The Rapid Growth of Technology and Its Impacts

Part 1: Wonder – The Grandeur of Technology

1. Yesterday's fiction is today's reality

Think back to the basic cell phones we used ten or twenty years ago. If someone had told you back then that soon you'd hold a small, touch-screen device with no keyboard, use it to video chat with someone across the globe, navigate with live maps, have it type out your spoken words, and instantly translate your language, you probably wouldn't have believed them.

Famous sci-fi author Arthur C. Clarke once said, "Any sufficiently advanced technology is indistinguishable from magic." This magic, which was yesterday's miracle, is today's everyday reality resting in the palms of our hands.

Today, a smartphone is a single device that has swallowed the telephone, camera, radio, TV, map, watch, newspaper, library, and bank. Media scholar Henry Jenkins calls this "Media Convergence"—the blending of different media and technologies onto a single platform—and it has completely transformed our daily lives.

But the changes happening today go even deeper. Computers are no longer just tools for storing and sharing information. They have started independently performing human cognitive tasks like processing language, generating images and voices, drafting documents, and solving complex problems. This is what we call Artificial Intelligence (AI).

2. The era of talking to computers

In the early days of computers, we had to learn their language. You had to press the exact right buttons and use specific codes to give commands. Only a "programmer" could type in a language the computer understood.

But today, a massive shift has occurred. Instead of us learning the computer's language, computers are learning natural human language. In the 1950s, computer science pioneer Alan Turing famously asked, "Can machines think and converse like humans?" That future he imagined is now possible through Natural Language Processing (NLP), a technology that helps computers understand human grammar, vocabulary, and even emotions.

And today, we don't just talk to computers using text. "Multimodal AI" systems can seamlessly understand and combine text, images, and voice. Technology has advanced from giving a single answer to a question, to "AI Agents" that can autonomously complete multi-step tasks.

To put it simply: We used to have to learn how a computer talks; today, the computer understands how we talk. AI didn't just drop from the sky; it is the collective effort of human knowledge gathered over generations. If AI is a miracle, the human mind that created it is an even bigger miracle.

3. AI takes a physical form (Robotics)

Until recently, AI was just software trapped inside our computer or mobile screens. But what happens when you give that intelligence eyes, ears, arms, and legs? That's where we enter the world of Robotics, or what computer scientists call "Embodied AI."

Robots have been working in factories for years, but they were usually programmed to stand in one place and do the exact same repetitive task. AI scientist Hans Moravec pointed out a fascinating paradox: It is very easy for a computer to solve hard math puzzles or play chess, but it is incredibly difficult to get a robot to do the simple, natural physical movements of a toddler, like climbing stairs or folding a towel. This is known as Moravec's paradox.

However, modern robotics is breaking this barrier. By combining AI with robots, machines are learning to "see" and understand their surroundings (Computer Vision), accurately identify objects, and make autonomous decisions to adapt to new environments in homes or factories. AI has finally been given a body.

This brings many benefits. We can send machines to do jobs that are highly dangerous for humans, like going into fires, radiation leaks, or toxic environments. They can also be great companions for the elderly and people with disabilities. At the same time, a big question arises: If machines start doing all the physical work, what happens to the "Dignity of Labor"? This is a social responsibility we must handle with care.

4. Brain-Computer Interfaces (BCI): Operating computers without moving a muscle

Now, let's look at an even more amazing field. Usually, how do we use a computer? The brain thinks -> the thought travels through nerves to the hands -> our fingers move the mouse or keyboard -> the computer responds. But what if you could bypass the physical movement and control the computer just by thinking about it? The technology that removes these physical "middlemen" is called a Brain-Computer Interface (BCI).

This is a massive leap in neuroengineering. Neuroscientist Miguel Nicolelis, a pioneer in BCI, notes that the time has come to free the human brain from its physical boundaries. The basic science involves recording the electrical signals fired by neurons in the brain and turning them into algorithms the computer understands.

