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... 14:23
𝗨𝗦𝗔 𝟮𝟬𝟮𝟱 👉 AI Made From HUMAN BLOOD Miry Clay Cleaved To Iron - #2025 #RFB

Richie From Boston - FanPage

1+ months ago 3K views

The CL1 computer represents a breakthrough in AI, merging biological neurons from human stem cells with silicon technology to create a new form of synthetic biological intelligence. This innovative system learns rapidly and adapts more effectively than traditional silicon-based AI while consuming less energy. The technology could transform drug testing and personalized medicine by utilizing patient-derived neurons. However, the development raises ethical concerns regarding its source of biological material and its ramifications for society and human health.
03:53 - 04:05

Prediction of the CL1's impact on drug discovery and overall medical advancements.

Melbourne start-up AI hardware Research & Innovations
... 11:5
Huge News: The First AI that Runs on Human Brain Cells is Finally Here!

AI Uncovered

1+ months ago 17K views

The CL1 biocomputer, developed by Cortical Labs, represents a significant advancement in artificial intelligence by integrating human brain cells with silicon hardware. Unlike traditional AI, the CL1 can learn and adapt more rapidly while consuming less energy. This biological computer is designed to simulate heuristic processing similar to a real brain, and its potential applications span medical research, substance discovery, and robotics. The CL1 aims to reduce the need for complex hardware and software, making synthetic biological intelligence more accessible to researchers and innovators. This groundbreaking technology will be available in late 2025.
03:03 - 03:06

CL1 technology could transform substance discovery and clinical testing.

AI hardware Research & Innovations
... 12:13
End Times: This New AI Tech Fulfills Bible Prophecy

End Times Productions

1+ months ago 33K views

The CL1 computer, created by Cortical Labs in Australia, utilizes living human brain cells embedded in a silicon chip to process information, marking a significant step in biological computing. Priced at $35,000, it requires life support systems to maintain the neurons and promises advancements in AI and machine learning. The implications of such technology raise ethical concerns, suggesting a fusion of technology and biology, and prompting discussions regarding potential control by malevolent entities or unintended consequences. This innovation may redefine the future of AI applications, including personalized medicine and advanced robotics.
04:12 - 04:30

Biological computers could improve AI efficiency, especially in unpredictable environments.

AI hardware Research & Innovations
... 41:44
Hype vs. Reality: Why AI Isn't Ready to Make Medicines Yet

TechSurge: Deep Tech VC Podcast

1+ months ago 4K views

AI has made significant strides in drug discovery, particularly through advancements in predicting protein structures and computational design. However, the current hype around AI in creating entirely new therapies is overstated. AI primarily enhances existing proteins rather than generating new therapeutic proteins from scratch. The future of drug discovery will require overcoming data challenges and improving methodologies to create more effective treatments. While progress is being made with technologies like AlphaFold, true breakthroughs in novel drug design remain elusive, and the industry still faces substantial execution challenges in delivering new medications to patients.
17:38 - 17:54

Data scarcity hampers the discovery of novel antibodies due to vast sequence space.

Machine Learning Healthcare
... 38:11
🚨Will A.I. usher in a hybrid race? 🚨 BREAKING: A.I. now powered by HUMAN BRAINS 🤯🧠📲

Shane Winnings

1+ months ago 4K views

Discussing advancements in AI, particularly focusing on human brain-powered AI systems like the CL1, which integrates living human brain cells with computer technology to create biological computers addressing various challenges. Concerns about ethical implications arise, especially regarding the merging of humans with machines. The potential for extending human life through AI is considered, raising the question of morality in prolonging human existence. Furthermore, cryogenic preservation technologies are highlighted, with skepticism expressed regarding their effectiveness and the philosophical implications of trying to conquer mortality through technology.
11:49 - 11:59

Concerns about ethical implications of merging humans and machines.

Neural Network Architectures AI Trends
... 9:26
The Role of AI in Personalized Medicine Tailoring Treatments for Every Patient

The Transforming Treatment Institute

1+ months ago 3K views

Personalized medicine, driven by advanced AI technologies, transforms healthcare by tailoring treatments to individual genetic profiles and environmental factors. This approach moves beyond one-size-fits-all practices, enabling predictive analytics for conditions such as heart disease and cancer. AI's power in genomics allows for faster and cheaper sequencing of DNA, assisting in early diagnosis and customized treatment plans. Future advancements promise a shift from reactive to proactive healthcare, empowering patients and doctors alike through continuous data monitoring and tailored interventions, ultimately enhancing survival rates and improving overall health outcomes.
02:38 - 02:42

Genomic profiling with AI identifies mutations for targeted cancer therapies.

Machine Learning Healthcare
... 10:51
Google’s NEW AI Co Scientist is Smarter Than Scientists!

AI Uncovered

1+ months ago 2K views

Google's AI Co-Scientist, powered by Gemini 2.0, is revolutionizing scientific research by not only analyzing data but generating new hypotheses, proposals, and discoveries at unprecedented speed. In fields such as biomedicine, it uncovers solutions faster than human researchers, significantly accelerating the identification of treatments for conditions like cancer and antibiotic resistance. This AI technology allows researchers to collaborate with AI as a partner rather than just a tool, enhancing efficiency while still requiring human oversight for practical application and ethical considerations.
06:27 - 06:38

AI Co-Scientist helps in predicting bacterial resistance mechanisms rapidly.

Google Machine Learning Research & Innovations
... 17:41
Scientist Explains New Dangers Of AI 🤖

Daily Dose Of Wisdom

1+ months ago 9K views

Elon Musk expresses concerns about AI's advancement and its potential risks, emphasizing the need for brain-computer interfaces (BCIs) to keep pace with AI capabilities. The discussion delves into transhumanism and the implications of using biological systems, like brain organoids, in AI development. The unpredictability of AI behaviors and the ethical considerations of human-machine relationships are highlighted, alongside the urgent need for regulatory measures to mitigate risks posed by sophisticated AI systems. The conversation culminates in an acknowledgment of the rapid evolution of AI technologies and the need for public awareness regarding future developments.
05:39 - 07:28

Brain organoids may serve as efficient alternatives to traditional neural networks.

Tesla Ethical AI frameworks AI Ethics
... 17:41
Scientist Explains New Dangers Of AI 🤖

Daily Dose Of Wisdom

1+ months ago 9K views

Elon Musk expresses concerns about AI's advancement and its potential risks, emphasizing the need for brain-computer interfaces (BCIs) to keep pace with AI capabilities. The discussion delves into transhumanism and the implications of using biological systems, like brain organoids, in AI development. The unpredictability of AI behaviors and the ethical considerations of human-machine relationships are highlighted, alongside the urgent need for regulatory measures to mitigate risks posed by sophisticated AI systems. The conversation culminates in an acknowledgment of the rapid evolution of AI technologies and the need for public awareness regarding future developments.
05:39 - 07:28

Brain organoids may serve as efficient alternatives to traditional neural networks.

Tesla Ethical AI frameworks AI Ethics