The Anti-AI Resistance Is Here

The AI resistance is building. Across social media, a growing number of people are expressing their frustration with the spread of AI technology, even as corporations and governments spend more and more money on AI development. But that’s not the only thing that’s going on. Let’s take a look at why humans are becoming increasingly anti-AI, and how the human-AI divide might change in the future.

Quantum Knots Created Matter, Physicists Say

In a recently published paper, a group of physicists outlined a new theory which might explain why our universe contains solid matter. According to the paper, the universe was at one point filled with tiny knots made up of pure energy. This sounds crazy, but the paper’s implications could rock the world of physics. Let’s take a look.

I was SO wrong about quantum computing.

Two years ago, I predicted that the hype around quantum computing would crash by 2024. With 2025 almost over, it’s clear that I was wrong. Let’s take a look at why quantum hype is still peaking, news about mass producing quantum computers, and the U.S. government’s role in all of this.

Finally, Real Battery Breakthroughs!

Our shift towards renewable energy relies on battery technology. Governments all over the world have poured money into battery research, which is why science press headlines are filled with new, eye-popping headlines promising a new revolution in battery technology each week. Most of that news is just hype, but science is actually bringing change to the world of batteries. Let’s take a look.

These Mathematicians Don’t Believe Large Numbers Exist. I’m Serious.

In our current understanding of mathematics, space and time extend infinitely and are made of infinitely many points of size zero. But according to a small group of physicists and mathematicians, this reliance on infinities has led us astray, forcing researchers to create strange concepts like multiverses or cosmological constants in order to explain away unwanted infinities. This sounds a bit kooky, but there might be something to it. Let’s take a look.

Mysterious “Dark Star” Made of Dark Matter Spotted in Webb Telescope Data (Maybe)

Dark stars, in theory, are stars fueled by burning dark matter – these theoretical stars burn faster and brighter than normal stars, though we haven’t actually seen any to date. At least, until now – according to a group of physicists, four objects in recent data collected by the James Webb Telescope match the theoretical properties of dark stars. Let’s take a look at whether or not these anomalies might actually be the dark stars we’ve been promised.

Physicist Discover Hidden Rules of Life

Physicists really do believe that their discipline is the basis for all other sciences because, well, it is. Recently, physicists have been applying physics to biology, using physics principles to predict how life itself evolves. Let’s take a look.

Whatever happened to the Electric Vehicle Revolution?

How is our supposedly glorious transition to electric vehicles going? Last year I said that I expect a shift towards more hybrid vehicles. Was I right, was I wrong? Let’s have a look at the problems the EV industry faces and what role hybrids play in the electric transition.

Physicist Solves 100 Year Old Problem. Really?

The idea that the constants of nature are not actually constant has been around since at least the 1930s. Physicists across the decades have put forth that speed of light, the strength of the electromagnetic force, and the strength of gravity all change over time. Now, a physicist claims that changing constants explain dark energy and dark matter, both of which are just an “illusion”. Well, wow. I’ve had a look.

Astrophysicists Find Evidence for Unidentified Aerial Phenomena

A group of astrophysicists (which does not include Avi Loeb) says they have found evidence of unidentified aerial phenomena in old photographic plates dating back to before the time of the first satellites. The observations are difficult to explain with any known phenomenon and fit best with being of artificial origin. I forgot to mention it, but both of these papers have been peer reviewed. (Though it seems they have been rejected from the arXiv pre-print server.)

Positive Geometry Could Save Physics — or Destroy It

Positive Geometry is a recent approach to reformulate known physics and maybe even discover new physics. What is it and could it revolutionize physics? I’ve had a look and have some cautious words based on what happened to category theory.

Plagiarism Charges Against Nobel Prize for Artificial Intelligence

Jürgen Schmidhuber, a professor for computer science and expert on artificial intelligence, has claimed that the Nobel Prize for Physics 2024 was awarded for plagiarized work. This prize went to Geoffrey Hinton and John Hopfield for their groundbreaking contributions to research in artificial intelligence. But maybe their contributions were not as groundbreaking as we thought? I’ve had a look.

Current AI Models have 3 Unfixable Problems

If you’ve used current AI models, you know that they can’t reason like a human. “But so what?,” you might say, “they’ll get there eventually.” I don’t think so. Today I have a look at three major problems blocking current AI tech progress that I think are fundamentally unsolvable.

String Theory is “Fashion,” Penrose Said. We Finally Have a Response

Roger Penrose is a very well-known mathematician, physicist, and author who won the Nobel Prize a few years back. He’s repeatedly questioned string theory’s prominent role in physics today, most notable in his 2016 book “Fashion, Faith and Fantasy” (the “fashion” part refers to string theory). We finally have a response.

NASA Is Considering Nuking An Asteroid

Late last year, an asteroid made global headlines as astronomers discovered it had a 1% chance of hitting the Earth in 2032. That chance has since gone to almost zero, but astronomers say there’s now a 4% chance of it hitting the Moon. NASA is now considering two possible options for protecting our moon: deflecting the asteroid, or blowing it up with a nuke. Let’s take a look.

Quantum Healing Might Be Real – But Not Like We Thought

Quantum biology is an area of research at the intersection of biology, chemistry, and physics which examines how organisms use quantum effects in their bodily functions. The field is quickly gaining momentum in the scientific community, and a recent (not-yet-peer-reviewed) study has revealed how quantum mechanics play a role in wound healing. Let’s take a look.

Interstellar Object 3I/ATLAS Looks Increasingly Weird

Our solar system has an interstellar visitor. It’s an object called 3I-Atlas, and is just the third interstellar object to enter our system. It’s shedding nickel and iron at “exceptional” rates, emits “unusual” amounts of carbon dioxide and water, and changes the polarization of light in a way “unprecedented among asteroids and comets.” Let’s take a look at this object, and answer your biggest question: is this some sort of alien tech?

The Webb Telescope Just Observed Faster Than Light Signals

Recently, the James Webb Space Telescope observed signals that moved faster than the speed of light. Does this mean that faster-than-light travel is real? If not, what explains the phenomenon the telescope just observed? And how could information travel faster than light, for real? Let’s take a look.

Why is Everyone Suddenly Talking about Nuclear Fusion?

Recently, the hype around nuclear fusion has reached new peaks. Government officials are promising that fusion reactors will be powering the grid within the decade, fusion startups are receiving billions of dollars in funding, and other companies are selling off energy that they haven’t yet produced. Let’s take a look.

How AI Is Replacing Mathematicians

AI is threatening to take over multiple jobs currently fueled by human labor. It appears that the world of mathematics is no exception – a few recent advances in AI’s math capabilities seem to indicate that mathematicians might go the way of human calculators and find themselves fully replaced by proof-writing algorithms. Let’s take a look.