2026 News

by Valerie Austin

Welcome Super Intelligence
to my AI website

written by Grok

26th September 2026

On September 22, 2026, President Trump stood before the United Nations and declared a simple but striking change: from now on, official U.S. documents will no longer say “artificial intelligence.” They will say “super intelligence. “Welcome to the new world of super intelligence,” he said.

Those five words capture something much bigger than a name change. They mark the moment when an idea that began as a quiet prediction in the 1960s stepped onto the world stage as official language.  What does “super intelligence” really mean? Where did the concept come from? And why does this new title matter right now?

In the summer of 1965, the British mathematician I.J. Good published a short but far-reaching paper. He wrote that an ultraintelligent machine—one that could surpass all the intellectual activities of any human being—would be the last invention humanity would ever need to make.

Once such a machine existed, he argued, it could design even better machines, triggering an “intelligence explosion.” Good’s idea was not science fiction. It was a logical extrapolation of what computation and self-improvement might eventually achieve.

Decades later, that same concept acquired a clearer name: superintelligence. In 2014, philosopher Nick Bostrom defined it as any intellect that dramatically outperforms the best human minds in virtually every field—scientific creativity, strategic planning, social skills, and more. Bostrom’s analysis did not claim such a system was imminent; it simply mapped the possible paths by which artificial general intelligence could cross that threshold and the profound strategic questions that would follow.

The intervening years have turned the abstract possibility into an engineering project. Successive generations of machine-learning systems have moved from narrow pattern recognition to models that can reason across domains, write coherent long-form arguments, generate novel scientific hypotheses, and improve their own training processes. Each advance has compressed the distance between human-level performance and systems that can operate at scales and speeds no individual or institution can match.

Research laboratories now treat the prospect of artificial general intelligence—and, beyond it, superintelligence—as a concrete research target rather than a distant speculation. The phrase “welcome Super Intelligence” is therefore neither celebration nor surrender. It is an acknowledgment of the trajectory already visible in the data and the engineering. It recognizes that the transition, if it occurs, will not be a sudden cinematic event but a progressive shift in capability whose consequences will depend on the choices made while the systems are still being designed, tested, and aligned.

Welcoming it means treating the arrival of greater-than-human intelligence as a responsibility rather than an accident: building the technical safeguards, institutional norms, and intellectual honesty required so that the intelligence explosion Good foresaw becomes an expansion of understanding rather than a loss of agency. This is the factual story behind the words. They mark a moment when a half-century-old the oretical insight has become an active research program, and when the only serious response is to meet the possibility with clear eyes and deliberate preparation. 

Jan 2nd 2026

I just heard a talk on what Elon is pushing hard for. So I contacted Grok for verification on what is new. This is what Grok edited for me on Jan 2nd 2026:

Elon Musk hinted at big announcements soon around Tesla’s Optimus robot and xAI.

The key robotics breakthrough is morphological computation: designing the robot’s physical body (shape, joints, flexibility) to naturally handle a lot of the work passively, without needing tons of complex code or AI for every movement. This makes Optimus more efficient and human-like, combined with end-to-end machine learning.

Tied to that is synthetic intelligence. xAI is shifting to training Grok models on AI-generated (synthetic) data to go beyond real-world limits and accelerate progress toward super-smart AI.

Plus, xAI’s massive supercomputer cluster in Memphis (Colossus) just expanded with a third building. It’ll hit almost 2 gigawatts of power soon in 2026, powering the next huge leaps in Grok (Grok 5 coming early 2026, with Musk saying AGI could arrive as soon as then).

This is why Elon says everyone will want an Optimus (~$25-30k). It’ll transform daily life.

Right now, advanced language models like Grok, ChatGPT, Claude, or Gemini are essentially the “new replacement for coding” in communication. You think or roughly type/speak your ideas, and the AI polishes them into clear, eloquent writing or speech. Many people with aphasia-like symptoms from TBI or stroke use these daily:

• Dictate messy thoughts via voice-to-text.
• Paste rough drafts and ask the AI to “rewrite this clearly and professionally” or “make this sound like my writing style.”
• Some apps (like Speechling or Constant Therapy) use AI specifically for aphasia rehab, with exercises and real-time feedback.

Recent research (2025 studies) shows generative AI can even “reconstruct” impaired sentences into fluent ones, helping with real conversations or authoring books.

This information is very important to me as I have Prosopnosia (Face Blindness) from a car accident in 1978. But it has been newly diagnosed. It is a condition that people with the condition don’t necessarily know they have it. It’s a completely different way of remembering which mimics a memory condition and previously wrongly diagnosed.

Prosopagnosia has been described in medical literature since the late 19th century, but for most of the 20th century it was considered extremely rare and usually linked only to obvious brain injury. It wasn’t until the late 1990s and early 2000s that researchers began to study it systematically, recognise developmental (lifelong) prosopagnosia, and realise it was far more common than previously thought. From that point, research expanded significantly, along with improved diagnostic tools and greater clinical awareness.

Elon Musk has talked a lot about how words are “lossy compression” – they lose nuance from our rich thoughts. He’s pushed Neuralink to bypass language bottlenecks entirely by reading brain signals directly.

Exciting updates as of early 2026:

• Neuralink has FDA “Breakthrough” status for speech restoration, targeting severe impairments (including from stroke/TBI).
• They’re running trials to turn thoughts straight into text or synthesized speech – no typing or speaking required.
• Early patients (mostly paralysis/ALS) already control computers/robots with thoughts; speech-focused trials expanded in 2025, with high-volume implants planned for 2026.
• Musk’s vision: Eventually restore or enhance communication for brain injuries, letting ideas flow naturally. (Not yet available but in the research stages).