Currently, companies like Neuralink are doing advanced medical trials in this field. It's important to note that this isn't a "mind-reading device" that knows your every secret thought. Instead, it is an incredible blessing for people with severe neurological conditions, like "locked-in syndrome," who cannot move or speak. BCI allows them to move a cursor on a screen and type out their needs just by thinking, giving them a way to communicate with the outside world again.

Here, technology isn't just some flashy magic trick; through neuroprosthetics, it is a tool used to restore human dignity and ability. You could say this is the most beautiful and compassionate side of human knowledge.

5. Gene Editing: The era of uprooting diseases

Every cell in our body contains DNA. You can think of DNA as a biological instruction manual that tells the body how to form and function.

Certain diseases are caused by specific errors (genetic mutations) in this manual. Traditional medicine usually asked, "How can we manage the symptoms of this disease?" But Gene Editing asks a much deeper question: "Can we fix the actual genetic error that causes the disease in the first place?"

This is where technologies like CRISPR are so important. Nobel Prize-winning scientist Jennifer Doudna, who helped discover it, beautifully calls CRISPR "molecular scissors." It is a highly precise way to cut and paste DNA, allowing scientists to correct specific genetic codes.

This technology, which used to be confined to the lab, has now become a real medical treatment for certain genetic diseases. This isn't about unethical attempts to completely alter humanity (like creating "designer babies"); rather, it's an incredible medical opportunity to accurately fix the genetic errors that cause suffering.

This is a massive leap in medical history. Biology has moved from just managing symptoms to actually performing genetic correction at the root level.

6. AI unlocking the secrets of biology

When people hear "AI," most immediately think of chatbots like ChatGPT or Gemini, or the articles, images, and videos they generate. But the deepest and most important uses of AI are happening quietly in science labs, far away from social media.

In biology, there was a massive puzzle that went unsolved for 50 years called the "protein folding problem." The countless proteins in our bodies are responsible for all basic life functions. How a protein works depends entirely on how it folds itself into a specific 3D structure. In the past, figuring out the shape of just one protein could take years of research.

This is where Google DeepMind's AI system, "AlphaFold," created a massive revolution. The team, led by Demis Hassabis, used AI to accurately predict the 3D structures of nearly all known proteins in the human body, setting an incredible milestone.

If we understand exactly how these tiny molecules fold, we can easily discover how diseases form and how to design new, life-saving drugs. So, AI isn't just a tool for writing essays; it is a giant scientific key that is unlocking the secrets of life and the universe.

7. Quantum Computing: A new dimension

Now, let's look at an entirely new field: Quantum Computing. You shouldn't think of a quantum computer as just a "really fast" version of your laptop. It is a completely different architectural concept. The computers we use today operate on "Bits" (0s and 1s). Quantum computers, however, use something called "Qubits."

The famous physicist Richard Feynman noted in the 1980s that nature doesn't operate by standard, classical rules. He said that if you want to simulate nature on a computer, you have to use quantum mechanics. The basic science here is taking the bizarre laws of physics that govern the tiniest atomic levels and using them as the operating rules for a computer.

Quantum computers are actually working in science labs today. However, building a "fault-tolerant" quantum computer—one that works flawlessly and reliably on a large scale—is still in its early developmental stages.

What truly amazes us here isn't just the technology itself, but the extraordinary nature of the human mind. The fact that humans can understand a magical, atomic-level physics that we can't even see with our naked eyes, and then ask, "Can we build a completely different kind of machine using these laws of nature?"—that search is the true miracle.

Part 2: Wisdom – Technology and the Human Ecosystem

8. Technology is everywhere: The expanding boundaries of human innovation

Technological progress is rapidly expanding across many fields. We are seeing humans return to the moon in space research, the rise of telemedicine and robotic surgeries in healthcare, and massive data analytics shaping security and economics.

Beyond that, technology is deeply woven into the basic projects that sustain our communities. For example, whether you are designing a 4,000-square-foot sustainable agriculture project or building a 600-square-foot professional media production studio, advanced digital planning tools and digital ecosystems are the absolute foundation today.

