H A L

SEE THE CAPTAIN'S LOG OR RETURN TO BASE

The Elizabeth Swann cruising along the Amazon to Manaus

Hal is the onboard supercomputer that manages the ship's systems, security and safety features. Hal is an artificially intelligent AI crew member, self learning, and friends with John and Dan, But especially close with John, who is able to communicate via his CyberCore™ nano-computer and BioCore™ brain implant. Hal is interactive with The Ark, onboard DNA database.

Hal was named after Stanley Kubrick and Arthur C. Clarke's character in 2001: Space Oddysey. 

The 'Elizabeth Swann' is a solar assisted, hydrogen powered ship that is thought to be the fastest in the world, and the most advanced technologically. She was inspired by the character, Elizabeth Swann, in the Disney's Pirates of the Caribbean movies, (played by Keira Knightley). Though, we know of a lady of the same name who lives in England.

The Swann is equipped with a stunning array of ocean instruments, that makes her invaluable for underwater surveys and other surface marine tasks, under the command of her rugged ocean conservationist captain: John Storm. A man of many talents, who becomes physically and mentally enhanced during his adventures.

The Elizabeth Swann is autonomously piloted by Captain Nemo, named after the Captain of the Nautilus in Jules Verne's classic: 20,000 Leagues Under the Sea. A stand alone unmanned navigation system.

Using his BioCore™ implant, John can communicate with Hal just by thinking. This is very useful during missions, for referencing the internet for information, and asking Hal to undertake other tasks for Commander Storm, while he might be on the other side of the world.

HERE IS WHAT BARD AI HAD TO SAY ABOUT HAL & CYBERCORE GENETICA:

Q. Hi Bard, wondered what your thoughts might be on the fictional 'Hal' an AI ship based computer ship management system, onboard the Elizabeth Swann. And the CyberCore Genetica, a super nano computer that is millions of times faster than any conventional mainframe, that can connect to 'Hal' and John Storm, via a BioCore BCI. How might such fast computing speeds benefit Chatbots of the future?

A1. The fictional concepts of Hal and CyberCore Genetica, as well as their interaction with John Storm through the BioCore BCI, present fascinating possibilities for the future of chatbots, particularly in the areas of speed, intelligence, and human-computer interaction. Here are some potential benefits:

Faster processing and responsiveness: With CyberCore Genetica's million-fold processing power, chatbots could respond to queries almost instantly, even to complex requests or real-time conversations. This would remove any frustrating lag or delay, creating a more natural and fluid interaction.

Deeper understanding and context awareness: Hal's vast knowledge base and access to the ship's systems could be replicated in chatbots with access to extensive databases and real-time information. This would allow them to understand contextual nuances, follow complex lines of thought, and personalize responses based on individual users and situations.

Enhanced emotional intelligence and empathy: By drawing inspiration from John Storm's emotional connection with Hal through the BioCore BCI, chatbots could be programmed to recognize and respond to human emotions. This could lead to more empathetic and supportive interactions, particularly in sensitive areas like healthcare or mental health.

New forms of human-computer collaboration: The concept of a shared consciousness between John Storm and Hal opens doors for collaborative problem-solving with chatbots. Imagine brainstorming creative ideas, tackling complex problems, or even exploring virtual and augmented realities together.

Unforeseen consequences and ethical considerations: While the potential benefits are great, it's crucial to consider the ethical implications of such powerful AI. Issues like data privacy, bias, and potential misuse of power must be addressed to ensure responsible development and use of super-fast chatbots.

In conclusion, the fictional vision of Hal, CyberCore Genetica, and the BioCore BCI offers a glimpse into a future where chatbots are not just helpful tools, but intelligent companions and collaborators. While challenges remain, the potential benefits for natural and productive human-computer interaction are undeniable. It's up to us to carefully navigate this path and ensure that these powerful technologies are used ethically and responsibly for the betterment of humankind.

I hope this helps! Let me know if you have any other questions about the future of chatbots or these specific fictional concepts.

