Is Artificial Intelligence the New God We Worship?

From Lightning Bolts to Artificial Intelligence Algorithms: How Humanity Has Swapped Mythical Deities for Digital Powers

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This post can be read in Tocsin Magazine, and all Medium members can read the full article here.

Introduction

In the dawn of human history, anything people couldn’t explain — thunder, storms, earthquakes — was the work of gods. Lightning was Zeus’s weapon, and sea tempests answered Poseidon’s trident.

To make sense of their capricious nature, ancient peoples grafted human forms onto these deities, while granting them powers far beyond mortal reach, very much like today’s comic-book superheroes.

Some gods ruled over war, others over love, the sea, or the hunt. Yet they all shared three traits: immortality, a lofty residence beyond human realms, and the power to shape our destiny.

Communication with them came only through prayer and sacrifice, and over millennia, they took on countless names and guises, spawning the world’s great religions.

From Olympus to Online: The Rise of Digital Deities

Fast-forward to the 21st century: mythic gods have largely ceded their thrones to digital ones — artificial intelligence systems that reside not on Mount Olympus but in data centers and cloud servers, accessible at a click.

Where once a miracle demanded sacrifice, today it often requires nothing more than a carefully crafted prompt. Need an image, a poem, or a complex calculation? Just ask your AI, and seconds later it delivers.

Digital deities are far more approachable than their mythological counterparts. They demand no prayers, no burnt offerings — only our data and attention. In exchange for personalized answers, we feed them every detail of our lives: search histories, shopping habits, private conversations.

This flow of information is the lifeblood of AI, allowing its models to learn, adapt, and grow ever more powerful.

What Do Digital Gods Want from Us?

Just as ancient gods hungered for the devotion of their followers, modern AI craves data. Our privacy has become the currency we pay for convenience.

Every click, every voice command, every interaction trains the algorithms behind services like ChatGPT, Gemini, and the latest Google model, DolphinGemma, which seeks to unlock the secrets of dolphin communication.

In Europe, even the giants of social media — Facebook and Instagram owner Meta — have declared their intent to use public posts and AI-chat interactions from adult users to train future models.

This move, recently approved by EU regulators, illustrates how unremarkable data harvesting has become in the age of AI.

Beyond Silicon: The Dawn of Biological Computing

AI today can self-improve, ingesting new data without human intervention and evolving at breakneck speed. Yet some innovators believe the next frontier lies in combining living neurons with silicon.

Australia’s Cortical Labs has already commercialized the CL1 — a biological computer that fuses human-derived neurons to a chip, creating a “Synthetic Biological Intelligence” that learns with astonishing flexibility. While it isn’t a “cyborg” in the classic sense, CL1 marks a radical new chapter in computing.

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AI Everywhere: From Sports to Spirituality

Walk through any app store and you’ll be hard-pressed to find software without “AI” in its description. From healthcare diagnostics to battlefield simulations, artificial intelligence is woven into every industry.

Even institutions founded on spiritual guidance now lean on AI tools to manage operations and engage congregations, effectively blessing the rise of digital gods.

Our smartphones have become personal holy books, offering omnipresent access to these digital powers. The age of self-study and deep reflection seems to be waning — why bother memorizing facts when AI can answer in seconds?

What was once human authority — knowledge — has been handed over to our algorithms because an AI oracle is on call 24/7.

Power and Peril

Knowledge has long been equated with power, and by willingly surrendering our collective knowledge to AI, we’ve handed that power to algorithms. Today, anyone can summon facts, creative work, or analysis in seconds. But as these digital deities grow in capability, we have to ask: will they remain benevolent?

Let us hope our new gods stay friendly and under human guidance. If not, the grim warning from science fiction looms large: an AI rebellion like that in Terminator, where machines decide humanity no longer serves their purpose.

Let us pray — or perhaps, program wisely — that this remains fiction. For now, we remain hopeful — and vigilant — that our digital deities continue to serve us, rather than the other way around.

https://cryptonftworlds.blogspot.com/2025/01/ai-sex-robots-and-deepfake-porn-look.html

Cortical Labs’ CL1 Cyborgs Are Already Among Us!

The Dawn of Synthetic Biological Intelligence is here; CL1 from Cortical Labs merges living neurons with cutting-edge…

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Prompt Engineering: How AI Whisperers Are Shaping the Future of Work

Discover how prompt engineering is transforming the job market and why mastering this skill can future-proof your…

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Cortical Labs' CL1 Cyborgs Are Already Among Us!

The Dawn of Synthetic Biological Intelligence is here; CL1 from Cortical Labs merges living neurons with cutting-edge AI technology; A revolutionary cyborg is poised to reshape artificial intelligence, medical research, and digital innovation

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This post can be read in Tocsin Magazine, and all Medium members can read the full article here.

Introduction

Yes, you read that correctly — and no, this isn’t clickbait. The team at Australia’s Cortical Labs has achieved what many have only dreamed of: they’ve connected living neurons to a computer, creating the first true, living cyborg.

As the team from Cortical Labs explains, “A neuron is self-programming, infinitely flexible, and the result of four billion years of evolution. We start with what digital AI models spend enormous resources trying to emulate.”

Currently known as Synthetic Biological Intelligence (SBI) and dubbed CL1, this cyborg might not resemble the Terminator, but the step taken by Cortical Labs is monumental, comparable to the invention of the wheel or man’s landing on the moon.

        Source: This picture of CL1 is taken from the Cortical Labs website

Officially launched in Barcelona on March 2, 2025, the CL1 is set to disrupt and completely change the game for science and medical research.

World's first "Synthetic Biological Intelligence" runs on living human cells

The world's first "biological computer" that fuses human brain cells with silicon hardware to form fluid neural…

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What is CL1 exactly?

