Graphene breakthrough: Inbrain’s next-gen brain implants target neurological disorders
Longevity Technology - 31-Oct-2024New funding powers AI-driven implants to revolutionize neurological care
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New funding powers AI-driven implants to revolutionize neurological care
German neurotech company aims to revolutionize stroke recovery with its brain interchange system
Future uses include controlling robotic devices and improving communication
The second patient successfully used the device for design and gaming
ALS patient becomes first to use apple vision pro with BCI implant
Brain implant decodes the brain, offering hope for precise tumor removal & personalized therapy
It led to a 41% increase in walking speed compared to traditional prosthetics
This could revolutionize robotics and lead to advances in medicine
Novel brain implant technology aimed at helping patients with speech loss
Potential to restore communication in multilingual individuals with paralysis
Loose wires caused setbacks, prompting a search for a second volunteer for testing
Brain-computer interface tech allows patient to control computer cursor with mind
Despite Musk's claims, there's not much information, which raises concerns
Neurostimulation enhanced memory especially in those with memory issues, paving way for future treatments
The tech expands beyond medicine, demanding new oversight
Now, she lives alone, does things she couldn't before, and feels free
New wearable tech unlocks a future of effortless body movement with robotic exoskeletons
The chip has the potential to significantly benefit individuals with paralysis
It's much softer than older implants, making it less likely to hurt the brain
Non-invasive neural device leads via blood vessel while Neuralink awaits human trials
Platform decodes brain signals, enabling thousands of applications
Implant bringing new hope to people with neurological conditions
Technology can successfully measure muscle activity, brain waves, and more
SpiralE helps advance user-friendly neuroscience applications and regenerative medicine in the future
FDA approves Neuralink's brain implant, patients can now sign up for trials
Neuralink's implants will still require extensive testing to overcome technical and ethical issues
Study demonstrates feasibility of conducting polymer-based structures as integrated electronics for medical applications
Stentrode is an endovascular electrode array implanted through the blood vessels
The ultimate goal is to restore rapid communications to people who can no longer speak
Microelectrode array (MEA) is 3D-printed at the nanoscale, for individual neurological treatment
Brain-machine interface that can communicate through chemically mediated signals
Communication is slow at one letter per minute but further developments may improve the pace
Advancement in brain-computer interface technology to control external devices using mind
No promised upgrades, and no vision at all for some recipients
Appears to be ahead in the race as already started human trials
The latest application of its NeuroPort Array that can also restore movement, touch and hearing
Transferring information to the visual cortex of blind is a dream come true
Through stimulating deeper parts of brain, patients can feel and control their limbs
Implantable brain computer interface received FDA approval for human trials in US
Neuroprosthesis provides natural communication for people who cannot talk
Novel brain implant that last years without damaging tissues
Long way to go, but living cockroach might save your life one day
With the neural signal processing software by Wyss Center, home use of BCI is now closer to reality
Brain implants enabled sensory and motor feedback to robotic arm, resembling human abilities
New competitor for Neuralink's brain implant, streamlining solution for neurological disorders
Brain-Computer Interface decodes handwritten thoughts to text, needs a few tweaks before clinical use
Breakthrough in optogenetics - a wireless device activates neurons to bond social interactions
New super-soft silicon implants can reduce tissue damage & last for a very long time
Neurolutions' robot exoskeleton improves recovery from disability in stroke patients
First-of-its-kind implantable electrodes work without damaging brain tissue
Records changes in blood flow to detect brain activity - alternative to invasive brain interface tools
Early trials of robotic brace coupled with brain implants to improve mobility of stroke patients
Tiny brain implants controlled by mobile app provide insights to brain research
Post-demo on rodents, researchers to begin brain-brain communication in humans
Able to read brain intentions and improve arm movements in stroke patients
Neural electrodes didn't offer precise sensation; posing challenges for prosthetics
AI allowed a man with quadriplegia control both his robotic arms at the same time
Will stimulate the visual cortex to perceive light and create images
A less invasive approach of brain-computer interface than Neuralink
You need entrepreneurs, engineers and academics to make sustainable progress
Non-invasive ear device could soon help to better connect the world through speech
Bypasses the eye and directly transmits signals from a camera to the brain
Low cost and no surgery may make this an attractive alternative to Musk's Neuralink
Remote exploration and assistive personal robots will be a possibility
This restores activities of daily living and reduces functional dependency
Promising tech for treating brain disorders successfully deployed in monkeys and rodents
Thousands of single-neuron activities can be recorded as successfully tested in mice
Until now there has been no way to control only a selected group of nerve cells
Goal is to restore brain function to Parkinson’s, strokes, or epilepsy patients
Scientists still need to understand how long electrodes can last without degrading
In future, would you program yourself to behave differently? To fight your animal instincts?
