrainTech]

In the small #brain of the fruit flies we can observe a specific group of #neurons called dopaminergic neurons that regulates several vital behaviors of the fruit fly: learning and memory, courtship, aggression, locomotion and sleep-wakefullness.

Credits: Vittoria Mariano, UNIL

[inbrain.tech @inBrainTech]

#BrainNet: more than two brains have been connected in a direct brain-to-brain #interface developed by scientists at @Cornell 🧠

https://t.co/laPhEJbuMx

[inbrain.tech @inBrainTech]

The physical manifestation of a #memory, or engram, consists of clusters of #brain cells active when a specific memory was formed. In this cross-section of a mouse #hippocampus, cells belonging to an engram are green. 🧠

NIH Image Gallery.

[inbrain.tech @inBrainTech]

A super-material for next-generation #BCI: a new technology, developed by @GrapheneEU.

https://t.co/cyIBadKVzc

[inbrain.tech @inBrainTech]

Three patients with #quadriplegia controlled a tablet with just their #thoughts. 🧠

https://t.co/HA6YfXLh1i

[inbrain.tech @inBrainTech]

"You, your joys and your sorrows, your #memories and your ambitions, your sense of personal #identity and free will, are in fact no more than the behavior of a vast assembly of #nerve cells and their associated #molecules." - Francis Crick

https://t.co/sw9AGaf0JT

[inbrain.tech @inBrainTech]

Different points of view of our favorite organ 🧠

[inbrain.tech @inBrainTech]

#BCIs are exploding right now and have got the potential to #change in better people's lives.
https://t.co/VYP6P7gCPX is the first online #magazine reporting news about Brain-Computer Interfaces. 🧠💻
Take a look! https://t.co/ahduFmjXAk

[inbrain.tech @inBrainTech]

Your #brain is only 2% of your #body mass, so how can it consume more than 20% of your daily #energy budget? 🧠
The answer by @HashemGhaili

https://t.co/aEW5iqABNN

[inbrain.tech @inBrainTech]

Brain-to-brain (B2B) communication system overview.
Communication between the #BCI and #CBI components is mediated by the #internet.
Ruffini et al., PLoS ONE (2014).

[inbrain.tech @inBrainTech]

A #bidirectional brain-computer interface (BBCI) can both record signals from the #brain and send information back to the brain through stimulation. Center for Sensorimotor Neural Engineering (CSNE).

[inbrain.tech @inBrainTech]

A team of @UCSF published a research in Nature on April 24th, 2019. 🧠🗣

https://t.co/sBcsxDEzK7

[inbrain.tech @inBrainTech]

One of the most thrilling #technologies developed by the @DARPA is a system that allows the #military to pilot multiple jets and drones with their #mind. ✈️🧠

https://t.co/wKCVUSoK4v

[inbrain.tech @inBrainTech]

Graphics of how a wireless #brain chip restores vision, bypassing the #eye. 🧠👁

[inbrain.tech @inBrainTech]

Human Brain Project is the most important European research center in the field of #BCI, #neuroscience and brain-simulation. The main objective? Build a complete model of human #brain by 2023. 🧠

https://t.co/eKmp3KC7SL

[inbrain.tech @inBrainTech]

A team of researchers from @CarnegieMellon and @PittTweet is studying an #algorithm capable of stabilizing brain-computer interfaces 🧠💻 #inBrain #BCI #brain

https://t.co/YLFM7NKaXV

[inbrain.tech @inBrainTech]

Developed by John Rogers of @NorthwesternU this synthetic #skin was created with the aim of bridging a gap in the world of #virtual reality and #augmented reality! 🧠

https://t.co/ge87AaWUFJ

[inbrain.tech @inBrainTech]

Analyzing #brainwaves has been essential to deeply understand sleep and many diseases. What are these brainwaves and where do they come from? 🧐🧠

https://t.co/kMs07IeJuq

[inbrain.tech @inBrainTech]

A new method for communication in a patient with late-stage #ALS, involving a fully implanted #BCI. The patient accurately and independently controlled a computer typing program 28 weeks after #electrode placement, at the equivalent of two letters per minute.