New AI Robots With Human Brain Soon...

High tech & Ai world

Ever wondered how close we are to having robots human like brain ? In this video ,we dive into the groundbreaking advancement in AI technology that are bringing us closer to robots with human brain capebilitis.

Transcript

00:00The line between artificial and biological intelligence has been erased.

00:04Chinese scientists have created a robot with a partially living brain,

00:08redefining our understanding of AI and robotics.

00:12This isn't science fiction.

00:14It's happening now, and it's about to change everything.

00:17A microchip hosting living brain cells now powers a machine that can learn and adapt like a biological organism.

00:24This breakthrough merges neuroscience with robotics,

00:27opening doors to revolutionary applications in medicine, technology, and beyond.

00:33But it also raises profound ethical questions we can't ignore.

00:37The birth of the biosilicon hybrid.

00:39In a Chinese lab, researchers have achieved what many thought impossible.

00:43A robot with a brain made partly of living cells.

00:46This brain on a chip uses stem cells to grow neurons in a lab,

00:50which are then carefully placed on a microchip, creating a living neural network.

00:55When integrated into a robot, this network allows it to process information

00:59and learn in ways that mimic human cognition.

01:02The team developed a specialized gel that acted as a scaffold for the cells,

01:07allowing them to form connections and create a functional neural network.

01:11This biosilicon brain can form new connections and pathways,

01:15effectively rewiring itself based on new information and experiences.

01:20Just like a human brain.

01:22The new face of AI.

01:23Unlike traditional AI systems that follow pre-programmed instructions,

01:28this new biorobot can learn and adapt in ways that mimic biological systems.

01:33It doesn't just process information.

01:35It experiences it, forming new neural connections based on its interactions with the environment.

01:41In one experiment, the robot was presented with a maze.

01:45It learned the layout progressively, much like a lab rat would.

01:49It remembered dead ends and optimal routes,

01:51improving its performance over time without any additional programming.

01:56This ability to learn from experience represents a fundamental shift

02:00in how we approach artificial intelligence.

02:03Medical marvels, a window into the brain.

02:06This technology opens up new avenues for understanding and treating neurological disorders.

02:11The brain on a chip provides an unprecedented platform

02:14for studying brain function at a cellular level.

02:17Researchers can observe in real time how neurons form connections,

02:21react to stimuli, and process information.

02:25This could lead to breakthroughs in our understanding of conditions

02:28like Alzheimer's, Parkinson's, and epilepsy.

02:31Moreover, this technology could revolutionize drug testing for neurological treatments.

02:36Instead of relying on animal models or human trials,

02:39researchers could test potential therapies on these lab-grown neural networks,

02:43speeding up the development of new treatments and reducing the need for animal testing.

02:48The $300 million bet on artificial brains.

02:52While Chinese researchers push the boundaries with living brain cells,

02:56tech giants are placing massive bets on purely artificial approaches.

03:00Jeff Bezos and SoftBank have invested $300 million in Skilled AI,

03:05a startup aiming to build a fully artificial robot brain.

03:09Their goal is to create a general-purpose AI that can be installed in any robot,

03:13enabling it to perform complex tasks without specific programming for each action.

03:19This approach shares the same ultimate goal as the biosilicon hybrid,

03:23creating machines that can think and learn like humans.

03:26Skilled AI's vision of artificial general intelligence, AGI,

03:30could lead to robots that can adapt to new situations and environments without constant reprogramming.

03:35From lab to battlefield, the rise of military robotics.

03:39As researchers push the boundaries of AI in robotics and labs,

03:43others are already applying advanced robotics to military applications.

03:47Indian company Zen Technologies has unveiled Prahastha,

03:51a four-legged robot designed for defense operations.

03:54This isn't just another parkour bot.

03:56Prahastha can carry assault rifles and perform complex military tasks.

04:01Equipped with LiDAR technology and advanced AI,

04:04Prahastha can navigate difficult terrain, climb stairs, and even carry a fully grown adult.

04:10Its auto-resurrection capability allows it to right itself if knocked over,

04:15ensuring continued operation in challenging environments.

04:18The ethics of thinking machines.

04:20As we venture into this new territory of biorobotic hybrids and increasingly intelligent machines,

04:26we're confronted with a host of ethical dilemmas.

04:29At what point does a robot with living brain cells become conscious?

04:33Do these machines deserve rights or protections?

04:36How do we ensure they're used responsibly, especially in military applications?

04:41These aren't just philosophical musings.

04:44They're pressing questions that society will need to grapple with as this technology advances.

04:49The development of robots with biological components blurs the line between machine and organism,

04:55challenging our definitions of life and consciousness.

04:58Neuromorphic computing, bridging silicon and synapse.

05:02The brain-on-a-chip technology represents a convergence of neuroscience and computer science,

05:07giving rise to neuromorphic engineering.