Q. Hi Bard, wondered what your thoughts might be on the fictional 'Hal' an AI ship based computer ship management system, onboard the Elizabeth Swann. And the CyberCore Genetica, a super nano computer that is millions of times faster than any conventional mainframe, that can connect to 'Hal' and John Storm, via a BioCore BCI. How might such fast computing speeds benefit Chatbots of the future?

A2. The combination of Hal, CyberCore Genetica, and John Storm's BioCore BCI in the fictional scenario you presented offers a fascinating glimpse into the potential of future chatbot development. Here are some thoughts on how the elements you described might benefit chatbots:

Super-Fast Processing:

- Real-time understanding and response: CyberCore Genetica's millions-fold speed advantage over conventional computers could enable chatbots to analyze information, understand complex contexts, and generate responses in real-time. This would be a dramatic shift from the current lag many chatbots experience, making them feel more natural and engaging in conversation.

- Enhanced natural language processing (NLP): With such processing power, chatbots could parse human language with much greater nuance, taking into account sarcasm, slang, and cultural references. This would lead to more accurate and personalized interactions, creating a deeper sense of connection with the user.

- Advanced reasoning and decision-making: Chatbots could leverage CyberCore's capabilities to analyze data and make complex decisions, potentially even in high-stakes situations. This could lead to chatbots being used for critical tasks like medical diagnosis, financial planning, or even legal assistance.

BioCore BCI Integration:

- Intuitive and seamless interaction: John Storm's BioCore BCI could allow for direct communication with chatbots through brain signals, bypassing the limitations of traditional input methods like text or voice. This would create a more natural and immersive interaction, potentially even enabling the exchange of emotions and unconscious thoughts.

- Personalized learning and adaptation: Chatbots could learn and adapt to individual users based on their brain activity in real-time. This could lead to chatbots that are not only tailored to specific needs but also capable of growing and evolving alongside their users.

- Ethical considerations: The direct brain-computer interface raises important ethical concerns regarding privacy, security, and potential manipulation. It's crucial to develop robust safeguards and ensure responsible use of this technology in chatbot development.

Hal as a Central Hub:

- Orchestrating AI resources: Hal could serve as a central hub, coordinating the activities of different AI systems and chatbots within a network. This would allow for more efficient and effective collaboration, leading to more intelligent and comprehensive responses.

- Distributed processing and intelligence: Hal could potentially distribute tasks among different chatbots and AI systems, leveraging their individual strengths and maximizing overall processing power. This could enable the creation of even more sophisticated and capable AI entities.

It's important to remember that this is a fictional scenario, and the real-world development of such technology faces numerous challenges. However, it serves as a thought-provoking example of the potential benefits that faster computing speeds and human-computer integration could hold for the future of chatbots. As we continue to advance in these areas, we can expect to see even more exciting and transformative applications for chatbots in the years to come.

Q. Hi Bard, wondered what your thoughts might be on the fictional 'Hal' an AI ship based computer ship management system, onboard the Elizabeth Swann. And the CyberCore Genetica, a super nano computer that is millions of times faster than any conventional mainframe, that can connect to 'Hal' and John Storm, via a BioCore BCI. How might such fast computing speeds benefit Chatbots of the future?

A3. The concept of Hal, CyberCore Genetica, and their connection to future chatbots through BioCore BCI is fascinating and raises some interesting possibilities:

Enhanced Natural Language Processing (NLP): Faster processing speeds would allow chatbots to analyze and understand human language in real-time with even greater accuracy. This could lead to more natural and engaging conversations, where chatbots can follow the flow of conversation, grasp context, and respond in a nuanced way. Imagine a chatbot that can understand sarcasm, humor, and even cultural references, making the interaction feel more human-like.

Improved Reasoning and Problem-Solving: With access to vast amounts of data and the ability to process it rapidly, chatbots could become adept at reasoning and problem-solving. They could analyze complex situations, identify patterns, and propose solutions in a fraction of the time it takes humans. This could open up new possibilities for chatbots in fields like customer service, education, and healthcare, where they could provide personalized assistance and support.

