🧐 Why does this happen?

The wind blows and hits the surface of the dam, but the shape of the dam is curved, so the wind goes straight up, as if changing its direction across the surface of the dam. As a result, a huge amount of wind is ejected at the topmost end of the dam.

⚙️ Engineering

💨 A visual demonstration of the chimney effect

⚙️ Engineering

🧯 A stunning water shield technique from firefighters that protects rescuers from fire blasts

⚙️ Engineering

A visual representation of how a star-shaped aircraft piston engine is built

⚙️ Engineering

Incredible approach to explaining static energy in a Chinese school

⚙️ Engineering

Your protection is your power!! Do NOT connect to ANY unknown or untrusted Wi-Fi with a device that has your private information.

⚙️ Engineering

A quantum computer has managed to crack a cryptographic key — though a simplified one

Engineer Steve Tippekonnick shared the results of the experiment. To attack a 6-bit key, he used IBM’s 133-qubit Torino processor.

The algorithm executed a quantum circuit of 340,000 layers and successfully derived the private key from the public equation.

Some experts believe that major blockchains are safe, since Bitcoin and Ethereum, for example, use 256-bit keys rather than 6-bit ones. Others argue that breaking them is only a matter of time.

⚙️ Engineering

Impressive art in the form of Lichtenberg Figures

Lichtenberg figures are the name given to the distribution patterns of spark channels that are formed on the surface of a solid dielectric during a spark discharge of a sliding nature. In principle, such figures can be used to determine the strength of a lightning discharge and polarity, and can be turned into a creative act. Lichtenberg gave the world interesting visualizations of current flow during discharge.

⚙️ Engineering

🇨🇳 The situation in China

@aipost 🪙 | Our X 🥇

😍 Motor in section

⚙️ Engineering

⚡️ Carbide tungsten drill bits

These drill bits are usually used for special friction drilling, which is considered the cleanest and fastest method of drilling.

Generally, friction as a property has become firmly embedded in the industrial manufacturing world. Drilling, welding, wonder what else we can do with this physical property.

⚙️ Engineering

🎈 Balloons immersed in liquid nitrogen

Charle's law or Gay-Lussac's second law is one of the basic gas laws describing the relationship between pressure and temperature for an ideal gas.

The formulation of Charle's law is as follows: The pressure of a gas of fixed mass and fixed volume is directly proportional to the absolute temperature of the gas.

⚙️ Engineering

🚚 Testing the automatic bollard anti ram pole

A bollard is an automatic device designed to thoroughly, seriously obstruct the entry of vehicles.

⚙️ Engineering

🔥 Magnesium fire

Methanol fumes are extremely toxic and can cause permanent blindness. Awareness and safety are key factors in this industry.

⚙️ Engineering

🌩 The sky falling to the ground

The phenomenon of tornado formation is both impressive and frightening.

⚙️ Engineering

⚡️AI hacker inside a USB cable

Palisade Research built a $200 “hacker cable” that loads an AI agent onto your computer the moment you plug it in.

🔌 The agent scans your system, sends data to GPT-4, gets instructions, and hacks autonomously.
💸 Attack cost: under $1. Development time: one week.

AI agents are faster than humans, smarter than scripts — a new kind of cyber weapon. What’s crude today could soon become invisible, cheap, and everywhere.

Every USB port may turn into an AI-powered entry point.

@aipost 🪙 | Our X 🥇

This is what happens when 2 apples collide at about 90 km/h

⚙️ Engineering

🖲 Orbiforms are figures with a constant width curve or Reuleaux polygons

These aesthetically pleasing metallic figures appear angular. But if you put any flat flat surface on top and start moving it, it will move parallel to the table surface.

⚙️ Engineering

Removing water with a superhydrophobic blade

Japanese physicists have created a superhydrophobic surface from ordinary razor blades stacked together.

⚙️ Engineering

A simple and clear demonstration of the force of recoil

⚙️ Engineering

The magic of surface tension 🔮

The glass is full to the brim with water. Carefully add more and more water, but the water doesn't come out. Throw a coin, increasing the volume of liquid, but it does not come out.

It won't come out because water has a property of surface tension: water bends in an arc, but it won't come out.

⚙️ Engineering