The list is endless. But here, we need to take a step back and look at a fundamental truth. The technology historian Melvin Kranzberg stated in his famous "First Law of Technology": "Technology is neither good nor bad; nor is it neutral." This means technology doesn't achieve anything on its own; its impact depends entirely on who is using it and why.

Across all these fields, who turned imagination into reality? Technology didn't create itself. Human wisdom created all of it. Therefore, we are now forced to turn our focus away from machines and back toward humans. We must move from the stage of Wonder to the stages of Wisdom and Responsibility. If humans are capable of such grand achievements, in what direction, and for whose benefit, will we use this extraordinary power? That is the most important question of the digital age.

9. The uniqueness of human intelligence

Behind every amazing machine hides something even more magnificent: the human capacity to know. Today's technology is the combined effort of thousands of scientists, engineers, and researchers across generations. Machines only exchange data. But as humans, we go beyond data to share meaning.

Passing knowledge from one generation to the next isn't like "downloading" files. It involves emotion, empathy, and shared human experiences—it's a deep "philosophy of communication." The philosopher Michael Polanyi talked about human "Tacit Knowledge," noting that "we can know more than we can tell." No matter how advanced computers get, they cannot possess this intuitive, unspoken knowledge.

Imagining things, failing and trying again, working together as a community, and asking the "Why?" question that machines fail to ask—these are what make human intelligence unique. And this is where a major ethical shift happens.

In the beginning, our journey started with the wonder of: "What can we do?" But today, our question shifts to: "Should we do all that we can do?" This is exactly where the encyclical "Magnifica Humanitas" invites us to reflect, reminding us that technological growth must not violate human values.

10. The exponential leap of technology

Technological growth isn't new to humanity. The wheel, the printing press, electricity, telecommunications, the internet—technology has reshaped society in every era. But what we are seeing today isn't normal growth; it is an exponential leap. The main reason is that technologies are no longer growing in a straight line (linear growth); they are growing exponentially. Futurist Ray Kurzweil calls this the "Law of Accelerating Returns," meaning the growth of one technology fuels and speeds up the next.

For instance, AI is growing; massive computing power helps it. Robotics is growing; AI helps it. Digital platforms create Big Data, and that data is fed back to improve AI. When Pope Francis addressed the G7 summit in 2024, he perfectly described this AI boom as a "cognitive-industrial revolution."

This is where the great paradox of our time emerges. Technology is growing at lightning speed, but human wisdom and social structures are growing slowly. Technology analyst Larry Downes calls this the "Law of Disruption": Technology changes exponentially, but social, economic, and legal systems change incrementally.

A new AI software can be released to the whole world in a matter of weeks. But it takes years to create laws for it, adapt our culture, teach it in schools, and help families understand it. We have "technological capability" moving on one fast track, and "human wisdom and governance" moving on a slower track. The gap between these two lines is where many of the modern world's problems begin. "Magnifica Humanitas" acknowledges this reality and stresses the urgent need for human wisdom to grow fast enough to keep up with technological change.

11. Technology: A tool or an environment?

Think about an average morning. A mobile alarm wakes you up. You open WhatsApp. You go to YouTube, and an "algorithm" decides what you should watch next. You search on Google, and the results are presented in a specific order. On Instagram, the algorithm decides whose post you see first. Maps tell you where to go, shopping apps suggest what to buy, and a music app picks your next song.

Media scholar John Culkin, expanding on Marshall McLuhan's ideas, accurately stated: "We shape our tools and thereafter our tools shape us." Looking at it this way, digital technology is no longer just a "tool" we pick up when we want to use it; it has become a massive "environment" that shapes our thinking, our searches, and our choices.

This invisible ecosystem imposes a certain mindset on us without us even realizing it. The encyclical "Magnifica Humanitas" warns us about this, calling it the "technocratic paradigm." What happens when a society starts measuring everything solely by speed, efficiency, control, and profit?