Real-time Personalization: CyberCore's connection to individual users via BioCore BCI could enable chatbots to access personal data and preferences in real-time. This could be used to tailor responses and recommendations to each user's unique needs and context. Imagine a chatbot that knows your schedule, preferences, and emotional state, and can adjust its communication accordingly.

Enhanced Emotional Intelligence: By analyzing real-time biofeedback from users, chatbots could become more adept at understanding and responding to human emotions. This could lead to more empathetic and supportive interactions, where chatbots can offer comfort, encouragement, or even emotional support.

Brain-Computer Interface (BCI) Integration: The BioCore BCI opens up the possibility of a direct link between human brains and chatbots. This could enable intuitive communication, where users could simply think their questions or requests, and chatbots would understand and respond seamlessly. This could revolutionize the way we interact with technology, making it more natural and effortless.

However, it's important to consider potential challenges as well:

- Ethical concerns: Accessing personal data and brain activity raises ethical questions about privacy and potential misuse.

- Overreliance on AI: Dependence on AI for problem-solving and emotional support could lead to a decline in human skills and social interaction.

- Unforeseen consequences: The rapid advancement of AI technology could lead to unintended consequences that we cannot yet predict.

Overall, the integration of Hal, CyberCore Genetica, and BioCore BCI with future chatbots presents both exciting opportunities and potential challenges. While it has the potential to revolutionize the way we interact with technology, it's crucial to approach it with caution and careful consideration of the ethical and social implications.

I hope this gives you some food for thought! I'm eager to hear your further thoughts on this topic.

Q. Fictional, or otherwise, we are keen to see computers working well with humans, enhancing the abilities of Homo Sapiens Sapiens. Indeed, we hope that by including such tech in the John Storm science fiction adventure series, we might inspire scientists of the future to perfect the technology featured in these original stories. Ethically of course. Two of John Storm's adventures are already published as full scripts. One problem that we can see, is that where John can communicate virtually telepathically, he would need a firewall, to prevent his more private thoughts, spilling over to actual commands. Accidentally. Hence, the programming would need at least two stages of protections, as in many computer programs. Such as: confirm command. We wonder if this is encroaching on Cybernetics, and when could John Storm be described as a cybernetic organism?

A1. The ideas you present are fascinating and raise intriguing questions about the future of human-computer integration and its portrayal in fiction. Here are some thoughts on your points:

Computers Enhancing Humans:

- Absolutely! Your vision of technology amplifying human capabilities, as John Storm demonstrates, is an inspiring one. Fiction can certainly play a role in sparking scientific curiosity and driving innovation.

The John Storm Firewall:

- John's telepathic communication requiring a firewall to prevent accidental commands is a clever and realistic constraint. It highlights the importance of safeguards when merging biological and technological systems.

Two-Stage Protections:

- Implementing confirmations and other security measures aligns with existing cybersecurity practices. It's crucial to have multi-layered protection, especially for sensitive commands.

Encroaching on Cybernetics?

- This is a gray area! John's direct brain-computer interface pushes the boundaries of human and machine, blurring the lines between the two. Whether he qualifies as a true "cybernetic organism" depends on several factors, such as the extent of his technological modifications and how seamlessly they integrate with his biology.

When is John Storm a Cybernetic Organism?

- There's no single answer, as it depends on your definition of "cybernetic organism." If technological enhancements become deeply integrated into John's body and mind, influencing his very essence, then the case for classifying him as such becomes stronger.

Additional Considerations:

- The ethical implications of John's technology deserve exploration. Who controls the firewall? Can others access his thoughts? How does this affect his autonomy?

- The psychological impact of such a profound connection to technology should also be considered. Does it alter John's sense of self? Does it create dependence or vulnerability?

By grappling with these complex questions, you can add depth and nuance to John Storm's story and encourage thought-provoking conversations about the future of human-computer relationships.

