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Wired for the Future: The Next Wave of Technological Evolution

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As we step deeper into the 21st century, the pace of technological advancement is accelerating at an unprecedented rate. What was once science fiction is rapidly becoming part of our daily lives. From artificial intelligence to quantum computing, upcoming technologies are not only transforming industries but also redefining what it means to be human in a digitally driven world.

The coming years will witness a wave of innovation across various sectors—healthcare, transportation, communication, energy, and education—bringing with them both enormous potential and complex challenges. These emerging technologies are poised to change how we live, work, interact, and think.

1. Artificial Intelligence (AI) and Machine Learning

AI is no longer limited to voice assistants or automated email filters. The next generation of AI will be more powerful, adaptive, and autonomous. Advancements in natural language processing, generative models, and deep learning are paving the way for AI systems that can think, reason, and even create.

In industries like healthcare, AI will soon assist doctors with real-time diagnosis by analyzing scans and patient data with greater accuracy than ever before. In finance, AI algorithms will be able to predict market trends with incredible precision. Even education is being transformed, with AI-powered tutors personalizing learning based on student performance.

The ethical implications, however, are just as significant. Questions about bias, data privacy, and job displacement will need careful consideration as AI becomes further integrated into society.

2. Quantum Computing

Quantum computing, still in its early stages, promises to revolutionize computing by solving problems that traditional computers cannot. Unlike classical computers that use bits (0s and 1s), quantum computers use qubits, which can represent multiple states simultaneously. This allows for exponentially faster processing.

Once fully developed, quantum computing could transform fields such as cryptography, drug discovery, materials science, and complex logistics. Imagine simulating the behavior of molecules to discover new medicines in days instead of years. Though mainstream adoption may still be a decade away, the groundwork is already being laid.

3. Biotechnology and Genetic Engineering

Technology is now reshaping biology. With breakthroughs like CRISPR gene editing, scientists can precisely alter DNA to eliminate genetic diseases, modify crops for resilience, or even potentially extend human life.

Synthetic biology—a growing field—enables the creation of entirely new organisms tailored for specific tasks, such as producing clean energy or cleaning up pollution. Personalized medicine, driven by genetic profiling, will allow treatments to be customized to an individual’s genetic makeup, improving outcomes and reducing side effects.

These possibilities bring ethical debates to the forefront: How far should we go in editing life? Who gets access to these technologies?

4. Extended Reality (XR): Virtual, Augmented, and Mixed Realities

Virtual Reality (VR) and Augmented Reality (AR) are merging into what is collectively known as Extended Reality (XR). This technology is moving beyond gaming into sectors like education, remote work, real estate, tourism, and mental health.

Imagine attending a virtual class where students from around the world interact in a lifelike simulation. Or touring a new home through AR glasses that overlay design options in real-time. XR is set to revolutionize the way we experience digital content, making it immersive and interactive.

5. Renewable Energy and Smart Grids

The future of energy is clean, decentralized, and smart. Advancements in solar and wind energy, coupled with energy storage technologies like next-gen batteries, are making sustainable power more viable than ever before. Smart grids, enhanced with AI, will allow dynamic energy distribution, reduce waste, and respond intelligently to consumption patterns.

Green hydrogen, a clean alternative to fossil fuels, is gaining momentum as a scalable solution for powering industries and transportation. If these trends continue, a carbon-neutral or even carbon-negative future may be within reach.

6. Brain-Computer Interfaces (BCIs)

Once the domain of speculative fiction, brain-computer interfaces are becoming reality. These technologies aim to connect the human brain directly to external devices, enabling control of machines through thought alone.

Companies like Neuralink are working toward devices that may help restore mobility to paralyzed individuals or treat neurological disorders. In the long term, BCIs could allow humans to interact with technology at the speed of thought, blurring the lines between biology and machines.

