'Diary of a Wimpy Kid' Author Shares His Parenting Advice in Age of AI - Business Insider
This story deserves to be shared
Send it to someone who'd care, or post it on your networks.

'Diary of a Wimpy Kid' author Jeff Kinney shares his parenting advice — and what he'd do differently.
This as-told-to essay is based on a conversation with Jeff Kinney, the 55-year-old author of the "Diary of a Wimpy Kid" series, who lives in Plainville, Massachusetts. It has been edited for length and clarity. When I wrote "Diary of a Wimpy Kid," I worked on it for eight or nine years without thinking I was writing a book for kids. I thought I was writing a book for grown-ups that would feel like "The Wonder Years" or "A Christmas Story" — looking back on childhood through the lens of an adult. The first thing that surprised me was that my publisher said I'd actually written a children's series; it caused a lot of cognitive dissonance. But what also surprised me was that kids understood the irony in the books. They understand that Greg is an unreliable narrator; they seem to get the joke. After writing the series, and after raising two kids of my own — ages 21 and 23 — I've learned a few things about kids. Here's my best advice about getting kids to read, screen time, and more — plus a few things I'd go back and change if I could.1.
This article is an excerpt. To read the full content, visit the original source. Business Insider
Related articles

Former Minecraft lead, Xbox veteran and COO Helen Chiang "fired" for "policy violations" - Windows Central
A new report suggests that Helen Chiang, recently appointed as Xbox Chief Operations Officer, was terminated for "policy violations."

The MacBook Pro Max Just Dropped to Its Lowest Price Ever - WIRED
An exciting new MacBook is rumored to be announced in just one week. If the reports end up being true, it'll be the most significant change to the lineup in many years, introducing a touchscreen OLED MacBook Pro. As exciting as it sounds, however, it's also the perfect opportunity to buy up the previous generation's M5 Max MacBook Pro at its lowest price ever. That's especially significant considering the entire lineup got a price increase back in June. Right now, the 16-inch M5 Max MacBook Pro with 36 GB of RAM and 2 TB of storage is $3,499, which is 20 percent off the retail price and $400 cheaper than it was just a few days ago. And historically, this is $150 cheaper than this configuration has ever sold for. Photograph: Luke LarsenPhotograph: Luke LarsenPhotograph: Luke LarsenPhotograph: Luke LarsenAppleMacBook Pro (M5 Pro/Max)This absolutely stacked version of the MacBook Pro is one of the most powerful laptops you can buy. The M5 Max is a huge upgrade over both the M4 Max and the M5 Pro, offering GPU performance we've never seen on a MacBook before. For content creators, media professionals, engineers, and AI enthusiasts, this is nearly as good as it gets.

Researchers Link Entanglement To Improved Kernel Learning - Quantum Zeitgeist
The radial basis function (RBF) kernel parameter and the support vector machine regularization parameter require extensive tuning. This tuning can mask the true representational power of parameterised quantum kernels (PQKs) induced by quantum feature maps, an area not yet thoroughly explored. Comparisons between untuned and tuned PQKs with the RBF baseline expose the structural capabilities and native inductive bias of PQKs. New quantum feature maps use two-qubit entanglement to capture multivariate correlations in IoT data. Results indicate that extensive tuning can yield strong performing architectures. Novel entanglement topologies achieved a key number of 56.5% nonoccupied class accuracy in principle component analysis, surpassing previous methods. These earlier approaches required extensive classical tuning to reach even moderate performance on similar tasks. This level of separation was previously unattainable without significant optimisation; now, structural alignment within the quantum design itself drives improved results.

Researchers Fix Quantum-Code Failures With Improved Decoders - Quantum Zeitgeist
What causes decoding failures in quantum error correction, hindering progress towards practical quantum computers. A weakness exists within Belief Propagation combined with Ordered Statistics Decoding (BP OSD), a widely-used technique for correcting errors in quantum computers. BP OSD struggles with errors smaller than half a key parameter, denoted ‘d/2’, because symmetries prevent correct convergence; modifications to how BP updates its calculations can overcome these issues. The design limitations pinpointed by researchers at the University of Copenhagen and IBM cause specific failures due to symmetries preventing accurate calculations. These issues arise when dealing with small errors and hinder the decoder’s ability to converge on a solution.
0 comments
No comments yet. Be the first to share your thoughts!