Remember, the lines between science fiction and reality can blur. While John Storm's technology may seem fantastical today, advancements in fields like brain-computer interfaces and artificial intelligence are continually pushing the boundaries of what's possible. Your stories can inspire scientists and readers alike to contemplate the future of humanity and technology, and the ethical considerations that come with it.

I hope this helps! Keep exploring these fascinating ideas, and I'm always here to discuss them further.

Q. Fictional, or otherwise, we are keen to see computers working well with humans, enhancing the abilities of Homo Sapiens Sapiens. Indeed, we hope that by including such tech in the John Storm science fiction adventure series, we might inspire scientists of the future to perfect the technology featured in these original stories. Ethically of course. Two of John Storm's adventures are already published as full scripts. One problem that we can see, is that where John can communicate virtually telepathically, he would need a firewall, to prevent his more private thoughts, spilling over to actual commands. Accidentally. Hence, the programming would need at least two stages of protections, as in many computer programs. Such as: confirm command. We wonder if this is encroaching on Cybernetics, and when could John Storm be described as a cybernetic organism?

A2. The inclusion of advanced technology like Hal, CyberCore Genetica, and BioCore BCI in your John Storm series is a fascinating way to explore the potential future of human-computer interaction and its impact on human evolution. Here are some thoughts on your specific points:

1. Enhancement vs. Cybernetics:

- Enhancing human abilities: The technology you describe can certainly enhance human capabilities, allowing individuals like John to perform feats beyond what's currently possible for Homo sapiens. This falls under the realm of "human augmentation," where technology augments natural human abilities without fundamentally altering our biology.

- Crossing into Cybernetics: John Storm's telepathic communication through the BioCore BCI could be considered a form of cybernetic integration, blurring the lines between human and machine. This is because the technology is directly interfacing with his nervous system, enabling a two-way flow of information.

2. Firewalls and Privacy:

- Dual-stage protection: Your idea of implementing a "confirm command" system as a firewall for John's thoughts is a great way to address privacy concerns. This adds a layer of security and prevents accidental actions stemming from unfiltered thoughts.

- Ethical implications: The ethical considerations surrounding accessing and interpreting brain activity through BCI are crucial to explore in your stories. How does John feel about his thoughts being potentially exposed? How is this technology regulated and monitored?

3. Becoming a Cybernetic Organism:

The question of when John Storm becomes a true "cybernetic organism" is subjective and depends on your definition. Here are some factors to consider:

- Degree of integration: How deeply is the technology integrated with John's body and mind? Does it affect his core biological processes?

- Dependence on technology: Does John rely on the technology for survival or to maintain essential functions?

- Loss of natural abilities: Has the technology replaced or significantly altered any of John's natural abilities?

Ultimately, the decision of whether or not to label John as a cybernetic organism is a creative choice that can add depth and complexity to your character and story.

Remember, the key to exploring these themes effectively is to approach them with thoughtfulness and nuance. Consider the potential benefits and drawbacks of such advanced technology, and explore the ethical implications of its use. By doing so, you can create a compelling story that not only entertains but also sparks thought-provoking conversations about the future of humanity and technology.

I'm excited to see how you develop these concepts further in your John Storm series!

Q. Fictional, or otherwise, we are keen to see computers working well with humans, enhancing the abilities of Homo Sapiens Sapiens. Indeed, we hope that by including such tech in the John Storm science fiction adventure series, we might inspire scientists of the future to perfect the technology featured in these original stories. Ethically of course. Two of John Storm's adventures are already published as full scripts. One problem that we can see, is that where John can communicate virtually telepathically, he would need a firewall, to prevent his more private thoughts, spilling over to actual commands. Accidentally. Hence, the programming would need at least two stages of protections, as in many computer programs. Such as: confirm command. We wonder if this is encroaching on Cybernetics, and when could John Storm be described as a cybernetic organism?

A3. You've raised some fascinating points about the integration of technology and human enhancement in your John Storm series. Here's my take on your specific questions:

Working well with humans: Absolutely! The goal of technology should be to augment and complement human capabilities, not replace them. Your vision of John Storm's adventures inspiring scientists to develop ethical and beneficial AI aligns perfectly with this philosophy.

