Practical Magic

Scientists made a wireless charging sheet you can cut like fabric and, when you're done with it, you can just dissolve the whole thing in a glass of water.

AI has officially taken the lab coat from us; it’s now designing and running its own experiments to build faster chips better than any human can.

We built a computer out of chemicals that solves impossible math problems just as fast whether the numbers are tiny or trillions of digits long.

If you put a piece of filter paper over a speaker, the wind it creates suddenly gets 20 times stronger.

You can turn a common dandelion seed into a high-tech laser that takes sharper photos than professional cameras.

Your old teeth might be the secret to regrowing your jawbone by tricking your body into 'healing mode.'

New medical implants are killing bacteria with tiny zaps of electricity instead of relying on antibiotics.

You can replace $10,000 worth of lab gear with a tool you’d find at a local hardware store.

Quantum computers finally stopped choking on big data; they can now swallow massive files and crunch them instantly.

You can literally break a physical machine just by feeding its AI 'brain' a few pieces of bad data.

We finally built a 'hard gate' for AI that makes it physically impossible for it to design something that breaks the laws of gravity or heat.

When a hacker tries to trick one AI, they accidentally train a second AI to be a better bodyguard.

We can finally tell which tiny glitches in your blood are totally harmless and which ones are ticking time bombs for a heart attack or cancer.

An AI just went through the whole doctor's routine—from figuring out what's wrong to picking the cure—and it was right 95% of the time in a real clinic.

Your Wi-Fi router is basically becoming a set of X-ray eyes that can see through smoke and walls to map out exactly where your furniture is.

A laser-mapping job that used to take two full weeks of work can now be finished in just 30 minutes.

The gear we're using to bring the internet to remote villages is so unsecure it's basically turned into a giant, open playground for hackers.

We're getting close to designing futuristic quantum materials right on a basic laptop instead of needing a supercomputer the size of a living room.

Scientists made a paper-thin lens that can hold 4,000 different pictures; you just swap the color of the light to flip through them like a slideshow.

An AI just took a massive, 500-page math textbook that would break a human's brain and turned the whole thing into computer code in seven days.

You can trick a scanner into seeing a totally different car just by clipping a basic, boring accessory to your license plate.

You can finally let an AI remember all your private files without the company that built it ever getting a peek at what it's searching.

Hospitals can finally take a medical AI that's failing at their specific clinic and 'tune' it to work perfectly without having to rebuild the whole thing from scratch.

We finally have an AI that can pick one stranger's voice out of a crowded bar without ever having heard what they sound like before.

There's a new wearable that lets you actually feel the rough edges and the heat of an object that's sitting miles away in a virtual room.

A basic desktop computer can now handle mountains of messy cancer paperwork with near-perfect accuracy, and it does it all without the data ever leaving the room.

Self-driving race cars have learned how to use basic radar to 'feel' how slippery the track is, letting them take corners at speeds that used to require a fortune in sensors.

A cheap plastic sheet on your camera lens creates a "fingerprint" that even the smartest AI can't fake.

A new AI can spot every single protein inside a human cell using just a few basic landmarks.

Engineers just cut energy loss in magnets by 98%, which could make wireless chargers and the power grid nearly perfect.

We don’t need to build a massive new power grid to go green; we just need better software to run the one we’ve already got.

We can now make sustainable jet fuel at the same temperature as a hot cup of tea.

The electricity in the air can tell you a massive dust storm is coming an hour before the first grain of sand even hits you.

A new system can make pure green fuel using ten times less pressure than current technology.

Industrial aluminum waste can now be reused to scrub toxic pollution out of mine water.

AI is officially better at spotting security holes in software than the actual human experts who get paid to find them.

Forget weighing yourself every morning—recording a quick voice memo could be way better at spotting a heart failure flare-up before it happens.

Imagine headphones that let you 'mute' a crying baby or a leaf blower while keeping the rest of the world sounding perfectly clear.

Engineers built a drone with bendy arms that steers by literally morphing its own body while it's in mid-air.

To make things like bridges and atoms more stable, it turns out you just need to add a little bit of random chaos into the math.

AI agents just ran a full-blown physics experiment and wrote the entire scientific paper themselves without any human help.

A new math trick just turned weeks of supercomputer work into seconds, making nuclear fusion research move 30,000 times faster.

We have new radar that can map out a high-res 3D image of an object without even knowing how far away it is.

Researchers literally built a working quantum computer simulator using nothing but maple syrup, Scotch tape, and some cat lasers.

The laws of gravity and the way space is 'built' actually set a hard speed limit on how fast any computer can ever think.

There’s a new math tool that can take a tiny historical storm and show exactly how it could have been nudged into a monster hurricane.

AI just designed a new type of 'armor' for spaceships that’s almost half the weight of anything humans have ever come up with.

We can now use the tiny particles coming off radioactive rocks to take a 3D 'X-ray' of what's happening deep inside the Earth.

We can make atomic clocks even more accurate by just ignoring the atoms that 'die' the wrong way.

We found a way to run stats in 'superposition,' so a computer can check every possible version of a dataset at the same time.