Artificial Intelligence

Charlie Warzel argues that generative AI can create a collective sense of unreality. (He calls it a “mass-delusion event.”) (The Atlantic).
The claim matters because Thai society faces rapid AI adoption in schools, offices, and daily life.

Warzel opens with a disturbing example of a reanimated teenager.
The interview used AI to mimic a dead voice with family consent. (The Atlantic).

The example shows how generative tools can cross moral lines.
The story also shows how deep grief and technology can mix in harmful ways. (The Atlantic).

Hundreds of millions of people use ChatGPT and similar chatbots each week. (The Washington Post)
Researchers and clinicians now warn that intense use can trigger harmful beliefs in some users. (The Washington Post)

The concern has a name online. It is called “AI psychosis.” (The Washington Post)
Experts say the label is informal and not a clinical diagnosis. (The Washington Post)

The phenomenon matters to Thailand. The country already faces a heavy mental health burden. (World Health Organization)
Thai adolescents and young adults show particularly high rates of depression and suicidal behavior. (The Nation)

A former Google executive says long degrees in law and medicine risk becoming obsolete.
He warns that AI may match or surpass human expertise by the time students graduate (Yahoo/Fortune).

This claim matters for Thai students and policymakers planning careers and education investments.
Many Thai families view professional degrees as secure paths to social mobility and stable incomes.

The former Google AI team founder made the remarks in recent interviews with business press.
He said doctoral and long professional programs take years while AI evolves rapidly (Yahoo/Fortune).

A prominent technology industry veteran who previously led artificial intelligence initiatives at Google has sparked intense debate across Thailand’s education sector with provocative warnings about the future relevance of traditional professional degrees. Speaking during recent high-profile media interviews, this former executive delivered a stark message that could fundamentally reshape how Thai families approach their children’s educational investments and career planning strategies.

The core argument centers on a compelling temporal mismatch between the rapid advancement of artificial intelligence capabilities and the extended duration required to complete prestigious professional programs. According to this technology leader’s analysis, students entering law school or medical programs today may discover that artificial intelligence systems have achieved or exceeded human-level expertise in these fields by the time they complete their degrees and begin practicing.

A new multicentre study found doctors became worse at spotting polyps after short-term AI exposure. The drop raises concern about rapid clinical dependence on AI-assisted tools (Lancet study) (PubMed abstract).

The study analysed colonoscopies at four Polish centres before and after AI introduction. The findings suggest real-world skill changes when clinicians rely on AI prompts (Lancet Gastroenterology & Hepatology study).

The study matters to Thai readers because colorectal screening saves lives. Thailand faces rising colorectal cancer rates that demand effective detection and trained doctors (Current Colorectal Cancer in Thailand).

A new wave of research shows students now use generative AI as a routine tool.
The change has reshaped study habits and classroom expectations worldwide (The Atlantic).

The Atlantic reported that almost a full undergraduate cohort began college after ChatGPT launched in late 2022.
The article warned that campus life and teaching methods have shifted fast (The Atlantic).

A global academic survey confirms student uptake.
Researchers found 71 percent of surveyed higher-education students had used ChatGPT by early 2024 (PLOS ONE study).

Thailand’s universities face an unprecedented transformation as artificial intelligence becomes as common as textbooks in lecture halls. What began as a technological curiosity has evolved into the defining characteristic of a generation that will reshape Thailand’s workforce and economy.

The Generation That Never Knew Life Without AI

Recent international research reveals a stunning reality: 71 percent of university students worldwide now use ChatGPT regularly, according to a comprehensive study spanning 109 countries and involving over 23,000 participants. This isn’t just a trend—it’s a fundamental shift that arrived faster than university administrators could adapt.

A team at the Massachusetts Institute of Technology (MIT) has used generative artificial intelligence to design two entirely new antibiotic compounds that killed drug‑resistant Neisseria gonorrhoeae (gonorrhoea) and methicillin‑resistant Staphylococcus aureus (MRSA) in laboratory tests and in mouse infection models. The work, reported in the journal Cell and described by MIT and international media, shows an AI system exploring more than 36 million theoretical molecules to find novel structures that act on bacterial membranes and a previously untargeted protein, producing two lead candidates labelled NG1 (for gonorrhoea) and DN1 (for MRSA). The researchers say the discovery could widen the pipeline for urgently needed antibiotics, but the compounds still require medicinal refinement and years of safety and human trials before they reach patients (MIT News).

Revolutionary artificial intelligence has just achieved what traditional drug discovery couldn’t: creating entirely new antibiotics that successfully killed drug-resistant gonorrhoea and MRSA superbugs in groundbreaking laboratory studies. Scientists at the Massachusetts Institute of Technology deployed sophisticated generative AI systems to explore an unprecedented 36 million theoretical molecular structures, ultimately designing two promising antibiotic candidates—NG1 targeting gonorrhoea and DN1 combating MRSA—that demonstrated remarkable effectiveness in both laboratory testing and mouse infection models.

