RT DogeDesigner (@cb_doge)A paralyzed man was able to use his mind to control a robotic arm and feed himself.Thanks to Neuralink. ❤️https://t.co/A4PW0zM2OH ...

Interview today with @NeuraNova9, first female @neuralink patient.8am PT / 11am ETStreamed live across platforms 🎙️ https://t.co/TeEQcUGheq ...

Brain Computer Interface (BCI) Technology & Spinal Cord Injuries - The University of Chicago is conducting a study using Brain Computer Interface (BCI) technology to help people with spinal cord injuries, collaborating with the University of Pittsburgh and Northwestern University [1] - The goal of the study is to restore motor control and sensation to people with spinal cord injuries who have lost function of a hand or limb, with the hope of restoring independence [1] - BCI technology allows a participant to control a robotic arm and hand merely by thinking about it, with sensory feedback enabling the user to feel and sense the correct force needed to pick up objects [1] Impact & Statistics - In the US, there are 180,000 people with tetraplegia and 58,000 people with major arm amputations [3] - As of the time of the report, only 670 people have flown into outer space, while only 70 people have had electrodes implanted on their brains for things like speech, vision, and motor control [4] - Only 10 people have both motor control with sensory feedback via brain implants, highlighting the rarity and advancement of the technology [4] Funding & Purpose - The brain computer interface study was funded through the Department of Defense back in 2005 [4] - The goal of the funding was to help veterans of war who may have lost a hand, limb, or become quadriplegic [4] - BCI technology offers the possibility for people with limitations to operate computers and control devices, instilling a renewed belief and independence [4]

RT Noland Arbaugh (@ModdedQuad)I believe I'm faster than a non-enhanced human… at controlling a computer, at least (still can't move my body....yet).So basically, my implant learns over time as it collects more data. And with now almost 2 years of daily use, Eve doesn’t just follow what I want to do, she pretty much anticipates it.Eve's the best 😏 ...

RT DogeDesigner (@cb_doge)Neuralink is working on tech to• Give sight to people born blind.• Restore hearing for the deaf.• Help those with spine injuries walk again• Let paralyzed people control devices with thoughts.• Help amputees use advanced robotic limbs.Here is how the implant is done: https://t.co/4O0GEIRbKY ...

I'm going up. >> At first glance, it appears Kathy Denapoli is controlling her own hand. >> Squeeze, squeeze, squeeze, squeeze, squeeze.>> But the 63-year-old grandmother, recovering from a severe spinal injury, isn't operating solo because across the table. >> And Kathy, I'm going to put my hand around the bottle. >> Keith Thomas, a quadripollegic just like Kathy, aids every movement.>> She lift the bottle up. transmitting thoughts wirelessly from his brain to an electronic device on Cathy's arm. >> Does i ...

RT Noland Arbaugh (@ModdedQuad)This is how I move the cursor with my mind. https://t.co/h4QF9wqQpy ...

Neuralink Accomplishments & Current Status - Neuralink's N1 device, a wireless high-bandwidth brain-computer interface (BCI), is being used by at least 13 human patients [2] - Trial participants have accumulated over 15,000 hours of independent use of the BCI at home [2] - Patients are averaging around 50 hours per week of BCI usage, with peak usage exceeding 100 hours per week in some cases [7] - Neuralink received FDA approval for human trials in 2023, focusing on patients with paralysis and ALS [5] - The company has solved the thread retraction problem by updating brain signal decoding algorithms and shallower thread insertion [12] Expansion & Regulatory Approvals - Neuralink is now conducting studies in four countries: the United States, Canada, the UK, and the UAE [13][14] - International trials are a crucial step toward market readiness for treating paralysis, blindness, and other conditions [15] Future Products & Research - Neuralink plans to launch a thought-to-speech clinical trial in the US for patients who have lost the ability to speak [22] - Blind sight technology is expected to reach human trials next year, aiming to restore basic navigation and eventually full vision [25] - Neuralink is exploring hearing restoration and accessing deeper brain regions for helping with pain, mood, and memory regulation [26] - The company expects to work on helping with epilepsy and tinnitus in 2028 [27] Scaling & Technology - Engineers are working to increase electrode count from 1,000 channels to 10,000 and then 25,000 and beyond [28] - Neuralink aims to perform thousands of surgeries every month using the R1 surgical robot and dedicated clinics [29]

Summary of Key Points from the Conference Call Industry Overview - **Industry**: Robotics in North America - **Focus**: Predictions for the robotics sector in 2026 Core Insights and Arguments 1. **Humanoid Robotics**: There is significant potential for humanoid robots, but current developments are more focused on marketing and funding rather than practical applications. The challenges include morphology, environment, and task-specific training [4][4][4] 2. **Autonomous Vehicles (AVs)**: The transition of robotaxis from concept to reality is anticipated in 2026, with companies like Tesla and Waymo leading the charge. Tesla has already begun pulling drivers in certain states, while Waymo is expanding its operational cities [4][4][4] 3. **Federal Regulations**: The expected rise in AVs will necessitate faster regulatory developments in the U.S. to keep pace with advancements in China [4][4][4] 4. **Drones and Low Altitude Economy**: The Low Altitude Economy (LAE) is highlighted as a critical area of competition between the U.S. and China, with advancements in AI and drone technology driving market growth [4][4][4] 5. **Automotive OEMs and Robotics**: Traditional automotive manufacturers are expected to fully embrace robotics, following the lead of companies like BYD and Xiaomi [4][4][4] 6. **China-U.S. Collaboration**: The potential for competitive collaboration between the U.S. and China is noted, particularly in advanced manufacturing and supply chains, with examples like Apple's robotics efforts [4][4][4] 7. **Emergence of a $1 Trillion Unicorn**: The research team is exploring private companies pushing the boundaries of embodied AI, with the potential for significant market impact [4][4][4] 8. **Mag 7 Companies**: Key players in the tech industry are expected to increasingly discuss robotics and AI in their communications, indicating a trend towards real-world data collection and partnerships [4][4][4] 9. **Tesla and xAI**: Tesla's convergence with xAI is noted, with the potential for significant advancements in robotics and AI capabilities [7][7][7] 10. **Brain-Computer Interfaces (BCI)**: Progress in BCI technology is expected to lead to superhuman capabilities, particularly in clinical trials and applications like video gaming [7][7][7] Additional Important Content - **Valuation Methodology for Tesla**: The price target for Tesla is set at $410, based on various components including core auto business, network services, mobility, and energy segments [8][8][8] - **Risks**: Several risks are identified, including competition from legacy OEMs and execution risks related to factory ramp-ups [11][11][11] - **Stock Ratings**: The report includes stock ratings for various companies in the automotive and shared mobility sectors, indicating a mix of overweight, equal-weight, and underweight ratings [67][67][67] This summary encapsulates the key points discussed in the conference call, focusing on the robotics industry and its future trajectory, particularly in relation to autonomous vehicles and humanoid robotics.

Hey everyone, I wanted to jump on here and share some breaking news. Neuralink has implanted in their first human trial participant in the United Kingdom. Earlier today on X, they announced this. They said, "We excited to announce our first participant in the UK. Paul, who is paralyzed due to motor neuron disease, received his Neurolink implant at UCLH earlier this month and was able to control a computer with his thoughts just after surgery. And the University of College London Hospitals is UCLH.Um, there' ...