A machine must be "efficient"—there's no arguing that. But can a mother be "efficient" with a crying child? Can you measure a teacher, a social worker, a priest, an elderly person, a patient, or a poor person using the metrics of a machine? When we start weighing humans on the scales of machinery, deep humanitarian crises begin. So, the core question wisdom asks us here isn't about technology at all; it's "Who is the human being, and what is their true value?"

12. "Can we do it?" vs. "Should we do it?"

We can easily spot the fundamental difference between modern Technology and Human Wisdom simply by looking at the questions they ask.

Technology, driven by profit and speed, always asks: "Can we do it?", "Can we do it faster?", "Can we automate it without humans?", "Can we predict the future?", "Can we optimize it?"

But human wisdom, grounded in ethics, asks: "Should we do it?", "Who benefits from this?", "Who will be hurt?", "Who will be left behind?", "Is human dignity protected?", "Does it strengthen relationships?", "Who is responsible?"

Tech ethicist Tristan Harris warns that we constantly measure the capabilities of technology, but we rarely measure how that technology exploits human vulnerabilities. Just because an action is technically possible doesn't mean it is humanly desirable—assuming they are the same is a massive danger.

This is exactly what "Magnifica Humanitas" points out. Having highly capable machines doesn't make us more human. Rather, true wisdom lies in ensuring that, no matter what machine we use, we don't lose our humanity in the process.

13. The journey of seeking vs. AI's instant answers

If you give a student a difficult philosophy or theology book and say, "Read this, understand it, and tell me the main idea," what happens? They read. They might not understand a few lines. They read it again. They discuss it with friends. They might misunderstand a concept and correct themselves later. It is only at the end of this long "cognitive struggle" that true understanding slowly forms.

But today, there is a shortcut. If you upload that document into an AI like ChatGPT and type, "Give me the 5 main bullet points," you get a perfectly summarized answer in three seconds. It's amazing. But a deep question arises here: We got the answer, yes, but did the "journey" of understanding actually happen?

Technology writer Nicholas Carr, in his Pulitzer-nominated book "The Shallows," argues that the internet and technology are dulling our brain's ability for deep reading and deep thinking. Because we are so used to instant information, we are becoming mere "consumers" of data rather than deep thinkers.

This is the educational warning from "Magnifica Humanitas." AI can provide instant answers, but if we get too used to them, our critical thinking, independent thought, questioning ability, and patience will weaken. We have to ask ourselves: "Is AI helping us think, or is it allowing us to stop thinking altogether?" We can use technology, but personal "formation" cannot be downloaded from the internet. Wisdom is not just a summary; it is the journey of seeking.

14. The data explosion and the search for truth

There was a time when the lack of information was our biggest problem. But today, thanks to the internet and social media, data is cheap and everywhere. In this era of information overload, figuring out "What is true?" has become our biggest challenge.

Today, AI can generate highly realistic videos of events that never happened (Deepfakes), flawlessly clone someone's voice to make them say things they never said, and write entirely fake news that sounds perfectly real. French philosopher Jean Baudrillard proposed the concept of "Hyperreality" years ago—a time when the line between reality and simulation blurs, and the fake becomes perceived as the real. Thanks to the rapid growth of AI, we have entered that hyperreal world.

In his 2024 World Communications Day message, Pope Francis strongly warned about AI-generated misinformation and the "cognitive pollution" it causes. Just as the air we breathe can be polluted, the social media environment where we think and interact is polluted with fake information.

Today, "Media Literacy" isn't just knowing how to use the internet. It goes far beyond asking "Where can I find this information?" to asking deep questions like: "Who created this?", "What is the source?", "Is this image real?", "Is that really their voice?", and "Can this be fact-checked?"

Recognizing the severity of this, Pope Leo XIV titled his 2026 World Communications Day message "Preserving human voices and faces," highlighting the absolute necessity of verifying the truth. When AI machines gain the ability to flawlessly imitate human voices, faces, intelligence, empathy, and trustworthiness, it isn't just data that gets questioned—human identity and our very relationships face a massive crisis.