Revolutionary Approach to AI Safety Could Transform Thailand’s Tech Landscape

Geoffrey Hinton, the Nobel Prize-winning architect of modern neural networks universally recognized as the “godfather of artificial intelligence,” delivered a groundbreaking message at a major industry summit that could reshape Thailand’s approach to AI development. Speaking to hundreds of researchers and policymakers, Hinton argued that humanity’s survival depends not on controlling superintelligent machines, but on engineering them to genuinely care for human welfare — what he provocatively termed “maternal instincts” in AI systems.

Geoffrey Hinton, a pioneer of modern neural networks often called the “godfather of AI,” told an industry conference that the only reliable way for humans to survive the arrival of superintelligent artificial intelligence is to build machines that genuinely care for people — what he described as instilling “maternal instincts” into advanced AI systems. He argued conventional strategies that try to keep AI submissive will fail once machines become far smarter than humans, and urged researchers to prioritise ways to make AI protective of human life and dignity (CNN report).

A new New York Times roundup of 21 concrete ways people are using artificial intelligence at work shows how rapidly generative models and custom A.I. systems have moved from curiosity to daily tools — speeding routine tasks, augmenting specialist skills and nudging whole professions to rethink how work gets done ( New York Times interactive: “21 Ways People Are Using A.I. at Work” ). From chefs choosing wines and designers fixing photographs, to doctors dictating clinical notes and prosecutors checking paperwork, the examples make a clear point: A.I. is not a single future event but thousands of small, pragmatic changes already affecting work lives. For Thai employers, educators and policymakers, the challenge is to capture productivity gains while managing risks to equity, skills and public trust.

A quiet revolution is sweeping through Thailand’s corporate landscape, fundamentally altering how millions of professionals approach their daily responsibilities. From the gleaming towers of Bangkok’s financial district to bustling family restaurants in Chiang Mai’s old quarter, artificial intelligence has evolved from experimental novelty to indispensable business tool, driving unprecedented productivity gains while creating new pathways for economic advancement across the kingdom.

Recent workplace transformation studies reveal twenty-one distinct AI applications now transforming Thai professional environments, demonstrating measurable impacts on efficiency, creativity, and strategic decision-making. These technological innovations are reshaping entire industries while generating critical insights for Thai employers, educational leaders, and government officials seeking to harness AI’s potential while safeguarding workforce development and maintaining public trust in emerging technologies.

A complex technological reality is emerging across Thai households, schools, and workplaces as artificial intelligence demonstrates remarkable capabilities for enhancing daily productivity while simultaneously presenting significant risks through convincing but fabricated information. Technology experts conducting extensive real-world testing reveal AI’s genuine strengths in creative problem-solving, content generation, and routine task automation, yet consistently emphasize these same systems produce concerning inaccuracies when users expect authoritative research quality or professional consultation reliability.

Tech writers testing the latest generative tools say the secret is not that AI will change everything tomorrow, but that it already helps with specific, everyday tasks — while still making serious mistakes when asked to be an authoritative source. In a recent Verge bonus episode, the publication’s senior reviewer and colleagues described practical uses — from smoothing children’s bedtimes to planning cross-country moves and quickly prototyping game code — but warned the tools “definitely … fall short” in important ways (The Verge). That mixed verdict mirrors peer‑reviewed findings showing large language models (LLMs) can be useful for drafting and brainstorming, yet produce “hallucinated” or fabricated references and factual errors at nontrivial rates when used as research assistants (JMIR study; arXiv survey). For Thai readers — parents, teachers, clinicians and small-business owners — the immediate question is practical: how to use generative AI to save time and spark ideas, while guarding against errors that could mislead decisions in health, education and tourism.

A remarkable transformation is reshaping San Francisco as artificial intelligence triggers what economists are calling a new “gold rush,” fundamentally altering urban dynamics in ways that hold profound implications for Thailand’s rapidly digitalizing economy. The phenomenon encompasses venture capital flooding into AI startups at unprecedented levels, downtown office markets experiencing dramatic shifts, and cultural tensions emerging between technological advancement and human workforce concerns. According to comprehensive reporting from the Los Angeles Times, this transformation manifests through visible cultural markers including public exhibitions that demystify AI for families, provocative billboard campaigns addressing automation anxiety, and a surge of AI companies whose location and hiring decisions are restructuring entire neighborhoods.

