Tesla’s popularity among retail investors and its significant net inflows indicate a shift in investor mentality towards seeking outsider opportunities and a strong belief in the company’s disruptive technology and future potential.

Questions to inspire discussion.

Why are retail investors heavily investing in Tesla stock?
—Retail investors are heavily investing in Tesla stock due to its disruptive technology and potential for future growth, with one investor doubling his position and believing that competitors won’t be able to beat Tesla’s technology.

Historically, learn-to-code efforts have provided opportunities for the few, but new efforts are aiming to be inclusive.

It’s another reminder to always search through that museum drawer.

A recent study by Carnegie Mellon University (CMU) shows that Google’s latest large language model, Gemini Pro, lags behind GPT-3.5 and far behind GPT-4 in benchmarks.

The results contradict the information provided by Google at the Gemini presentation. They highlight the need for neutral benchmarking institutions or processes.

Gemini Pro loses out to GPT-3.5 in benchmarks.

Since the technique was first published in 2019, prime editing has grown with lightning speed, alongside hopes for what it can achieve.

Here’s a surprising fact.

Most people don’t lie most of the time. And now there is good cross-cultural research to back this up.

Developed in 2019 but only just discovered, this US Navy device can make people stop talking, apparently.

It told me I’m a journalist (true, though I’m also a fiction writer), that I was born in California (false) and that I’d won a Gerald Loeb Award and a National Magazine…

For me, the journey began when I asked ChatGPT who I was.

In a novel study, researchers utilized ancient Mesopotamian bricks to gain insights into Earth’s magnetic field changes 3,000 years ago. This archaeomagnetic approach provides a more precise method for dating ancient artifacts and understanding historical magnetic field fluctuations.

Ancient bricks inscribed with the names of Mesopotamian kings have yielded important insights into a mysterious anomaly in Earth’s magnetic field 3,000 years ago, according to a new study involving UCL researchers.

The research, published on December 18 in the Proceedings of the National Academy of Sciences (PNAS), describes how changes in the Earth’s magnetic field imprinted on iron oxide grains within ancient clay bricks, and how scientists were able to reconstruct these changes from the names of the kings inscribed on the bricks.