15. We are connected, but are we close?

Digital communication has brought us very real benefits. A father living abroad can see his child on video; patients can join support meetings online. But there is a huge paradox here: "Connection" is not the same thing as deep human "Communion."

MIT professor Sherry Turkle, in her famous book "Alone Together," notes that we expect more from technology and less from each other. We are constantly connected to the network, yet we suffer in intense loneliness. A person might have thousands of online contacts, but not a single human being nearby to share their actual struggles with.

Now, AI is creating another challenge. An AI chatbot might always speak to us respectfully, be endlessly patient, remember everything we say, and make us feel deeply understood. But can a machine ever truly replace a real human relationship? No.

Real human relationships are messy and difficult. People misunderstand each other, get angry, and later apologize; relationships take time and effort. This friction and dynamism are what make us fully human. When a family is grieving, comforting "information" isn't enough; they need the physical "presence" of a human being to lean on. For a young person battling depression, "right answers" aren't enough; they need a person to just sit and listen. A patient doesn't just need words of comfort; they need a face, a voice, and a hand to hold.

16. The Attention Economy

Another crucial shift has happened in the digital world. Today, our "Attention" has become a massive economic value. Whether it's Facebook, Instagram, or YouTube, the longer you stay on their platform, the more profit the company makes. So, their algorithms learn exactly how to keep you chained to the screen.

What do you click? What makes you hesitate? What news makes you angry? Which video makes you laugh? What triggers you to buy something? After watching one video, what will you watch next? They accurately predict your emotions and choices. Nobel Prize-winning psychologist Daniel Kahneman explains that the human brain has a fast, intuitive system that easily falls prey to emotional stimuli. Digital platforms use this exact psychological vulnerability as their business model.

"Magnifica Humanitas" calls this the "Digital Attention Economy." This raises a new question about human freedom. Does freedom mean saying, "Nobody forced me; I'm watching this on my own"? Or is the real question, "Who is behind the screen designing the desires that I think I'm choosing freely?"

We are forced to ask ourselves: Are we using our mobile phones, or have our mobile phones learned how to use us?

17. Digital Footprints: Our actions become data

Every action we take online leaves a digital footprint. What we search on Google, where we go (location), what we buy, which photos we like, who we are friends with, how long we watch a video, and what we re-watch—everything is collected as data.

When all these scattered data points are combined, a highly detailed "digital profile" of a person is created. Harvard professor Shoshana Zuboff defines this as "Surveillance Capitalism." It is a new economic system that takes our private human experiences as free raw material, turns them into data, and sells predictions of our behavior for profit.

"Magnifica Humanitas" identifies this massive data collection as a new kind of dominating power. When data collection meets algorithms, it becomes possible to predict a person's habits, understand their desires, and often secretly manipulate their decision-making. Here, human freedom is deeply questioned again.

In the past, our question was, "Who is forcing me to act?" But today, the real question is, "Who is behind the screen shaping the environment in which I think I am acting freely?" Privacy, data ownership, and algorithmic influence aren't just technical IT issues; they are massive issues regarding fundamental human freedom and human rights.

Part 3: Responsibility – Human Dignity in the Digital Age

18. Technology, labor, and human dignity

If a machine can do a dangerous job instead of a human, that is a fantastic development. Saving humans from unnecessary risk is the best use of technology. But what happens if a company replaces humans with robots and automation simply to make "more profit"? This is where Catholic Social Teaching asks a very tough question.

For the Church, work isn't just a wage-earning activity. It is deeply tied to human participation, creativity, providing for a family, contributing to society, and personal self-worth. Human labor is not just an economic metric; it is a matter of human dignity.

When "Magnifica Humanitas" talks about automation and AI, it insists that the dignity of human labor must always remain central. Technology can make hard jobs easier, take over dangerous tasks, and handle boring repetitive tasks. But a human being should never be viewed merely as an "unnecessary cost" for the sake of financial profit.

