Rapid electrical discharges from neurons detected as the primary signals in BCIs.

Tech enabling direct brain-to-device communication via thoughts.

CONVOY trial using N1 implant for thought-controlled robotic arms.

Specialized integrated circuit designed by Neuralink for low-power neural signal processing.

Ultra-thin flexible threads with electrodes inserted into the brain.

Sensors on threads capturing electrical signals from neurons.

Airtight encapsulation protecting implant electronics from bodily fluids.

Brain area for movement intentions targeted by Neuralink.

Coin-sized wireless Neuralink device for thought-controlled interfaces.

Neuralink's platform for trial applications from those with paralysis or ALS.

Light perceptions from visual cortex stimulation in Blindsight.

Paralysis of all limbs; Neuralink aims to restore control.

Condition causing paralysis; Neuralink bypasses injury for device control.

Neuralink vision of merging human and AI cognition seamlessly.

Neuralink's BCI restoring communication and control for ALS patients via thought.

Simulated aging tests to predict long-term implant reliability.

Rapid electrical discharges from neurons detected as the primary signals in BCIs.

Component converting analog neural signals to digital data for transmission.

Neuralink demos with animals like Pager playing Pong via thoughts.

Robotic limbs controlled by Neuralink implant in CONVOY Study.

Wireless charging method using electromagnetic induction for the implant battery.

Neuralink BCI reading and stimulating brain for feedback loops.

Neuralink threads designed to minimize tissue reaction long-term.

Performance metric quantifying information transfer rate in BCI systems.

Neuralink project to restore vision by stimulating visual cortex.

Wireless protocol used for low-energy data transmission from implant to devices.

Consistent neural recordings over time in implants.

Tech enabling direct brain-to-device communication via thoughts.

FDA fast-track for Neuralink's vision and speech implants.

Recording of neural activity across a wide frequency range including spikes and local field potentials.

CONVOY trial using N1 implant for thought-controlled robotic arms.

Ability to increase the number of recording channels in future implant designs.

Potential future stimulation mimicking natural synaptic chemical transmission.

Long-term maintenance of electrode position and signal quality post-implantation.

Measure of amplifier's ability to reject common noise in neural recordings.

Adjustable thresholds for detecting neural spikes on the device.

Precise targeting of specific cortical depths for optimal signal recording.

Robotic automation of skull opening and thread placement in surgery.

Techniques to minimize interference between adjacent recording channels.

Neuralink patients setting BPS records in thought cursor tasks.

Specialized integrated circuit designed by Neuralink for low-power neural signal processing.

Neuralink's open-source tool for neural dataset management.

Multiple N1 implants for enhanced bidirectional function.

Electrical resistance at the electrode-tissue interface affecting signal quality in implants.

Specific shape and size of recording sites on electrodes for optimal signal capture.

Ultra-thin flexible threads with electrodes inserted into the brain.

Sensors on threads capturing electrical signals from neurons.

Full-path encryption securing neural data from implant to external devices.

Proposed additional neural layer from engrafted cells for enhanced interfacing.

FDA clearance for Neuralink human implants and trials.

Electromagnetic shielding tests to protect implant from external interference.

Robotic insertion with real-time force feedback to ensure gentle tissue penetration.

UK trial evaluating N1 implant with immediate post-op control.

Metal used for conductive recording sites on electrode arrays.

Airtight encapsulation protecting implant electronics from bodily fluids.

Neuralink's high-channel implant for fast neural data transfer.

Neuralink goal to boost human abilities like memory and speed.

Neuralink optimizations for sub-100ms human-AI response.

Integrated sensor tracking environmental conditions inside the implant.

Monitoring electrode resistance during surgery for placement verification.

Wireless charging of N1 implant via external coil.

Neuralink PRIME expansions in Canada and UK for paralyzed patients.

Electrode material coating enhancing charge injection and signal fidelity.

Thread tip design forming a loop to reduce tissue damage during pull-back.

Energy-efficient circuitry in the implant to extend battery life and reduce heat.

AI models trained to adapt and improve intention decoding from brain signals.

Threads fabricated at micrometer scales to minimize brain tissue damage.

Brain area for movement intentions targeted by Neuralink.

Probe configuration with multiple thread bundles for broader brain coverage.

Neuralink's system integrating diverse trial data types.

Neuralink's main implant with 1,024 electrodes for signal recording.

Precision robotic component that inserts threads into brain tissue during implantation.

ML algorithms interpreting neural spikes into intents in real-time.

Musk's term for mesh brain interface inspiring Neuralink design.

Computational techniques to filter, analyze, and interpret raw brain recordings.

Coin-sized wireless Neuralink device for thought-controlled interfaces.

Neuron electrical impulses detected to interpret user intentions.

Neuralink implants paired with prosthetics for motor restoration.

Genetic modification of cells to produce specific neurotransmitters in engineered layers.

First quadriplegic recipient of Neuralink implant in 2024.

Compression techniques to reduce data transmitted off the implant.

Neuralink implantation allowing same-day patient discharge.

Neuralink trial testing implant safety in humans with paralysis.

Biocompatible polymer coating applied to Neuralink threads for insulation and durability.

Neuralink's platform for trial applications from those with paralysis or ALS.

Conductive polymer coating on electrodes to lower impedance and improve recording.

Light perceptions from visual cortex stimulation in Blindsight.

Flexible material forming the base of Neuralink's electrode threads.

Flexible polymer structures used in Neuralink implants to house electrodes for neural recording.

Ability of circuitry to ignore power supply noise in signal processing.

Paralysis of all limbs; Neuralink aims to restore control.

Robotic system for precise, minimally invasive thread insertion.

Immediate interpretation of neural data into control commands.

High-speed data interface for communication within the implant system.

Neuralink's $650M 2025 funding for trial and hardware growth.

On-chip amplification of weak neural signals for accurate detection and processing.

Ability to isolate and record from individual neurons amid dense activity.

Neuralink decoding brain signals to generate text/voice for non-verbal users.

Algorithmic process to identify and classify action potentials from individual neurons in recorded data.

Percentage of electrodes successfully detecting single-neuron activity.

Condition causing paralysis; Neuralink bypasses injury for device control.

Temporary reinforcements in threads to aid precise insertion.

Upgraded Neuralink robot for faster, precise implant surgery.

Coordinated rhythmic neural activity detectable in implant recordings.

Neuralink trademark for thought-controlled physical objects.

Neuralink product letting paralyzed users control devices by thought.

Neuralink decoding imagined speech into text for ALS patients.

Neuralink thread improvements preventing retraction for stable signals.

Early issue of threads pulling out, reducing signal quality.

Movement using tech like Neuralink to exceed human limits.

Algorithm-guided insertion to detect and avoid blood vessels in the brain.

Neuralink Blindsight stimulating visual cortex for sight restoration.

Wireless (Bluetooth) sending of brain signals to external devices.