Elon Musk's company Neuralink has implanted brain chips in at least 12 paralyzed individuals so they can control a computer just with their thoughts alone. But in the latest update presentation, Elon discussed a more philosophical side quest that Neurolink has in mind to help understand consciousness. >> The real answer is we don't know what consciousness is.Um but with Neurolink and uh the progress that the company's making, we'll begin to understand a lot more about consciousness. Um and what does it mean ...

Company Progress & Technology - Neuralink is developing brain-computer interfaces with the goal of restoring capabilities for paralyzed individuals, those who have lost the ability to speak, and the blind [2] - Neuralink uses custom-built 3D models called proxies, mimicking a person's anatomy, for lab testing before animal or human trials [1] - Meta is also developing neural interfaces, including a neural band wristband, for controlling devices with subtle muscle movements [2][3] - Neuralink has implanted devices in at least 12 patients, including two surgeries in Canada, marking its first procedures outside the United States [3][4] - Neuralink aims to restore limited sight to the completely blind next year [5] - Neuralink is exploring the hippocampus for potential treatments of psychiatric diseases and epilepsy by 2028 [5][6][7][8] Patient Impact & Barrow Neurological Institute - Nolan, the first Neuralink patient, publicly shares his positive experiences with the technology, advocating for its potential to change lives [3] - Barrow Neurological Institute is recognized as the site for the first robotically implanted brain-computer interface and has treated the most Neuralink patients globally, with seven implants [3] Future Directions - Neuralink is considering prioritizing an implant to eliminate back and neck pain [1][2]

Follow Audrey on X: https://x.com/neuranova9 Support her NeuraArt Studio: https://www.gofundme.com/f/support-audrey-crews-in-launching-neuraart-studio Neura Pod is a series covering topics related to Neuralink, Inc. Topics such as brain-machine interfaces, brain injuries, and artificial intelligence will be explored. Host Ryan Tanaka synthesizes information, shares the latest updates, and conducts interviews to easily learn about Neuralink and its future. X: https://www.x.com/ryantanaka3/ Support: https://w ...

Clinical Trials and Product Development - Neuralink launched a clinical trial in Great Britain in partnership with UCL and Newcastle hospitals, involving up to seven participants, to explore restoring digital autonomy to individuals with severe paralysis [1] - Neuralink is conducting trials across six hospital sites in four countries for controlling digital devices telepathically and is seeking participants for speech restoration at Cleveland Clinic Abu Dhabi, with plans to expand to the US within the next year [1] - Neuralink plans to implant in the speech cortex next quarter to directly decode attentive words from brain signals to speech [1] - In 2026, Neuralink plans to triple the number of electrodes from 1,000 to 3,000 for more capabilities and have its first blind sight participant to enable navigation [1] - By 2028, Neuralink aims to reach more than 25,000 channels per implant, enable multiple implants, access any part of the brain for psychiatric conditions and pain, and integrate with AI [1] Competitive Landscape - Sam Altman is co-founding Merge Labs, aiming to raise $250 million from OpenAI and other investors to compete with Neuralink, valuing Merge Labs at $850 million [1] - Coinbase co-founder Fred Ersome's company, Nudge, raised $100 million to build a helmet that beams low-intensity focused ultrasound into the brain [3] - LinkedIn co-founder Reed Hoffman is leading a $12 million funding round in a similar company [4] Patient Progress and Impact - Neuralink successfully completed surgeries on participant 8 and participant 9, aiming for at least 20 participants before the end of the year [7] - Audrey Cruz is the first woman in the world with a Neuralink BCI, allowing her to control a laptop cursor with her mind telepathically [8][10] - Nick Ray, participant 8, reports regaining digital autonomy and creative expression through the Neuralink implant [15] - Jake Snider, Neuralink's seventh patient, initially set a world record for cursor control with a brain-computer interface at 10.08 bits per second, later surpassed by Nick Ray at 10.39 bits per second [16] - RJ Tanner, Neuralink's fifth participant, has regained a sense of independence, controlling his computer, phone, and TV, and interacting with his daughter through a robotic arm simulation [21][22][23]

Neuralink Implant Progress - Neuralink has implanted its brain chip in a total of nine patients, with two new implants performed on the same day [1] - The company expects to implant in at least 20 patients by the end of the year, translating to approximately five patients every two months [3] Technology and Future Applications - The implanted brain chip enables paralyzed individuals to control computers using brain signals [1] - Future applications include controlling robotic arms or Optimus robots via Bluetooth [2] - Neuralink's next product, Blind Sight, aims to help the blind navigate by stimulating the visual cortex [3] Clinical Trials and Expansion - Initial surgeries have been conducted in hospitals in Arizona and Florida [3] - Future trials are planned for Toronto, Canada; Abu Dhabi, UAE; the UK; and New Zealand [4]

