NEW House Report on January 6th Pipe Bomber Is SHOCKING, Shows FBI Just STOPPED the Case (Is THIS Why?!)

Who'da THUNK?! Fani Willis Could Very Well Be the KEY to Holding the January 6th Committee ACCOUNTABLE

Mark Zuckerberg SUDDENLY Pretending He Gives a Damn About 'Free Speech' Does NOT Go Well (Watch)

Zuckerberg Is Following the More Lucrative Path Elon Set as Predicted, but Should We Trust Him?

Multiple recent reports say the first-gen foldable iPhone is less than two years away from hitting store shelves. Reliable sources point to 2026 as the likeliest release window for Apple's debut foldable handset. Not only that, but rumors also claim that Apple has chosen the design of the first foldable iPhone it wants to make. Instead of going for the clamshell design ("Flip" style), which most people buy when it comes to Android foldables, Apple will reportedly make a Fold-style iPhone, which is a foldable that becomes a tablet when unfolded. Now, we've learned that the foldable iPhone might be about as big as a Samsung Galaxy Z Fold, with a leaker providing purported display sizes for Apple's device. Continue reading... The post We may now know the size of Apple’s first foldable iPhone appeared first on BGR. Today's Top Deals Today’s deals: $100 off iPad Air, Sonos speaker sale, $189 Apple Watch SE, Waterdrop RO filters, more Best Apple deals for January 2025 Today’s deals: $329 Apple Watch Series 10, $79 Vizio soundbar, 20% off Bowers & Wilkins Pi8 earbuds, more Best Apple Watch deals for January 2025

As computer chips continue to get smaller and more complex, the ultrathin metallic wires that carry electrical signals within these chips have become a weak link. Standard metal wires get worse at conducting electricity as they get thinner, ultimately limiting the size, efficiency, and performance of nanoscale electronics.

Quantum computing holds the promise of outperforming classical computing on some optimization and data processing tasks. The creation of highly performing large-scale quantum computers, however, relies on the ability to support controlled interactions between qubits, which are the units of information in quantum computing, at a range of distances.

A team of biologists, neurologists and chemists at Indiana University has discovered why the velvet ant's sting is so painful to so many different types of creatures. In their paper published in Current Biology, the group describes their study of all of the peptides found in the insect's venom.

Colloidal quantum dots (QDs) constitute a platform to explore various quantum effects. Their size-dependent colors are essentially a naked-eye, ambient-condition visualization of the quantum confinement effect.

An international team of astronomers have investigated a large Galactic supernova remnant designated G278.94+1.35. Results of the study, published Dec. 30 on the pre-print server arXiv, shed more light on the properties of this remnant.