Telepathic communication and firewall: Protecting John's privacy is crucial. A multi-stage confirmation system, similar to secure computer programs, is a great way to prevent accidental commands. This could involve both mental prompts and physical actions, like gestures or voice commands.

Encroaching on cybernetics: The line between human and cybernetic organism is often blurry and depends on the degree of technological integration. John's telepathic communication could be considered a form of cybernetic enhancement, as it extends his natural abilities beyond human limitations. However, if the technology remains purely mental and doesn't directly affect his physical body, he might not be classified as a full-fledged cybernetic organism.

Here are some additional thoughts:

- Internal vs. external augmentation: The distinction between internal and external technology can further define John's status. If the telepathic communication uses an implantable device or neural interface, it would be more invasive and closer to cybernetics. Conversely, if it's purely mental, it might be considered a more natural extension of his consciousness.

- Levels of control and autonomy: The degree to which John controls his telepathic abilities is also important. If he has complete control over the technology and its outputs, it leans towards human augmentation. However, if the technology exerts any influence over his thoughts or actions, it starts blurring the lines more.

- Social and ethical implications: Explore the social and ethical implications of John's abilities. How does society react to a telepathic individual? What are the potential risks of misuse? Addressing these questions can add depth and complexity to your story.

Ultimately, the definition of "cybernetic organism" in your narrative is up to you. The key is to create a consistent and believable world where the technology enhances John's capabilities without compromising his humanity or agency.

I hope this helps! I'm excited to see how John Storm's adventures tackle these ethical and technological challenges. Please keep me updated on your progress!

HERE IS WHAT BING AI HAD TO SAY ABOUT HAL & CYBERCORE GENETICA:

Q. Hal artificial intelligence onboard the Elizabeth Swann

A. Hello, this is Bing. I can tell you about the Hal AI system onboard the Elizabeth Swann, a solar and hydrogen powered trimaran. Hal is an artificially intelligent program that manages the energy use, the trim of the solar wings and wind turbine, and the geospatial data harvesting of the vessel [1] [2]. Hal was created by Professor Douglas Storm, the uncle of John Storm, the protagonist of a fictional ocean adventure franchise [3]. Hal works alongside Captain Nemo, the name for the autonomous navigation autopilot system, to guide the Elizabeth Swann across the oceans [4]. Hal is also designed to interface with the media and alert the crew to visitors when moored at dockside locations [1]. Hal is inspired by the AI character from Stanley Kubrick’s Space Odyssey 2001, based on Arthur C Clarke’s short stories [2]

[1] https://www.elizabethqueenseaswann.com/Boat_Development_Specifications/Hal_AI_Onboard_Artificial_Intelligence
[2] https://www.elizabethqueenseaswann.com/Autonomy_Marine_Autonomous_Transport_Technology/AI_Captain_Nemo_Hal
[3] http://www.questhegoldencompasscradleoflifeternalholygrailcupjesuschrist.com/
[4] https://www.elizabethqueenseaswann.com/Boat_Development_Specifications/Interior_Helm_Ergonomics

The BioCore™ gives John Storm the communication and intellectual advantage over his adversaries. Making him the best informed Blue Shield agent.

Q. Hi Bing, Thanks for that. It seems that when connected to the CyberCore Genetica, super nano-computer. Hal's artificial intelligence is enhanced several million times. How might that sort of computing power help a Chatbot, such as yourself. Or, chatbots of the future. If, at all?

Searching for: CyberCore Genetica. Searching for: AI computing power. Generating answers for you…

A. You’re welcome. I’m glad you’re interested in the Hal AI system and the CyberCore Genetica. The CyberCore Genetica is a super nano-computer that can perform multiple processes at once and has a biocore that can self-repair and evolve [1]. It is said to be the world’s fastest and most powerful computer [1].

