At one point in time, Tesla coils were actually used for things like wireless telegraphy and electrotherapy, but as technology advanced, they shifted to a slightly more enjoyable purpose—entertainment. What's even more entertaining than using a Tesla coil? Building your own.
You knew that the food you eat gives you energy, but did you know it can actually power a thermal lance with enough heat to burn through steel? A thermal lance, as in, the tool used to demolish buildings and bridges.
Michael Faraday was awesome. He discovered electromagnetic induction, diamagnetism and electrolysis, and he invented the Bunsen burner (before it was the Bunsen burner). Because of his work, we can make suits that can withstand 1,000,000 volts of electricity and cases to protect our gadgets from nuclear attacks.
Until recently, brainwave-reading devices have pretty much only existed in science fiction. Sure, electroencephalography (EEG), the technology that powers these devices, has been used in medicine and psychiatry since the late 1800s, but diagnosing people's brains and reading their minds are two totally different things. The first EEG headsets available to the public were used mostly ingaming and even in fashion, but in the last few years, they've gotten a little more sophisticated.
Believe it or not, it's possible to make your very own lava—if you have a furnace capable of heating up to 1,200 degrees Celsius, that is. Bob Wysocki and Jeff Karson started the Syracuse University Lava Project to study basaltic lava and give students a hands-on way (hypothetically, of course) to learn about it. Oh, and they also want to use it for art projects. Sign me up for that class!
Pyromania is definitely nothing new on WonderHowTo. From flamethrowers and hydrogen fireballs, to flame-making pistons and wine corks, to simply burning steel wool fireworks and DIY smoke mix, we've covered it all. But when pyromaniacal mad scientists feel the need to release some tension in the lab, gummy bears and cockroaches become the victims of euphoric oxidation by way of molten potassium chlorate.
Drinking games just got a little more sophisticated (kind of). Startup SmartThings built this awesome Arduino-based machine that automatically pours a shot whenever the US wins a medal in the 2012 Summer Olympics. Goldschläger for gold, Cuervo for silver, and Jack Daniels for bronze.
Water purifiers are already portable, but not as portable as this crazy invention. Created by Marcus Triest and Ryan Lynch, the Solar Bag can be worn like a shoulder bag and holds up to 2.5 gallons of water. In a feat of ingenuity, the bag is designed to use sunlight to purify the stored water, allowing you to filter drinking water on the go.
Want to build your own life-sized, working replica of WALL-E? Be prepared to take on a second job! Mike Senna spent two years perfecting his own version, working 25 hours a week and totaling somewhere around 3,800 hours for the whole project. He had no blueprints to go by, so he spent a lot of time watching the movie over and over to get everything just right. The video below shows some of the construction; skip to about the one minute mark to see WALL-E in action.
Want an electric car without the price tag? You could always build your own, or maybe just hack your old gas guzzler into an eco-friendly electric machine...
The streets of Tokyo are about to get a lot scarier (or more awesome), after Suidobashi Heavy Industries unveiled their latest project: a 13-foot tall, customizable, piloted robot.
A team of scientists might have just put Jellyfish Art out of business with their new cyborg jellyfish. By arranging the heart cells of a normal rat on a piece of silicone, they've successfully created their own Franken-jellies. When in salt water with a fluctuating electrical field, the rat's heart muscles on the rubbery silicone contract the lobes downward and back up, which mimics the pulsing movement of a young moon jellyfish swimming.
3D printing has been around for a while, but until recently it was used mostly for prototyping and research. Now, with technological advancements, it seems like everyone is using 3D printers, from crime scene investigators to garage hobbyists and hackers. Below are some of the most innovative uses people have come up with so far.
Helping to prove that science is way awesome, an 18-year old electrical engineering student has successfully made a light bulb float. His name is Chris Rieger, and he's been working on his "LevLight" project for about six months now, with pretty amazing results.
Thanks to everyone who submitted ideas in last month's Mad Science contest. The question called for your best idea for using Sugru, a temporarily malleable silicone modeling clay that self cures for a soft-touch permanent bond. It's a marvelous product for at-home quick fixes and for even making some cool DIY bumpers and grips for your electronics.
This contest has ended and winners have been announced. To see who won, check out our quick winners post. Thanks to everyone for submitting their ideas!
Three-dimensional printing is one of the many wonders of modern technology. It's the first step towards real life Star Trek replicators and Timeline-esque teleportation chambers. While we aren't at the level of reconstructing strands of DNA, it's already possible to make tons of fun and useful designs on a 3D printer.
Thank you to everyone who entered the photo contest for a chance to win a cool lucid dreaming goggles kit from Mad Science. This month's winner was Cerek, who submitted this great camera shutter release project photo:
Mad Science is looking for more hackers, makers, and DIYers to participate in our community madness. If you've recently designed or made a project, we want to see it! Share with the other Mad Scientists out there by posting up a how-to of your pet project on our community corkboard, or even just a few cool, inspiring photos of the build.