Technology & Functionality - Neuralink aims to solve various brain and spine problems, including blindness, paralysis, hearing loss, and memory loss [6] - The technology involves implanting a quarter-sized device with wires into the brain to interface with information [2] - Neuralink uses a Bluetooth connection to interface with a computer via an app [8] - Initial applications focus on restoring functionality to quadriplegics and those with limited brain-body connection [11][12] Ethical & Societal Concerns - Concerns exist regarding who controls and accesses the chip, including potential hacking and government access [3] - Ethical questions arise about merging humans with AI and the implications for those who choose not to [18] - Potential for manipulation of reality through false projections into the brain is a concern [20] Market & Financial Implications - Early Neuralink procedures could be very expensive, but the potential for unlimited knowledge and bandwidth could lead to unlimited earning potential [14][15] - The technology's high ceiling attracts interest, suggesting potential for interfacing with millions of neurons [9] Skepticism & Alternatives - Some are skeptical about neural interfaces, questioning whether bandwidth is currently a bottleneck in human-machine cognition [17] - Alternative approaches involve small implantable devices to stimulate or record from neurons [7] Progress & Future - Neuralink has received FDA approval and is starting human trials [13] - Brad Smith, the third person to receive the Neuralink implant, uses it to control a computer and communicate, showcasing its potential for ALS patients [16]

Podcast Overview - Neura Pod covers topics related to Neuralink, Inc, including brain-machine interfaces, brain injuries, and artificial intelligence [1] - The podcast aims to synthesize information, share updates, and conduct interviews to facilitate learning about Neuralink and its future [1] Host and Affiliation - Ryan Tanaka hosts Neura Pod and shares his own opinions [1] - Neura Pod is not compensated by or formally affiliated with Neuralink [1] - Ryan Tanaka may have an equity stake in Tesla, Neuralink, or any of Elon Musk's companies [1] Social Media and Support - The podcast can be found on X (formerly Twitter) at https://www.x.com/ryantanaka3/ [1] - Support for the podcast is available through Patreon at https://www.patreon.com/neurapod/ [1]

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Technology Comparison - Neuralink's brain-computer interfaces (BCIs) are positioned to potentially make external devices like Apple's Vision Pro obsolete due to fundamental advantages in bandwidth, integration, and sensory capabilities [20][23][26][27] - Apple's Vision Pro, priced at $3,500 before upgrades and taxes, is considered a spatial computer with 23 million pixels of resolution and 13 cameras, but its fundamental architecture is viewed as an extension of existing technology rather than a reinvention [4][9][16] - Neuralink's technology involves implanting a tiny chip into the brain using a custom robot to place thousands of electrode threads, each thinner than a human hair, into specific areas [10][11] - While Vision Pro is available now, Neuralink is in early stages of human testing, focusing on medical applications for individuals with paralysis [43][44] Neuralink's Potential and Advantages - Neuralink aims to solve brain and spine problems and enable humans to merge with artificial intelligence [38][39] - The company's technology could allow users to control devices with their thoughts, potentially achieving communication speeds faster than typing [12][13][26] - Neuralink's approach could bypass biological limitations, potentially creating new senses or enhancing existing ones beyond their limits [27][28] - The company is valued at around $8 billion to $9 billion, indicating significant investment and commitment to its mission [57] Challenges and Future Outlook - Neuralink faces technical, regulatory, and ethical hurdles, including ensuring device security, data privacy, and addressing psychological barriers related to brain surgery [36][37][38] - Elon Musk estimates that non-medical applications of Neuralink may be 5 to 10 years away, with more widespread adoption in 15 to 20 years [62] - The company is expanding human trials to Miami, Florida; Toronto, Canada; the UK; New Zealand; and the UAE [63][64]

Tesla literally just released their latest humanoid robot update. Hi, my name is Ryan. I make video updates all about AI, so follow if you want more of those.And then take a look at this ridiculous update from Tesla. [Music] The way people currently use AI models like Chad GBT is they prompt them. They say, "Hey, Chad GBT, draft this email to Lucy, my co-orker." Or they say, "Generate this image of a giraffe relaxing on the beach." But all of these prompts and AI models right now are all performing digital ...