Conclusion: Embracing the Promise and the Responsibility

The technologies on the horizon hold immense promise—but also demand responsible innovation. As we embrace AI, quantum computing, biotechnology, and other breakthroughs, we must also invest in digital ethics, privacy protections, environmental sustainability, and equitable access.

The future isn’t just about faster machines or smarter algorithms—it’s about enhancing human potential while preserving what makes us human. As the future unfolds, our greatest challenge will be ensuring that these tools serve not just a few, but all of humanity.



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NBA star Tristan Thompson is bringing artificial intelligence to basketball fans

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Tristan Thompson is well-recognized for his career in the NBA, having played for teams like the Cleveland Cavaliers, the Boston Celtics, and the Los Angeles Lakers, to name a few. He was even part of the team that earned an NBA championship in 2016. But while Thompson’s basketball reputation precedes him, off the court, he’s focusing on his various entrepreneurial ventures.

When asked by Yahoo Finance’s Financial Freestyle podcast host Ross Mac if he would invest his final dollar in artificial intelligence or the blockchain, Thompson picked the industry that’s already projected to be worth $3.6 trillion by 2034.

“You see what Mark Zuckerberg’s paying for all these AI gurus? So I might go AI,” he said (see the full episode above; listen below).

Thompson has already made AI one of his entrepreneurial ventures with the launch of TracyAI, an artificial intelligence that’s meant to offer real-time NBA analysis and predictive insights.

“Imagine a sports analyst or commentator on steroids,” he explained to Mac. “What I mean by that is having all the high-level analytics that you cannot get from NBA.com and ESPN … the analytics are coming from the professional teams. We have certain data and access to certain companies that only professional sports teams have access to. And I was able to pull that data with my resources and put it into the AI agent.”

Thompson saw the venture as “low-hanging fruit,” as it was one of the few areas he hadn’t yet noticed artificial intelligence being worked into. Though AI is slowly finding its way into the sports industry, TracyAI offers basketball fans access to statistics and projections they may not have had through the typical channels, creating a unique fan experience.

Tristan Thompson of the Cleveland Cavaliers warms up before the game against the Portland Trail Blazers at the Moda Center on March 25, 2025, in Portland, Ore. The Cleveland Cavaliers won 122-111. (Alika Jenner/Getty Images) · Alika Jenner via Getty Images

Though Thompson admitted AI has created some of its own controversies, it’s a venture where he’s ready to invest some of his financial resources to capitalize on the industry’s projected rapid growth.

“For me, it’s like, if [AI is] covering so many sectors, how come it hasn’t got into sports?” Thompson said. “This is an opportunity where I can be a visionary and a pioneer … I’ve always had this grind, build-up mentality, so it just migrated easily into Web3. If you look at Daryl Morey, he said he used AI agents to curate his Sixers roster … that just shows you that’s the first domino effect into something great.”



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No, AI Is Not Better Than a Good Doctor

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Search the internet and you will find countless testimonials of individuals using AI to get diagnoses their doctors missed. And while it is important for individuals to take ownership of their healthcare and use all available resources, it is just as important to understand the process behind an AI diagnosis.

If you ask AI to figure out what ails you based on inputting a series of symptoms, the AI will use mathematical probability to calculate the appropriate sequence of words that would generate the most valuable output given the specific prompt. The AI has no intrinsic or learned understanding of what “body,” “illness,” “pain,” or “disease” mean. Such practically meaningful concepts to humans are, to the bot, just letters encountered in the training set frequently paired with other letters.

New research on AI’s lack of medical reasoning

Recently, a team of researchers set out to investigate whether AIs that achieved near-perfect accuracy on medical benchmarks like MedQA actually reasoned through medical problems or simply exploited statistical patterns in their training data. If doctors and patients more widely rely on AI tools for diagnosis, it becomes critical to understand the capability of AI when faced with novel clinical scenarios.