We need to move past the old question of "How many jobs will AI take?" and ask new ones: "Will it create new jobs?", "Will people who lose their jobs get retraining?", "Who will get the new wealth generated by this technology? Will it be hoarded by a few?", "Will the poor fall even further behind?" Asking these questions based on social responsibility is what will make the future humane.

19. Digital Monopoly: Who owns the data?

Historically, power belonged to those who owned land. Later, factories held the power. Then, financial capital became the symbol of power. But do you know what the new resources of power are today? Data, algorithms, digital platforms, and the massive computing infrastructure required to run AI.

"Magnifica Humanitas" brings the Catholic Church's concept of social justice into this modern tech world. Today, the ownership of this data and digital infrastructure is concentrated in the hands of a few massive tech giants globally. As Oxford philosopher Luciano Floridi points out, we can divide the world today into two groups: "data generators" (us) and "data controllers" (them). This creates a completely new kind of inequality.

Let's look at a simple example: One person has high-speed internet, cutting-edge AI tools, and great digital literacy. Another person has no internet, an outdated device, no translation tools, and low digital skills. Even though both live in the "digital age," their opportunities are not the same.

An old question of the Church returns in a new form: "Where are the poor in this technological revolution?" Will technology reduce global inequality? Or will it only elevate the wealthy and those who control the tech, pushing those at the bottom permanently behind? Preventing Digital Monopolies and ensuring that the benefits of technology are shared equally is the greatest challenge of our time.

20. The power of technology and our responsibility

From the Church's perspective, technology is not inherently dangerous. It has cured diseases, given new opportunities to people with disabilities, connected families, expanded education globally, and pushed space exploration forward. Therefore, the problem is not the power of technology; the problem is in the application of that power.

This is where we must understand the concept of "Technological Solutionism," coined by technology sociologist Evgeny Morozov. It is the blind belief that a software or algorithm can magically fix all societal problems—whether it's politics, poverty, or education. But the truth is, a new app isn't going to eradicate poverty; only a change in the human heart can do that.

So, we must constantly raise important questions: Who determines the direction of technology? What human perspective guides it? Who benefits? Who pays the price? Who takes responsibility? By asking these questions, we can build our awareness against the "technocratic paradigm" that "Magnifica Humanitas" warns us about.

If efficiency, control, and profit are our only guides, eventually humans will be treated as mere "components" of a giant digital machine. Preventing that from happening is our foremost responsibility today.

21. Does technological progress make us "more human"?

Through "Magnifica Humanitas," a fundamental thought from Pope St. John Paul II is brought back to the forefront: "Does technological progress make human life more human?"

Whenever we adopt a new technology, we must ask some basic questions: Does this protect human respect? Does it strengthen our freedom? Does it serve the truth? Does it improve human relationships? Does it include the poor? Does it protect children? Does it preserve the dignity of human labor? Does it protect nature? Does it maintain human accountability? Does it foster the common good?

We don't ask these questions because we are afraid of or opposed to technology. We ask them precisely because we take technology so seriously. A human being is not just a computer that transmits data; they are a creation with a moral framework, a need for relationships, and spiritual depth.

22. Domination or Communion? (The Tower of Babel vs. The New Jerusalem)

Finally, Pope Leo XIV gives us two powerful Biblical events. The first lesson is the Tower of Babel. Here, the people have knowledge and excellent technical achievement. They come together to build a massive city and a tower. But their intention is flawed. It goes down the path of pride, self-sufficiency ("we don't need anyone's help"), power, control, and a uniformity that forces everyone to be the same.

The second lesson is the New Jerusalem. There is massive construction here too. But the people participate with love, not just as laborers. Everyone accepts shared responsibility. Relationships and the city are rebuilt together.

So, the question before us today is not "Do we want technology or not?" Instead, it is, "Are we building the Tower of Babel, or are we rebuilding Jerusalem?" AI and technology can serve Babel; that same AI can help build Jerusalem. Robotics can become a tool of domination for Babel; that same robotics can serve human dignity. Gene editing can be a tool for the powerful; that same technology can save a poor child's life.

