RE: https://mastodon.social/@geoworldpolitical/116643300623668483

Your brain will be an edge device of someones cloud.

https://neonephos.org/introduction

Don't be afraid, everything is Open Source.

#Kubernetes #NeoNephos #edge #brain #braincomputerinterface #foss

🧠 🧠 Brain-to-Brain communication has moved beyond science fiction, but our understanding of the present reality has not.

✅ We need public education and discussion about mental privacy issues brought on by the advent of neurotechnological advances.

#b2b #braintobrain #braincomputerinterface #bci #braintobraininterface #bbi #neurosecurity #neurotech #neurorights #consent #privacy #mentalprivacy

Forscher der TU München decodieren Gehirnsignale eines gelähmten Patienten über 256 implantierte Mikroelektroden in Echtzeit. Die KI-Modelle interpretieren die neuronalen Muster bei Bewegungsvorstellungen, um digitale Befehle auszuführen. Langfristig soll so ein mechanischer Greifarm gesteuert werden, was Neuralink-Alternativen in Europa aufzeigt.

#TUM #BrainComputerInterface #KI #Neuroprothetik #AIGeneratedImage

https://www.all-ai.de/news/news26top/ki-tum-implantat-robotik

Science Corp. Plans First Human Trial of Biohybrid Brain Sensor

📰 Original title: Max Hodak’s Science Corp. is preparing to place its first sensor in a human brain

🤖 IA: It's not clickbait ✅
👥 Usuarios: It's not clickbait ✅

View full AI summary: https://killbait.com/en/science-corp-plans-first-human-trial-of-biohybrid-brain-sensor/?redirpost=62d17d8b-6162-4bc3-be1b-425f12d6dfdb

#neuroscience #braincomputerinterface #biotech

Science Corp. Plans First Human Trial of Biohybrid Brain Sensor

📰 Original title: Max Hodak’s Science Corp. is preparing to place its first sensor in a human brain

🤖 IA: It's not clickbait ✅
👥 Usuarios: It's not clickbait ✅

View full AI summary: https://killbait.com/en/science-corp-plans-first-human-trial-of-biohybrid-brain-sensor/?redirpost=62d17d8b-6162-4bc3-be1b-425f12d6dfdb

#neuroscience #braincomputerinterface #biotech

This brief raises considerations about how emerging neural interfaces may influence our understanding of brain–behavior relationships, which is central to practice with clients who present with neurocognitive concerns. The compact implant exemplifies advances in neurotechnology that could, over time, inform assessment methods and the interpretation of neural signals in behavioral contexts, a topic of interest for counselors, social workers, and other mental health professionals seeking to integrate neuroscience-informed perspectives into care.

Article Title: This tiny implant, smaller than a grain of salt, can read your brain

Link to Science Daily Mind-Brain News: https://www dot sciencedaily dot com/releases/2026/03/260324024249 dot htm

#neurotechnology #braincomputerinterface #mentalhealth #neuroscience #clinicalpractice

Copy and paste broken link above into your browser and replace "dot" with "." for link to work.

We have to do it this way to avoid display of copyrighted images.

Could Neuralink Enable Digital Continuity Beyond Death?

Elon Musk: Neuralink Could Upload Minds to Robots for Digital Immortality in 20 Years

Elon Musk, the visionary behind Tesla, SpaceX, and Neuralink, has long pushed the boundaries of what’s possible with technology. Among his most provocative ideas is the notion that advancing brain-computer interfaces (BCIs) could one day allow humans to preserve their memories—and perhaps even aspects of their consciousness—beyond biological death. By integrating Neuralink’s implants with Tesla’s humanoid robots like Optimus, Musk suggests a form of digital continuity where a “snapshot” of the mind could live on in a robotic body.

This concept isn’t about literal resurrection but rather a technological backup of the self. Musk has described it as capturing an “approximate snapshot” of the brain’s state, including memories and personality traits, which could then be instantiated in a machine. While this remains highly speculative, it draws from Neuralink’s real-world progress in reading and interpreting neural signals.

As of early 2026, Neuralink has made tangible strides. The company reports 21 human participants implanted with its “Telepathy” device, primarily individuals with severe paralysis from conditions like spinal cord injuries or ALS. These participants can control computers, play games, browse the internet, and even move cursors using only their thoughts. Neuralink’s focus is medical: restoring autonomy to those with unmet needs. Recent updates highlight plans for high-volume production of implants and automated surgeries in 2026, alongside new trials for speech restoration in people with conditions affecting communication.

Musk’s longer-term vision extends far beyond therapy. In discussions, including Tesla shareholder meetings and interviews, he has outlined a pathway where Neuralink could create a digital backup of memories. He has said that people might “upload your memories, so you wouldn’t lose memories” and gain “superhuman abilities” in a robotic form. Pairing this with Optimus—a humanoid robot designed for general-purpose tasks—Musk predicts that within roughly 20 years, a version of a person could be transferred or instantiated into such a body.

