消失的物種

The production of this video is funded by the Higher Education Sprout Project of the National Taipei University of Business. The fourth episode is about the humanity of the cyborg. The intended learning outcome for this unit is the understanding of different human relationships with selves and things. After watching this video, students will understand human relationships with selves and things from the perspective of the cyborg. A cyborg is a creature that is part human and part machine. A cyborg, a portmanteau of cybernetic and organism, is a being with both organic and biomechatronic body parts. The term was coined in 1960 by Manfred Klein and Nathan S. Klein to refer to their conception of an enhanced human being who could survive in extraterrestrial environments. The term cyborg applies to a living organism that has restored function or enhanced abilities due to the integration of some artificial component or technology that relies on feedback. Iron Man, for example, embodies a cyborg's essence, human intellect fused with advanced armor, powered by technology and unyielding will. In real life, is there anybody who undergoes a similar transformation? Yes, that is Dr. Peter Scott Morgan, a British scientist and roboticist. But do you know why? Next, let's watch an animation by machine together. A young boy named Peter Scott Morgan grows up in London with curiosity and dreams of science. From an early age, Peter is fascinated by machines and the potential of technology. At school, he discovers a love for mathematics and engineering. Peter studies hard, driven by a vision of shaping the future with innovation. He earns a PhD in robotics, focusing on how humans and machines can merge. Peter builds a career as a respected scientist and futurist. He explores the boundary between biology and technology, seeking new possibilities. Peter marries Frances, his lifelong partner, forming a strong and loving bond. Life seems full of promise until unexpected news arrives. In 2017, doctors diagnose Peter with motor neuron disease, MND, a terminal illness. He learns that the disease will gradually take away his ability to move and speak. Instead of despair, Peter sees this as a challenge to push human limits. He declares, I will not just survive, I will evolve. Peter begins planning his transformation into the world's first human cyborg. Doctors perform surgeries to give him a feeding tube, a catheter, and a breathing system. These procedures allow him to live without fear of choking or organ failure. Peter preserves his voice by recording words and phrases before losing speech. With advanced eye-tracking technology, he communicates through a computer screen. His digital avatar mimics facial expressions, making his presence more natural. Step by step, Peter merges with machines, gaining new forms of independence. He calls his transformation Peter 2.0, symbolizing human evolution. The world watches in awe as Peter shares his journey publicly. Through documentaries, books, and talks, he inspires people across the globe. Peter shows that technology can not only replace what is lost but also expand what is possible. He redefines disability, shifting the focus from limitation to empowerment. His relationship with Francis remains a foundation of love and courage. Together, they prove that humanity is not just about bodies, but about connection. Even as his disease progresses, Peter continues to innovate and inspire. He envisions a future where humans and machines evolve side by side. Peter becomes a symbol of hope, resilience, and fearless imagination. In 2022, Peter passes away, but his legacy lives on. The story of Peter Scott Morgan reminds the world being human means daring to evolve. But what does Peter Scott Morgan's personal transformation have anything to do with the humanity of selves and things? Let's watch a video of AI-narrated slides by Notebook LM that provide in-depth summaries of Peter 2.0, which push the boundaries of how machines can compensate for failing human biology. Alright, let's get right into a story that honestly feels like it's been pulled straight from science fiction, but it's very, very real. We're going to be looking at the journey of Peter 2.0, the man who set out to become the world's first complete cyborg. And it all kicks off with this just an absolutely mind-blowing quote, I'm not dying, I'm transforming. That's not a surrender, that is a declaration. When he was faced with the end, he decided not to just accept it, but to become something new. This single idea is the key to everything that follows. So, picture this, you've got Dr. Peter Scott Morgan, a brilliant, world-class roboticist. In 2017, he gets this devastating diagnosis, terminal motor neuron disease, or ALS. They give him two years, but instead of seeing a death sentence, he saw, well, he saw an engineering problem, a challenge. His body was failing, so he decided he would engineer a new one. And that decision, well, that's what kicks off this whole radical transformation. This first part is all about that incredible shift in mindset, how you go from accepting a terminal illness to seeing it as a launch pad for becoming something more. Now, the word cyborg gets thrown around a lot, right? Sounds like something out of a movie, but the definition is actually pretty simple. It's just a being with both organic and machine parts. Dr. Scott Morgan's goal was to take that idea and push it to its absolute limit. He wasn't just augmenting himself, he was aiming to become the first person totally reliant on technology to live. Okay, so how do you even begin to build a cyborg? I mean, what does that actually look like piece by piece? Let's break down the incredible technology and the truly radical procedures that brought Peter 2.0 to life. First things first, you have to preserve the person, their identity. Before the disease could steal his voice, Peter spent hundreds of hours meticulously recording thousands upon thousands of phrases. All that data was then used to build a super realistic AI voice clone, so even when he could no longer speak, he could still speak. Okay, so you've got the voice, but how do you control everything when your body can't move? Well, his eyes, they became his new hands. Sophisticated eye-tracking cameras followed his gaze, allowing him to control multiple computers, drive his wheelchair, and speak through that synthetic voice, all with just a look. But this next step, this is where you really see the sheer, unbelievable commitment this took. Peter went through what he called the full-body ostomy, a series of incredibly extreme surgeries to reroute all of his body's essential functions, breathing, eating, and waste to be handled externally by machines. He was literally outsourcing his own biology. And the final piece of this incredible puzzle? Getting him moving again. The vision included a custom-built exoskeleton, a