Ultimately, it isn't the machine that decides what gets built; it is the direction of the human heart operating that machine.

23. Back to the beginning: Wonder, Wisdom, and Responsibility

Looking at AI speaking in a human voice, robots walking like humans, systems operating computers from the brain, gene editing, and quantum computing, we started this talk by saying, "It's a miracle!" And it is. We absolutely should celebrate the monumental achievements of human knowledge. Our social teachings do not tell us to run away in fear from the progress of the modern world.

But that Wonder must not stop at mere amazement; it must grow into Wisdom. Because as the power of technology increases, human Responsibility must increase as well.

"Technological maturity" doesn't just mean knowing "how to do it." True maturity is deeply understanding "Why are we doing it?", "For whom are we doing it?", "Where should we stop?", and "Who is responsible for the outcome?"

24. Humanity, forever

This is the greatest call "Magnifica Humanitas" makes to us. We do not need to compete with machines. A calculator will calculate faster than me. A computer will store more data than me. AI will read documents faster than me. A robot will lift many times my weight.

But human dignity does not lie in competing with the speed of a machine. A human being lives, loves, suffers, forgives, trusts, takes responsibility, builds relationships, discerns good from bad, seeks the meaning of life, and seeks God.

Artificial Intelligence can "imitate" a few of these expressions. But imitation can never be a substitute for authentic human experience.

Conclusion: What kind of builders are we? The future of technology is not a fully pre-written destiny. It is being built right now. It is being designed not just by scientists, engineers, governments, and corporations—but by teachers, families, priests, youth, and everyday users. We are all building it together.

Let us not run away from this digital age in fear. Instead, let's face it with three mindsets:

1. Wonder: Let's look at what human knowledge has achieved. Let's respect human creativity. Let's look at scientists and researchers with gratitude.
2. Wisdom: Just because something is possible does not mean it is good. Every technological achievement must stand before the standards of truth, respect, justice, and the common good.
3. Responsibility: We are not just users of the technological future; we are participants in building it. Instead of asking "What is AI going to do to humans?", the more important question is, "What kind of humanity are we bringing into the AI age?"

The Tower of Babel is possible; Jerusalem is also possible. One path uses power for domination; the other uses skill to build human communion. The machine might be the exact same; but the question is about the human using it. Let our machines become more efficient; let science grow deeper; let technology become more powerful. But let the human being never diminish. Because technological progress only becomes true human progress when it makes us "more human."

References

Baudrillard, J. (1981). Simulacra and Simulation. Editions Galilee.

Carr, N. (2010). The Shallows: What the Internet Is Doing to Our Brains. W. W. Norton & Company.

Clarke, A. C. (1973). Profiles of the Future: An Inquiry into the Limits of the Possible. Harper & Row.

Culkin, J. M. (1967). A schoolman's guide to Marshall McLuhan. Saturday Review, 50, 51-53.

DeepMind. (n.d.). AlphaFold. Google DeepMind. https://deepmind.google/science/alphafold/

Dicastery for the Doctrine of the Faith & Dicastery for Culture and Education. (2025). Antiqua et nova. The Holy See. https://www.vatican.va/roman_curia/congregations/cfaith/documents/rc_ddf_doc_20250128_antiqua-et-nova_en.html

Doudna, J. A., & Sternberg, S. H. (2017). A Crack in Creation: Gene Editing and the Unthinkable Power to Control Evolution. Houghton Mifflin Harcourt.

Downes, L. (2009). The Laws of Disruption: Harnessing the New Forces That Govern Life and Business in the Digital Age. Basic Books.

Feynman, R. P. (1982). Simulating physics with computers. International Journal of Theoretical Physics, 21(6-7), 467-488.