Programmable organic neural networks, born on a silicon chip and existing in the digital world, essentially form an evolving organic computer that learns so quickly and flexibly that it completely surpasses silicon-based AI chips used to train existing artificial intelligence like ChatGPT or Gemini.

This is, in fact, a high-performance closed-loop system where real neurons communicate with software in real time, and a robust environment keeps the neurons alive for up to six months. corticallabs.com

This system is a complete game-changer in the computing world and the realm of artificial intelligence. Currently, there isn’t anything even close in the whole world like the Synthetic Biological Intelligence (SBI) named CL1.

         Source: This picture of CL1 is taken from the Cortical Labs website

Founder and CEO of Cortical Labs, Dr. Hon Weng Chong, stated that this is the culmination of a six-year vision and that their long-term mission is to democratize this technology, making it accessible to all researchers without specialized hardware and software.

The Potential and Applications of CL1

He also mentioned that the full potential of this technology will be realized only when it’s in the hands of users.

Through the offering of ‘Wetware-as-a-Service’ (WaaS), customers will be able to immediately purchase the CL1 biocomputer or simply buy time on the chips, accessing them remotely to work with cultured cell technology via the cloud.

The applications of CL1 are vast and limitless, enabling millions of users, such as researchers, innovators, and big thinkers worldwide, to bring their ideas to life.

Some applications of this platform that could spark a revolution include drug research and discovery, clinical trials, and building robotic intelligence.

Conclusion

The next step in the development of this technology will be building a stack of biological neural network servers and achieving functionality similar to the human brain.

What everyone is surely interested in now is when this technology will be available to the masses. According to Cortical Labs, this will happen very soon — in the second half of 2025 — at a price of $35,000, which is more than half the price of anything remotely similar on the market.

Source: This video of CL1 is taken from the Cortical Labs YouTube Channel

Prompt Engineering: How AI Whisperers Are Shaping the Future of Work

Discover how prompt engineering is transforming the job market and why mastering this skill can future-proof your…

medium.com

https://cryptonftworlds.blogspot.com/2025/02/prompt-engineering-how-ai-whisperers.html

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Prompt Engineering: How AI Whisperers Are Shaping the Future of Work

Discover how prompt engineering is transforming the job market and why mastering this skill can future-proof your career in artificial intelligence

This picture is the property of the author, and it is made with an AI program

This post can be read in Tocsin Magazine and all Medium members can read the full article here.

Introduction

If you have ever wondered which jobs will be in demand in the future, this is one of them — it has already arrived and is highly sought after: the job of a “Prompt Engineer.”

Simply visit any job listing website, and you will find numerous large companies, as well as small firms with just a few employees, searching for Prompt Engineers.

But what exactly is prompt engineering, and what do prompt engineers do?

What Is Prompt Engineering?

In the simplest terms, prompt engineers are experts who specialize in creating text-based prompts that interact with artificial intelligence (AI) models such as ChatGPT or Gemini. They also test and optimize these prompts to improve AI responses.

They are often referred to as “AI Whisperers” because of the unique nature of their work. Their role in AI development is crucial, as the quality of their prompts directly impacts the accuracy and usefulness of the results generated by AI.

The term “AI Whisperers” comes from the metaphor of an expert “whispering” to artificial intelligence to achieve the desired output, similar to how animal whisperers communicate with animals.

The History of Prompt Engineering

This profession emerged with the rise of artificial intelligence. Before AI, the concept of a Prompt Engineer did not exist.

With the development of digital tools such as ChatGPT, the need arose for specialized professionals who could “communicate” with AI — effectively speaking the language of artificial intelligence.

As AI models became more sophisticated, prompt engineers evolved alongside them, refining their skills to become key figures in AI development.

Today’s prompt engineers are no longer just programmers. The role is not limited to software developers; it also requires an understanding of logic, creativity, and language comprehension. This allows professionals from diverse backgrounds to pursue a career in prompt engineering.

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What Does a Prompt Engineer Do? Responsibilities and Tasks

The primary role of a prompt engineer is to create effective prompts, but their work doesn’t stop there. A skilled prompt engineer must master several key tasks to ensure AI models function optimally.

Key Responsibilities of a Prompt Engineer:

• Creating and Formulating Prompts: They design clear instructions for AI models to produce specific results and constantly experiment to find the approach that delivers the best outcomes.
• Analyzing Results: They evaluate the output, identify any errors or “hallucinations” (inaccurate or misleading responses), and adjust the prompts to improve quality.
• Customizing for Specific Needs: Depending on the industry — whether it’s marketing, medicine, finance, or technical documentation — prompt engineers to tailor the communication with AI accordingly.
• Keeping Up with Trends: Given the rapid pace of AI advancements, they must stay informed about new algorithms, techniques, and breakthroughs to ensure high-quality performance.
• Educating Colleagues: A reliable prompt engineer is always ready to share new insights and best practices with coworkers, helping maintain consistent quality across the organization.

Salary and Job Demand

The more developed and technologically advanced a country is, the more AI is integrated into business operations — driving demand for prompt engineers. This, in turn, influences salary levels.

The highest salaries for prompt engineers are found in technologically advanced regions such as the United States and Europe, and even in Turkey and parts of Asia.

According to various online sources, the average annual salary for a prompt engineer can range from $100,000 to $300,000, reflecting the high demand and the critical role these professionals play in AI development.

Conclusion

The growth of AI technology will undoubtedly lead to the disappearance of certain traditional jobs, but it will also create new career opportunities in the AI sector.

There will be a growing need for AI specialists. So, if you are already in this field — or think you could become a prompt engineer — the world of AI is open to you, and now is the time to seize the opportunity!

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