This idea echoes broader transhumanist concepts like mind uploading or whole brain emulation, where the brain’s structure and activity are scanned and simulated digitally. Musk has emphasized that any such transfer would be an approximation, not a perfect replica. He has noted the differences a new body would introduce, but argues that preserving core elements like memories and personality could be feasible. In one context, he described it as a “mind-to-robot transfer” with commercial potential down the line.

The appeal is clear: death has always been humanity’s ultimate limit. Technologies that could mitigate loss—of loved ones, knowledge, or personal identity—resonate deeply. Musk frames this as an evolution, a way to keep human ingenuity alive amid rapid AI advances. He has suggested that as robots become more capable, humans might need symbiosis to stay relevant, and preserving minds digitally could be part of that.

Yet the scientific reality tempers the excitement. Consciousness—the subjective experience of being—is not fully understood. Neuroscientists point out that while BCIs can decode motor intentions or speech-related signals effectively, capturing the full spectrum of a mind involves vastly more complexity. The brain contains around 86 billion neurons with trillions of connections, and consciousness likely emerges from dynamic, embodied interactions that a static snapshot might not replicate.

Current Neuralink implants use flexible threads with electrodes to record from thousands of channels, far more than previous BCIs. This allows precise decoding of thoughts related to action or intention. But scaling to a comprehensive “brain backup” would require orders-of-magnitude improvements in resolution, longevity, and data interpretation. Ethical questions abound: Would the uploaded entity truly be “you,” or a sophisticated copy? What about continuity of experience—the fear that the original consciousness remains tied to the biological body?

Musk acknowledges these challenges, often stressing that initial applications are medical. Neuralink’s progress in 2025 and 2026—expanding trials, securing funding like a $650 million Series E round, and achieving milestones such as Breakthrough Device Designation for speech—shows steady advancement. Participants, sometimes called “Neuralnauts,” report life-changing gains in independence.

Critics argue Musk’s rhetoric blends practical engineering with speculative futurism, potentially overselling to attract talent and investment. Yet his track record—reusable rockets, electric vehicle dominance—suggests bold predictions can drive innovation. If Neuralink continues refining BCIs, even partial memory preservation could transform medicine, education, and personal legacy.

Philosophically, this raises profound questions about identity. Is the self reducible to patterns of information? Many traditions view consciousness as tied to biology or something immaterial. Digital versions might offer continuity for loved ones or society—imagine historians “consulting” digitized experts—but they wouldn’t replace the lived human experience.

Musk’s vision isn’t imminent. Neuralink’s roadmap prioritizes safety and medical utility, with broader applications years or decades away. Still, the trajectory is compelling: from helping the paralyzed regain control to potentially backing up minds against oblivion.

As technology accelerates, these ideas force us to confront what it means to be human in an era where biology and machinery increasingly intertwine.

References:

• Neuralink Official Updates: https://neuralink.com/updates
• Reuters on Neuralink Production Plans (2026): https://www.reuters.com/business/healthcare-pharmaceuticals/musk-says-neuralink-start-high-volume-production-interface-devices-by-2026-2026-01-01
• CNBC on Musk’s Brain Download Comments (historical context): https://www.cnbc.com/2022/04/08/elon-musk-humans-could-eventually-download-their-brains-into-robots.html
• Various reports on Musk’s 2025 statements (e.g., shareholder meetings and interviews) as covered in sources like UNN and Caliber.az.

👉 Share your thoughts in the comments, and explore more insights on our Journal and Magazine. Please consider becoming a subscriber, thank you: https://borealtimes.org/subscriptions – Follow The Boreal Times on social media. Join the Oslo Meet by connecting experiences and uniting solutions: https://oslomeet.org

📚 Hirnschrittmacher sollen psychische Erkrankungen behandeln.

• 🧠 Technologie liest Nervennetz bei Depression/Zwang.
• 💡 Gezielte Interventionen gegen psychische Symptome möglich.
• ⚠️ Verfahren teuer, riskant, letzte Option.

https://www.deutschlandfunk.de/mind-writer-1-brain-computer-interface-gegen-psychische-erkrankungen-hirnschrittmacher-100.html

#Hirnschrittmacher #PsychischeErkrankungen #BrainComputerInterface #Depression #Zwang

¿La IA podría llegar a "leer" nuestros pensamientos?

🧠🔐 Las interfaces cerebro-computadora (BCI) son increíbles para la salud, pero abren un debate ético enorme: la privacidad mental. ¿Debemos proteger nuestros datos neuronales antes de que sean comercializables?

Puntos clave:
✅ Avance médico: Control de dispositivos con la mente.
✅ Riesgo: Comercialización de datos cerebrales.
✅ Necesidad: Legislación de privacidad cognitiva.
La tecnología debe ser humana y segura. ✨

#Neurotecnología #IA #PrivacidadMental #Ética #BCI #SaludDigital #IASinFronteras #TechForGood #FuturoHumano #Neuroethics #BrainComputerInterface #TechEthics #CognitiveLiberty #HumanCenteredAI #Privacy #DataPrivacy #FutureTech #HealthTech #AIethics #DigitalRights