The researchers took 100 questions from MedQA, a standard dataset of multiple-choice medical questions collected from professional medical board exams, and replaced the original correct answer choice with “None of the other answers.” If the AI was simply pattern-matching to its training data, the change should prove devastating to its accuracy. On the other hand, if there was reasoning behind its answers the negative effect should be minimal.

Sure enough, they found that when an AI was faced with a question that deviates from the familiar answer patterns it was trained on, there was a substantive decline in accuracy, from 80% to 42% accuracy. This is because AI today are still just probability calculators, not artful thinkers.

Artful medical practitioners see, hear, feel, and recognize medical conditions in ways they are often not consciously aware of. While an AI would be thrown off by an unfamiliar description of symptoms, good doctors listen to the specific word choices of patients and try to understand. They appreciate how societal factors can impact health, trusting both their own intuitions and those of the patient. They pay close attention to all the presenting symptoms in an open-minded manner, as opposed to algorithmically placing the patient in a generic diagnostic box.

Healing is more than a single task

And yet, algorithmic supremacists are as confident as ever in their belief that human healthcare providers will be replaced by machines. In 2016, at the Machine Learning and Market for Intelligence Conference in my hometown of Toronto, Geoffrey Hinton took the mic to confidently assert: “If you work as a radiologist, you are like Wile E. Coyote in the cartoon. You’re already over the edge of the cliff, but you haven’t yet looked down … People should stop training radiologists now. It’s just completely obvious that in five years deep learning is going to do better than radiologists.”

Seven years later, well past the five-year deadline, Kevin Fischer, CEO of Open Souls, attacked Hinton’s erroneous AI prediction, explaining how tech boosters home in on a single behavior against some task and then extrapolate broader implications based on that single task alone. The reality is that reducing any job, especially a wildly complex job that requires a decade of training, to a handful of tasks is absurd.

As Fischer explains, radiologists have a 3D world model of the brain and its physical dynamics in their head, which they use when interpreting the results of a scan. An AI tasked with analysis is simply performing 2D pattern recognition. Furthermore, radiologists have a host of grounded models they use to make determinations, and, when they think artfully, one of the most important is whether something “feels” off. A large part of their job is communicating their findings with fellow human physicians. Further, human radiologists need to see only a single example of a rare and obscure condition to both remember it and identify it in the future, unlike algorithms, which struggle with what to do with statistical outliers.

So, by all means, use whatever tools you can access to help your wellness. But be mindful of the difference between a medical calculator and an artful thinker.





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Escape from Tarkov is finally coming to Steam ‘soon,’ developer says

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Following news that Escape from Tarkov is escaping its perpetual beta, the pioneering extraction shooter is also about to make its debut on Steam. Nikita Buyanov, head of the Battlestate Games studio that developed Escape from Tarkov, confirmed on X that the game’s Steam page “will be available soon,” only teasing that the full details will come later.

Buyanov’s confirmation comes less than a day after the developer posted a GIF on X of a man spraying steam from an iron. Earlier this month, Buyanov revealed on X that the looter shooter will get its 1.0 release on November 15, 2025, more than eight years after the beta opened up to players in July 2017, and that the studio has plans to port it to consoles. The Steam page for Escape from Tarkov isn’t live yet, and with only vague details to go off of, longtime fans already have burning questions. Most importantly, existing players are eager to know if they will have to buy the game again on Steam and how this change will affect the ongoing cheating problem.

While we don’t have any answers yet, Battlestate Games recently went into damage control mode when it revealed the Unheard Edition of the game that costs $250 and includes a new PvE mode. This move irked longstanding players who previously purchased another premium edition of the game, called the Edge of Darkness, which promised access to all future DLCs. The controversy boiled down to owners of the Edge of Darkness edition claiming they should have access to the new content, but the studio argued that it isn’t classified as DLC. In the end, Buyanov apologized for the debacle and promised the PvE mode would be available for anyone who purchased the Edge of Darkness package.



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