San Francisco is in the midst of what some call a new “gold rush” as artificial intelligence upends downtown office markets, fuels a surge in venture capital and splashes AI messaging across neighborhoods from Mission to the waterfront, according to a recent report by the Los Angeles Times. The city’s transformation is visible in a summer exhibit at the Exploratorium, billboards that both mock and court human workers, and a rapid inflow of AI startups whose funding and leasing decisions are already reshaping downtown real estate and civic life. This story matters to Thai readers because the forces remaking San Francisco — concentrated venture capital, rapid tech-led hiring, changing office demand, public anxiety over job displacement and the cultural response to technology — are surfacing now across Asia. Thailand’s universities, policymakers, entrepreneurs and workers can draw practical lessons from how a global AI boom plays out in a compact, historically and culturally dense city like San Francisco (Los Angeles Times).

The surge of generative artificial intelligence platforms like ChatGPT is transforming how students in Thailand and around the world approach learning, challenging the long-standing dominance of traditional study guides and educational aids. OpenAI’s recent launch of a “study mode” for ChatGPT, designed as a virtual tutor leveraging the Socratic method, alongside Google’s suite of new study tools, signals the growing shift from textbooks and online homework helpers toward AI-powered platforms. This development, echoing trends in Western academic communities and now quickly gaining traction among Thai university and high school students, has broad implications for the future of education in the Kingdom.

A quiet revolution unfolds in Thailand’s university libraries and dormitories as artificial intelligence fundamentally reshapes how students approach learning. OpenAI’s sophisticated ChatGPT study mode, designed to emulate the ancient Socratic questioning method, represents just one facet of a technological transformation that challenges centuries-old educational practices across the Kingdom. This shift from textbook memorization to AI-powered dialogue marks a pivotal moment for Thai academia, where traditional respect for teachers and structured learning now intersects with algorithmic assistance. The implications extend far beyond individual study sessions, potentially redefining Thailand’s educational identity for generations of students who will navigate careers in an increasingly AI-integrated world.

Silent digital armies now patrol the internet, wielding artificial intelligence weapons that can precisely target individual minds with surgical precision, according to groundbreaking security research from Vanderbilt University. These sophisticated influence operations, spearheaded by Chinese technology firm GoLaxy, represent a quantum leap beyond the crude social media bots that disrupted global elections in previous years. Unlike their primitive predecessors, these AI-powered propaganda systems don’t simply flood platforms with obvious misinformation—they study human psychology, learn cultural nuances, and craft personalized persuasion campaigns that feel authentically local while serving foreign interests.

A seismic shift is quietly reshaping the global technology labor market, with Thailand’s ambitious digital transformation goals colliding headfirst with an artificial intelligence revolution that’s already eliminating entry-level opportunities for young professionals. Goldman Sachs economists have documented the first measurable impacts of generative AI on employment patterns, revealing that workers under 30 in technology fields are experiencing unprecedented displacement as companies discover they can automate tasks previously requiring human expertise. This trend arrives at a particularly challenging moment for Thailand, where government initiatives to build a digital economy depend heavily on cultivating local tech talent just as those pathways become increasingly automated.

A new wave of artificial intelligence (AI)-powered propaganda campaigns has arrived, leveraging advanced generative technologies to subtly manipulate public opinion on a massive scale, according to a recent exposé by security researchers at Vanderbilt University The New York Times. Their report highlights operations led by Chinese tech firm GoLaxy, whose AI-driven influence tactics mark a stark escalation from the simplistic, bot-based interference attempts seen during previous American elections.

Unlike the low-quality, mass-messaging bots that sowed discord around the U.S. elections in 2016 and 2020, today’s AI-enabled campaigns are surgically precise, relentless, and nearly undetectable in their ability to shape digital conversations. This newest chapter in “grey-zone” information warfare raises urgent questions for democracies worldwide—including Thailand—about how to protect their public spheres and national debates from invisible manipulation orchestrated from abroad.

The introduction of generative artificial intelligence (AI) is already beginning to shift the landscape of the global labor market, with young technology workers experiencing the first tangible impacts, according to the latest analysis from Goldman Sachs economists. While sweeping workforce changes have yet to occur, new research and employment data suggest that AI is quietly, but unmistakably, starting to reshape hiring practices and job security—particularly among early-career employees in the tech sector (CNBC).

Recent statements from the CEO of Google DeepMind have stirred debate in the global health community, suggesting that artificial intelligence (AI) could, in the near future, replace many functions carried out by doctors—but not those of nurses. As AI’s role in healthcare evolves rapidly, this commentary raises urgent questions for healthcare delivery, patient experience, and the future of medical professions in Thailand and beyond (nurse.org, livemint.com).

Demis Hassabis, CEO of Google DeepMind, explained his rationale during a recent interview, observing that modern AI is already adept at analyzing vast troves of medical data, interpreting diagnostic images, and recommending treatment protocols. “AI’s remarkable capacity to analyze enormous amounts of medical information—scans, test results, patient histories—means it can often arrive at a diagnosis faster and, sometimes, more accurately than humans,” he reportedly said (nurse.org). Yet, he was unequivocal about the limits of this technology: while AI may someday take over certain physician tasks, it lacks the intrinsic human qualities that make nurses indispensable.