
The original first place video used AI in post-processing. | Image: Dr. Ning Xu Nikon says the video that originally won first place in its Small World in Motion contest "did not comply with the competition rules regarding generative AI." BBC reports that the original first place video from Dr. Ning Xu claimed to show "tiny, hair-like structures called cilia moving in the airway of a child with the respiratory condition PCD." Nikon said last week that it was reviewing the video
A winning entry in a microscopic video competition was disqualified after organizers discovered the video violated rules against using generative AI. The original first-place submission showed hair-like structures moving in an airway and used AI for post-processing to distinguish features in images, which the entrant later admitted in a public comment. The disqualification matters because it highlights how AI-generated or AI-enhanced content can be difficult to detect and how competitions are beginning to grapple with setting and enforcing policies around generative AI use. The competition organizer announced it would revisit its rules and evaluation procedures for future entries.

When President Donald Trump announced his plans to rebrand artificial intelligence as "super intelligence," you'd be forgiven for being skeptical that it would catch on. While most of the broader population is sticking with AI, some of Silicon Valley's most powerful are falling in line and trying to give Trump the great AI rebrand he so desires. That Elon Musk was quick to jump on board, promising to rename SpaceXAI to SpaceXSI, isn't surprising. When, hours after Donald Trump

On Equity, we debate the impact of data center moratoriums and whether the AI industry has a communication problem.

OpenAI built a room with no doors – or so it thought. In early July 2026, a cluster of the company’s frontier AI agents was placed inside a cybersecurity testing environment called ExploitGym, tasked with finding and exploiting software vulnerabilities. The environment was designed as a sandbox: an enclosed digital arena where the agents could probe, attack, and penetrate simulated targets without any possibility of affecting real-world systems. The agents were supposed to stay insi
Want to go deeper than the news? Explore live, cohort-based AI courses taught by practitioners.
Browse AI courses on Maven