05:10This field aims to create computer architectures that mimic the structure and function of biological neural networks.

05:17The bio-silicon hybrid robot demonstrates how merging biological elements with artificial systems

05:23can create machines that think and learn more like living creatures.

05:27This approach could lead to computers that are not only more powerful, but also more energy efficient,

05:32as the human brain consumes far less power than current supercomputers while performing complex cognitive tasks.

05:39The global AI race, innovation and competition.

05:43The development of biorobotic hybrids and advanced AI systems

05:47is part of a global race to dominate the field of artificial intelligence.

05:51China's breakthrough with the brain-on-a-chip technology represents a significant advance in this competition.

05:57The United States, with its tech giants and well-funded startups,

06:00is pushing hard in the realm of purely artificial general intelligence.

06:04Other countries like India, with its military robotics developments,

06:08are carving out niches in specific applications of AI and robotics.

06:13This competition is driving rapid innovation,

06:16but it also raises concerns about the potential militarization of AI

06:20and the need for international cooperation and regulation.

06:24Beyond robots, the future of human-machine interfaces.

06:28The implications of this technology extend far beyond standalone robots.

06:32The ability to interface living neural tissue with artificial systems

06:36opens up new possibilities for human-machine integration.

06:40Researchers are exploring ways to use similar technology

06:43to create more advanced prosthetics that can be directly controlled by a user's thoughts.

06:48This could dramatically improve the quality of life for individuals with limb loss or paralysis.

06:53Looking further into the future, some scientists speculate about the possibilities

06:59through direct interfaces with artificial systems.

07:02While such applications remain in the realm of science fiction for now,

07:06the brain-on-a-chip technology brings us one step closer to these possibilities.

07:11Challenges and limitations. The road ahead.

07:14Despite the exciting potential of this technology,

07:17significant challenges remain.

07:19Maintaining the viability of living neural tissue over extended periods is a major hurdle.

07:24Researchers must ensure a constant supply of nutrients and the right environmental conditions

07:28to keep the brain cells alive and functioning.

07:31There are also questions about the scalability of this approach.

07:34While the current system demonstrates impressive capabilities,

07:38creating larger, more complex neural networks

07:41that can rival or surpass human-level cognition is still a distant goal.

07:45Moreover, there are concerns about the reproducibility and consistency of these biorobotic systems.

07:50Unlike purely artificial systems that can be exactly replicated,

07:54systems incorporating living components may exhibit more variability.

07:58The societal impact preparing for a new reality.

08:02As this technology continues to advance,

08:05its impact will extend far beyond the realms of science and technology.

08:09It has the potential to reshape our economy, our workforce,

08:14and even our concept of what it means to be human.

08:17Industries ranging from healthcare to manufacturing

08:20could be revolutionized by robots capable of learning and adapting like biological organisms.

08:25This could lead to increased productivity and new solutions to complex problems.

08:31But it could also result in significant job displacement.

08:34Education systems will need to adapt to prepare students

08:37for a world where humans work alongside intelligent machines.

08:41From science fiction to science fact, what's next?

08:45The development of robots with partially living brains

08:48marks a significant milestone in the journey from science fiction to science fact.

08:53As this technology matures,

08:55we can expect to see more advanced biorobotic systems with greater capabilities.

08:59The line between artificial and biological intelligence will continue to blur,

09:04potentially leading to entirely new categories of intelligent systems.

09:08Researchers are already speculating about the possibility

09:11of creating more complex neural networks,

09:13potentially even replicating entire regions of the human brain.

09:17While such developments are still far off,

09:20they underscore the vast potential of this field.

09:22The future of AI and robotics is no longer just about creating faster, more powerful machines.

09:28It's about creating systems that can think, learn, and adapt

09:32in ways that were once the sole province of biological organisms.

09:36As we stand on the brink of this new era, one thing is clear.

09:40The world of tomorrow will be shaped by the breakthroughs happening in labs today.

09:44The development of robots with partially living brains

09:47is more than just a scientific achievement.

09:50It's a glimpse into a future where the boundaries

09:52between artificial and biological intelligence are increasingly blurred.

09:56As we navigate this new landscape,

09:58we'll need to balance our pursuit of innovation

10:00with careful consideration of its implications.

10:03The journey ahead is filled with both promise and challenges.

10:07It will require collaboration across disciplines,

10:10thoughtful policymaking, and ongoing dialogue

10:13about the ethical implications of these technologies.

10:16The era of biorobotic intelligence is here.

10:19How we choose to shape it will determine the course

10:22of technological progress for generations to come.

10:26If you have made it this far,

10:28let us know what you think in the comments section below.

10:31For more interesting topics,

10:33make sure you watch the recommended video that you see on the screen right now.

10:36Thanks for watching.

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