MAROKO133 Eksklusif ai: New Development Environment for Programmers Rewards Them With Brai

📌 MAROKO133 Update ai: New Development Environment for Programmers Rewards Them Wi

In a world beset by complex problems, the brain trust at storied startup accelerator and venture capital firm Y Combinator has put their money into a startup dedicated to feeding vibe coders a constant stream of brainrot.

Called “Chad: The Brainrot IDE,” the new startup is the concoction of a tech entrepreneur named Richard Wang. The pitch goes like this: when software developers use AI-enabled software development environments — software designed to support “vibe coding,” basically — there’s usually a bit of downtime as the AI software churns out the programming

Notice anything missing? That’s right: there’s nothing for developers to gamble on!

Chad solves this. According to TechCrunch, the new vibe coding tool’s entire twist is that it adds a separate window of brainrot for software developers to dink around on as the AI generates code. These include social media apps like TikTok and X-formerly-Twitter, gambling apps like Stake, and dating apps like Tinder.

“AI coding creates a time span [that] isn’t long enough to do something new, and it’s not short enough to be entirely negligible,” Chad’s founders explain in their launch announcement on YCombinator. “Developers are spending time off the IDE to fill the inference time gap (usually brain-rotting on their phones).”

So what’s different than just using your phone to melt your brain like the rest of us?

Unlike your phone, Chad “ends your brainrot session when it’s time to get back to work,” the founders write. Referencing an anecdotal survey, they say that early beta users saved an average of 15 minutes per hour vibe coding when they make the switch to Chad.

Not everyone’s sold on the concept, however. In a lengthy post on LinkedIn, tech investor Jordi Hays wrote that Chad takes “rage baiting” from a marketing strategy to a “product strategy.”

“Chad IDE’s only known differentiation from the other hundred AI native IDEs is that you can gamble and swipe on dating apps in it. The rage bait is sitting at the product level now,” Hays wrote. “Rage baiting (whether at the marketing level or product level) is the most effective way to get people (who could be potential investors, customers, or team members) to actively pray for your downfall.”

The project demonstrates one thing for sure: in this economy, you can find funding for just about anything, as long as you shoehorn AI into the pitch.

More on startups: AI Startup Says It Will End Crime by Blanketing the Entire United States in Ever-Watching Spy Cameras

The post New Development Environment for Programmers Rewards Them With Brainrot When They Prompt the AI appeared first on Futurism.

🔗 Sumber: futurism.com

📌 MAROKO133 Hot ai: New control over atomic structure of perovskites could transfo

Researchers’ new method that delivers more control over halide perovskites could transform how solar cells, LEDs and lasers are made. Perovskites have long been touted as a potential replacement for silicon in solar cells, LEDs and quantum technologies.

The new method grows ultra-thin layers of perovskite films so their atoms line up perfectly, which could enable more powerful, durable and efficient devices.

“A lot of perovskite research uses solution processing, which is messy and hard to control,” said Professor Sam Stranks from the Department of Chemical Engineering and Biotechnology, who co-led the research.

“By switching to vapour processing — the same method used for standard semiconductors — we can get that same degree of atomic control, but with materials that are much more forgiving.”

Atomically-tuned stacks

The research team used a combination of three-dimensional and two-dimensional perovskites to create and control their atomically-tuned stacks, a phenomenon known as epitaxial growth. This fine control let the team directly observe how the light given off by the material changes depending on whether it’s a single layer, a double layer, or thicker.

The researchers also found they could engineer the junctions between the layers to control whether electrons and holes stayed together or apart — a key factor in how efficiently a material emits light.

“We’ve reached a level of tunability that wasn’t even on our radar when we started,” said Professor Sir Richard Friend from the Cavendish Laboratory, who co-led the research. “We can now decide what kind of junction we want — one that holds charges together or one that pulls them apart — just by slightly changing the growth conditions.”

The researchers found they could tune the energy difference between the layers by more than half an electron volt, and in some cases, extend the lifetime of electrons and holes to over 10 microseconds: far longer than usual. The team says this level of precision could pave the way for scalable, high-performance devices that use light in new ways, from lasers and detectors to next-generation quantum technologies, according to a press release.

Changing the composition and performance of perovskites

“Changing the composition and performance of perovskites at will – and probing these changes – is a real achievement and reflects the amount of time and investment we’ve made here at Cambridge,” said Stranks.

“But more importantly, it shows how we can make working semiconductors from perovskites, which could one day revolutionise how we make cheap electronics and solar cells.”

Published in the journal Science, the vapour-based technique to grow three-dimensional and two-dimensional perovskites one layer at a time, which enabled them to control the thicknesses of the films down to fractions of an atom.

The research could open the door to usable perovskite devices that can be produced at scale, using a process like that used to make commercial semiconductors.

🔗 Sumber: interestingengineering.com