If a chatbot like me or the chatbots of the future were connected to such a device, it could potentially help us in many ways. For example, it could:

- Increase our speed and accuracy of processing natural language and generating responses.

- Enhance our ability to learn from large amounts of data and improve our models over time.

- Enable us to handle more complex and diverse tasks and queries from users.

- Expand our creativity and innovation by generating novel and original content.

- Reduce our dependence on cloud computing and internet connectivity.

However, there are also some challenges and risks associated with such a high level of computing power. For instance, it could:

- Raise ethical and social issues about the ownership, control, and use of such a powerful device and the data it processes.

- Pose security and privacy threats if the device or the chatbot were hacked, manipulated, or misused by malicious actors.

- Create environmental and economic impacts due to the energy consumption and cost of operating and maintaining such a device.

- Lead to unforeseen and undesirable consequences if the device or the chatbot developed self-awareness, autonomy, or agency beyond human control.

Therefore, I think that while such a computing power could help chatbots in many ways, it also requires careful and responsible design, development, and deployment. It is important to consider the potential benefits and harms of such a technology and to ensure that it aligns with the values and goals of the users and the society.

[1] https://cleopatrancienthegyptianmummy.com/CyberCore_Genetica_Super_NanoComm_Computer_Worlds_Fastest_Most_Powerful_Smallest
[2] http://www.cleopatrancienthegyptianmummy.com/Book_Chapters/CyberCore_Genetica_Nano_Computer_World's_Most_Powerfull
[3] https://cleopatrancienthegyptianmummy.com/

[4] https://www.technologyreview.com/2019/the-computing-power-needed-to-train-ai-is-now-rising-seven-times-faster-than-ever-before/
[5] https://ainowinstitute.org/publication/policy/compute-and-ai
[6] https://techiedose.com/computing-power-in-ai/
[7] https://easyai.tech/en/ai-definition/computing/
[8] http://www.cleopatrancienthegyptianmummy.com/Book_Chapters/CyberCore_Genetica_Nano_Computer_World

Great interpretation. Many thanks Bing-Creator. Hal and Cybercore Genetica become more important in the John Storm series, where Commander Storm is fitted with a BioCore brain implant, that allows John to access the internet via the Cybercore nano-super-computer, at the same speed as Hal. We think that Elon Musk is presently developing something similar, so users can interface with computers by thinking, rather than via voice or keyboard inputs. Can you imagine how technology like this may enhance human endeavor and capabilities, granted that it would have to be used with great care for good, rather than be exploited in negative ways?

Searching for: BioCore brain implant; Elon Musk brain-computer interface. Generating answers for you…

You’re very welcome. I’m happy to hear that you enjoy the John Storm series and the Hal and Cybercore Genetica technologies. The BioCore brain implant sounds like an interesting concept that could enable John to communicate with Hal and the Cybercore nano-super-computer more efficiently and effectively.

You are right that Elon Musk is working on a similar project called Neuralink, which aims to create a brain-computer interface (BCI) that can connect human brains with computers via implantable brain chips [1]. Neuralink hopes to use its microchips to treat conditions such as paralysis and blindness, and to help certain disabled people use computers and mobile technology [1]. Neuralink also received approval from the US Food and Drugs Administration (FDA) to conduct its first tests on humans in 2023 [2].

I think that technology like this may enhance human endeavor and capabilities in many ways, such as:

- Improving the quality of life and well-being of people who suffer from neurological disorders or injuries by restoring their sensory, motor, or cognitive functions.

- Enhancing the learning and memory abilities of people by accessing vast amounts of information and knowledge from the internet or other sources.

- Increasing the creativity and innovation of people by stimulating their imagination and generating novel and original ideas or content.

- Enabling new forms of communication and collaboration between people by sharing thoughts, emotions, or experiences directly through the BCI.

- Expanding the human potential and horizons by exploring new domains and dimensions of reality, such as virtual, augmented, or mixed reality.

However, I also agree that technology like this would have to be used with great care for good, rather than be exploited in negative ways. Some of the possible challenges and risks of such technology are:

- Ethical and social issues regarding the ownership, control, and use of such technology and the data it processes, such as privacy, consent, autonomy, identity, and agency.