Figure AI. (n.d.). Figure. https://www.figure.ai/figure

Figure AI. (n.d.). Helix. https://www.figure.ai/helix

Floridi, L. (2014). The Fourth Revolution: How the Infosphere is Reshaping Human Reality. Oxford University Press.

Harris, T. (2017). How Technology is Hijacking Your Mind---from a Magician and Google Design Ethicist. Medium.

IBM. (n.d.). Quantum hardware. IBM Quantum. https://www.ibm.com/quantum/hardware

Jenkins, H. (2006). Convergence Culture: Where Old and New Media Collide. NYU Press.

John Paul II. (1979). Redemptor Hominis [Encyclical letter]. Vatican Press.

Jumper, J., et al. (2021). Highly accurate protein structure prediction with AlphaFold. Nature, 596(7873), 583-589.

Kahneman, D. (2011). Thinking, Fast and Slow. Farrar, Straus and Giroux.

Kranzberg, M. (1986). Technology and History: "Kranzberg's Laws". Technology and Culture, 27(3), 544-560.

Kurzweil, R. (1999). The Age of Spiritual Machines: When Computers Exceed Human Intelligence. Viking.

Moravec, H. (1988). Mind Children: The Future of Robot and Human Intelligence. Harvard University Press.

Morozov, E. (2013). To Save Everything, Click Here: The Folly of Technological Solutionism. PublicAffairs.

NASA. (n.d.). Artemis II. https://www.nasa.gov/mission/artemis-ii/

NASA. (n.d.). Artemis II mission milestones: An image and video recap. https://www.nasa.gov/centers-and-facilities/johnson/artemis-ii-mission-milestones-an-image-and-video-recap/

National Institutes of Health. (n.d.). Infant with rare, incurable disease first to successfully receive personalized gene therapy treatment. https://www.nih.gov/news-events/news-releases/infant-rare-incurable-disease-first-successfully-receive-personalized-gene-therapy-treatment

National Institutes of Health. (n.d.). The CRISPR revolution. https://www.nih.gov/about-nih/nih-turning-discovery-into-health-/transformative-technologies/crispr-revolution

Neuralink. (n.d.). Clinical trials. https://neuralink.com/trials/

Neuralink. (n.d.). Updates. https://neuralink.com/updates/

Nicolelis, M. A. L. (2011). Beyond Boundaries: The New Neuroscience of Connecting Brains with Machines---and How It Will Change Our Lives. Times Books.

OpenAI. (2024). Hello GPT-4o. https://openai.com/index/hello-gpt-4o/

Polanyi, M. (1966). The Tacit Dimension. Doubleday.

Pope Francis. (2024, January 24). Message of His Holiness Pope Francis for the 58th World Day of Social Communications. The Holy See. https://www.vatican.va/content/francesco/en/messages/communications/documents/20240124-messaggio-comunicazioni-sociali.html

Pope Francis. (2024, June 14). Address of His Holiness Pope Francis to the G7 on artificial intelligence. The Holy See. https://www.vatican.va/content/francesco/en/speeches/2024/june/documents/20240614-g7-intelligenza-artificiale.html

Pope Leo XIV. (2026, January 24). Message of His Holiness Pope Leo XIV for the World Day of Social Communications 2026: Preserving human voices and faces. The Holy See. https://www.vatican.va/content/leo-xiv/en/messages/communications/documents/20260124-messaggio-comunicazioni-sociali.html

Pope Leo XIV. (2026, May 15). Magnifica humanitas [Encyclical letter]. The Holy See. https://www.vatican.va/content/leo-xiv/en/encyclicals/documents/20260515-magnifica-humanitas.html

Postman, N. (1992). Technopoly: The surrender of culture to technology. Knopf.

Turing, A. M. (1950). Computing machinery and intelligence. Mind, 59(236), 433-460.

Turkle, S. (2011). Alone Together: Why We Expect More from Technology and Less from Each Other. Basic Books.

Zuboff, S. (2019). The Age of Surveillance Capitalism: The Fight for a Human Future at the New Frontier of Power. PublicAffairs.