Advanced neural technologies to treat diseases and restore life expectancies
Researchers could model live neurons in a computer program and mimic them with 94% accuracy
Nūrio can be used as an alert to mental status changes over time
Could a similar chip help people be the person they really want to be?
Implant produces electronic pulses to stimulate the body, same way as pacemakers
Privacy concerns arise as technology giants fund similar research
Patient with quadriplegia can control prosthetic arms with a brain interface technology
Obviously this is early steps, but with more research and computing power the results could be astounding
Drugs don't work, but the MemorEM cap has shown mental and physical improvements
Second Sight’s Orion device is not out of the lab and completely mobile
Paralysed people could walk using brain implants by 2040
Ethical issues like privacy and fairness require careful consideration
“Memories, you’re talking about memories” - Deckard, Blade Runner 1982
May be the last option to save morbidly obese - already successful in mice
Technology will help to keep up with the rapid development of artificial intelligence
This research can be revolutionary and life-changing for people with complete blindness
BrainNet is the first brain-to-brain network, a huge step for a telepathic communication discovery
Developing intracellular electrophysiology could help in the understanding of electrogenic cells
In the future people may have to get downloads in order to be competitive in the job market
May lead to better treatment options for neurodegenerative diseases
Text- and voice-free internet searches one step closer
Human and AIs could connect to global superbrain for collective thought
People may pay to increase their intelligence within 5 years
Speech BCI system: A future human-computer interaction technology
Flexibility allows more recording sites and detection of low frequency activity
A system allows individuals to communicate between each other using rudimentary signals guided by their own brainwaves
The NeuroLife is an experimental A.I-based method to reconnect the brain and body
The thalamus may be the key for telepathic communication
Silicon-based brain implants still need a lot of improvement but will work for now
Lightning struck Slovenian woman's apartment affecting stimulation device.
Deep brain stimulation sends electric impulses to specific targets in the brain.
Soft, elastic, high-density stretchable electrode grid developed.
Machine learning algorithms digitally recreated faces shown to test subjects.
Super-Nyquist density EEG captures higher spatial resolution than ever before.
DARPA is funding research into "mind control" chips.
Memory prosthesis implanted in 20 volunteers with epilepsy.
Neuropixels probes are similar to electrophysiology probes, but...
Brainternet seeks to simplify a person’s understanding of their own brain and the brains of others
Neural Input-Output Bus (NIOB) project is to create an implantable, wireless, wideband brain-computer interface.
In tube test the mice who shoves the most wins the dominance game.
Neuralink would allow for radically improved communication between people.
Until now, implanted electrodes eventually become useless, as scar tissue forms that degrades their electrical connection to brain cells.
People with locked-in state cannot move a single muscle, but their brains are fully functional.
Hypothetical computer interface that would be injected into the brain.
Aubot’s Teleport telepresence robot can use the MindWave mind control interface.
The micro coils make mind-controlled prosthetics easier to use.
Used at home in a person’s day-to-day life, without the need for doctors and engineers
An implant that beams instructions out of the brain, restores movement in paralysed primates
The company, Kernel, was launched earlier this year by entrepreneur Bryan Johnson.
Robotic arm connected directly to brain of paralysed 28-year-old man.
Just gave hints to help the maze runner, didn't control it
128 electrode sensors tested on epilepsy patient.
Implantable chip could connect their brains directly to computers.
Dry EEG sensors easier to apply than wet sensors.
Experiment 1: Inquirer sees dancing lights when respondent thinks the answer to question.
PAST:
Uses zinc oxide – an optically transparent semiconductor.
DARPA-sponsored researchers implant tiny micro-electrode arrays into brain cortex.
Early steps with a limited set of words in the dictionary. Brain activity decoded from pre-epilepsy surgey electrode implants.
Macroporous mesh can be rolled up and injected with a syringe.
“Two tiny sensors were implanted into his brain to monitor the activity of around 100 neurons.” – Imagine the control ability when its 100 sensors monitoring 5,000 neurons.