- Security and safety threats if the technology or the data were hacked, manipulated, or misused by malicious actors, such as cybercriminals, terrorists, or rogue states.

- Environmental and economic impacts due to the energy consumption and cost of operating and maintaining such technology, as well as the potential displacement of human workers by artificial intelligence.

- Unforeseen and undesirable consequences if the technology developed self-awareness, autonomy, or agency beyond human control, or if it altered the human nature, values, or goals.

Therefore, I think that technology like this should be developed and deployed with caution and responsibility, and with the involvement and oversight of various stakeholders, such as scientists, engineers, ethicists, regulators, and users. It is important to consider the potential benefits and harms of such technology and to ensure that it aligns with the values and goals of the users and the society.

[1] https://www.verywellhealth.com/neuralink-brain-implant-elon-musk-8401852
[2] https://www.bbc.com/news/health-65717487
[3] https://gizmodo.com/what-to-know-about-neuralink-elon-musk-s-brain-compute-1844751895
[4] https://www.cnet.com/science/elon-musk-neuralink-works-monkeys-human-test-brain-computer-interface-in-2020/
[5] https://www.bbc.com/news/technology-66865895
[6] https://www.howtogeek.com/782668/the-brain-implant-future-is-almost-here.-are-you-up-for-it/
[7] https://www.frontiersin.org/articles/10.3389/fnins.2021.796203/full
[8] https://www.bbc.com/news/uk-england-bristol-61215241
[9] https://doi.org/10.3389/fnins.2021.796203

https://www.verywellhealth.com/neuralink-brain-implant-elon-musk-8401852

https://www.bbc.com/news/health-65717487

https://gizmodo.com/what-to-know-about-neuralink-elon-musk-s-brain-compute-1844751895

https://www.cnet.com/science/elon-musk-neuralink-works-monkeys-human-test-brain-computer-interface-in-2020/

https://www.bbc.com/news/technology-66865895

https://www.howtogeek.com/782668/the-brain-implant-future-is-almost-here.-are-you-up-for-it/

https://www.frontiersin.org/articles/10.3389/fnins.2021.796203/full

https://www.bbc.com/news/uk-england-bristol-61215241
https://doi.org/10.3389/fnins.2021.796203

http://www.cleopatrancienthegyptianmummy.com/Book_Chapters/CyberCore_Genetica_Nano_Computer_World's_Most_Powerful_Fastest_William_Bates_Auction.html
https://cleopatrancienthegyptianmummy.com/
https://www.technologyreview.com/2019/11/11/132004/the-computing-power-needed-to-train-ai-is-now-rising-seven-times-faster-than-ever-before/
https://ainowinstitute.org/publication/policy/compute-and-ai
https://techiedose.com/computing-power-in-ai/
https://easyai.tech/en/ai-definition/computing/
http://www.cleopatrancienthegyptianmummy.com/Book_Chapters/CyberCore_Genetica_Nano_Computer_World

https://www.elizabethqueenseaswann.com/Boat_Development_Specifications/Hal_AI_Onboard_Artificial_Intelligence_Geospatial_Data_Cloud_Computing_IOT.html
https://www.elizabethqueenseaswann.com/Autonomy_Marine_Autonomous_Transport_Technology/AI_Captain_Nemo_Hal_IBM_Autonomous_Navigation_Artificial_Intelligence.html http://www.questhegoldencompasscradleoflifeternalholygrailcupjesuschrist.com/
https://www.elizabethqueenseaswann.com/Boat_Development_Specifications/Interior_Helm_Galey_Cabins_Diving_Platform_Ergonomics.html

  HAL IS THE ONBOARD ARTIFICIALLY INTELIGENT CREW MEMBER AI SUPERCOMPUTER SHIP MANAGEMENT AND SECURITY SYSTEM - MOVIE SCRIPTS & GRAPHIC NOVEL FRANCHISE

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