high-tech robotic frame that would let him stand up and move around. It was designed to give him back a physical presence in the world that his body had taken away. And this really just lays it all out, doesn't it? The fork in the road he was facing. On the one hand, you have the traditional path, palliative care, comfort, and accepting the inevitable. On the other, this cybernetic path, completely uncharted, incredibly risky, but offering a chance at a totally new kind of existence. He didn't just choose a path, he had to blaze a new one entirely. Peter's story is just, it's one of a kind. But it's not happening in some sci-fi bubble. To really get it, we need to zoom out of it and look at the bigger picture, this whole spectrum of human enhancement, and see where we all might already be on it. And this is such a key point. Becoming a cyborg isn't like flipping a switch, it's a spectrum. And guess what, we're all on it somewhere. Most of us are dependent users, I mean how long can you go without your smartphone? Then you have augmented humans with things like pacemakers. Peter just pushed it all the way to the end of the line, to complete cyborg, where the tech isn't just helpful, it's absolutely essential to survive. You know, living this way, it's a total double-edged sword. The upsides are mind-boggling. Imagine being free from biological limits like pain or hunger, or being able to literally upgrade your senses. But the vulnerabilities are terrifying. You're completely dependent on a power source. A simple software glitch could be catastrophic. And what about the risk of being hacked? It's a whole new world of problems. This isn't some far-off future stuff. This tech is moving at lightning speed, and it's forcing us to ask some really tough questions right now. So let's look at the complicated future that Peter's journey is helping to create. And this? This is where we walk into a total ethical minefield. Seriously, think about this. If these technologies can radically extend life, who gets them? Just the rich? And at what point have you changed so much that you're not even you anymore? And who's in charge? Do you own the tech in your body, or does the company that made it? These are huge questions with no easy answers. And of course, you can't talk about this kind of breakthrough technology without talking about the military dimension. Organizations like DARPA are already pouring money into creating enhanced soldiers. On one hand, it could fast-track amazing medical tech. On the other, it opens up a whole can of worms about super soldiers and the morality of treating a human being like a piece of This timeline might look speculative, but it shows you just how fast this could become our everyday reality. We're pretty much already in that enhanced accessibility phase. Mainstream integration is probably just around the corner. And it's not a huge leap to see how society will have to adapt, potentially leading to something that some people are calling a post-human era by the middle of the century. So all of this, all the tech, the ethics, the future, it all brings us right back to where we started. It brings us back to the massive philosophical question at the very heart of Peter Scott Morgan's legacy. And that's because Peter never saw this as just being about him, not for a second. He saw himself as a pioneer, a proof of concept for all of us. He believed he was just the first explorer mapping out a new way to exist, showing us a future where we might not be trapped by our biological limitations. So after all that, what are the big things we need to take away from this incredible story? Well, first, we're all on this cyborg spectrum somewhere. Second, our laws and our ethics are way behind the curve. Third, we have to make sure this tech doesn't just create a new divide between the haves and have-nots. And finally, remember that the future Peter 2.0 showed us, it isn't inevitable. It's a future that we're all going to help create. And in the end, Peter Scott Morgan's entire life, his whole transformation, it just leaves us with this one massive question. What actually makes us human? Is it our bodies, our flesh and blood, or is it our consciousness, our ability to love, to dream? As that line between human and machine gets blurrier and blurrier, that's a question we're all going to have to answer for ourselves. Peter 2.0, the story of scientist Peter Scott Morgan, shows how human identity can expand through technology. After being diagnosed with motor neuron disease, he chose not only to survive, but to transform into a cyborg. By merging his body with machines, using eye tracking, synthetic speech, robotics, and AI, he created Peter 2.0. This transformation raises questions about what it means to be human. On one hand, it highlights resilience, love, and the human drive to overcome suffering. On the other, it challenges the boundary between biology and technology, showing that human essence may lie less in the body and more in consciousness, relationships, and choice. Peter 2.0 represents both the vulnerability of human life and the courage to redefine humanity in the digital age. The Ship of Theseus, also known as Theseus's Paradox, is a paradox and common thought experiment about whether an object is the same after having all of its original components replaced over time, typically one after the other. A question was If no pieces of the original made up the current ship, was it still the ship of Theseus? Furthermore, if it was no longer the same, when had it ceased existing as the original ship? The Theseus Paradox can be thought of as an example of a puzzle of material constitution. That is, a problem with determining the relationship between an object and the material of which it is made. According to the Stanford Encyclopedia of Philosophy, the most popular solution is to accept the conclusion that the material out of which the ship is made is not the same object as the ship, but that the two objects simply occupy the same space at the same time. Peter Scott Morgan was a British scientist and author known for embracing technology to overcome his motor neurone disease. Peter embraced technology to become a cyborg by using tech to regain control of his body functions and communication. Peter's goal was to maintain independence and communication despite his paralysis. Peter wrote a book and appeared in a documentary to educate and inspire people. His story raised awareness about the potential of technology to improve quality of life for disabled people. Peter's story suggests that combining medicine with technology can transform care for chronic diseases. After being diagnosed with motor neurone disease, Peter chose not only to survive, but to transform into a cyborg. If you found yourself in the same situation, would you choose euthanasia, hospice palliative care, or transformation into a cyborg like Peter? Why?