Recreating one of Will's mad science experiments, I made some potassium nitrate crystals. This was definitely the most fun part of my DIY smoke mix. I can't win the contest, but I'm just putting it up here for fun, since I liked the pictures so much.
Last time we took a look at some of the creatures of the pond, including the dragonfly nymph. Today, we examine the all-grown-up dragonflies in the field you are used to seeing on summer days! Dragonflies are not dangerous, but the extra large ones can bite you something fierce if you handle them wrong.
There is a secret world hidden just beneath the surface of every pond, lake, and stream. Those waters are filled with wails of hideous creates murdering other hideous creatures for food and sport. Beautiful animals like dragonflies and damselflies that you see in the light of day start their lives in this sparse spartan hellscape. Luckily, being giant mammals, we can pluck these creatures from the depths and look at all of their cool behaviors! All you need is a pond, net, and curiosity.
My name is Noah Hornberger. I'm a former Pixar artist (Wall-E, 2008) and Professor of Animation (DePaul University, Chicago), and I have recently invented a motion-activated musical toy called the Dub Cadet. One Substance TV blogger has called my light-up sphere that transforms motion into music, "Daft Punk [the electronic music duo] meets Simon [the handheld toy] in a ball."
Are you ready for crazy, next-level music technology? I just completed a pretty fun introductory write-up on my new instrument called the Dub Cadet over at instructables.com. This is the first installment of a 3-Part series to explain how to build your own Dub Cadet or personally amalgamated hybrid.
There's no denying the coolness of an iPhone. But what if you pulled a homemade wooden cell phone out of your pocket instead? You'd probably be the talk of the town. If you like that idea, then make it a reality by building your own cell phone!
The rad people over at Slothborg Technologies have started selling kits based on our lucid dreaming goggles! If you have been dying to make your own lucid dream goggles but didn't know where to get all the parts from, this is your lucky day.
Mad Science has entered the automatic pet feeder project as an instructable in the Make It Real challenge. Nine of the winners will receive their own 3D printer! If you are now imagining all the cool stuff we could do for Mad Science with a 3D printer, please share your ideas and vote for the entry here.
For those of you who enjoyed the oogoo tutorial we did, this tutorial from instructables shows you how to make molds from 100% silicone gel for casting resin! I wonder if you could also cast other silicone shapes using a silicone mold...
Have a few light bulbs and a blowtorch? Then join the folks over at Harvard in a cool science experiment on the conductivity of glass. As you well know, glass is an insulator with low conductivity and high resistivity. In the video below, they flip the switch, demonstrating how heating the glass fuse enclosure from an incandescent light bulb can create a conductive material that completes the series circuit and lights the second light bulb.
Mike received a tiny medical pill-camera from a relative who had recently undergone treatment. The most surprising part apart from the utter grossness is that the camera transmits electrical signals straight through the human body to skin electrodes with no radio at all! Check out the video to see the camera and Mike's impressive mastery of the oscilloscope.
Your favorite device is running low on juice and needs a couple new AA batteries—and with a quickness. You run to the store and grab the first pack of AAs you see. But should you? There's tons of options available, so which make and model gives you the most power per dollar?
This video is by Adrian McLaughlin, aka plasticraincoat1 on YouTube, who shows us one of the most magnificent examples of explosive polymerization ever. In the video, what appears to be about 1/2 tsp of p-nitroaniline (which is short for para-nitroaniline, which is also referred to as 4-nitroaniline) is treated with a few drops of concentrated sulfuric acid, in a ceramic dish, over a Bunsen burner flame.
The only thing better than successfully pulling off a new experiment is doing it with household materials. You get to laugh in conceit as professional scientists everywhere spend all their grant money on the same project you just accomplished with some under-the-sink chemicals! However, there are times when DIY gets dangerous. Some household chemicals are not pure enough to use and some are just pure dangerous. Let's take a look at two problems I have encountered in the course of mad sciencing.
We've all heard of the power that red wine holds. It can help lower risks of heart disease, boost your brain power, and can even recharge your car battery. But last year, a group of Japanese physicists made headlines when they announced that they could induce superconductivity by soaking metals in red wine. But why red wine?
I finally got around to trying out this jam jar jet project. The most successful and longest lasting pulse was somehow the only one I did not record. You can imagine how frustrating that probably was, though my tenth and final attempt was nearly as satisfying. But even the failures were fun to watch, especially the blue flame floating, almost dancing, around the jar. I especially liked the small foghorn sound that my first failed attempt produced.
You're hellbent on taking over the world, but one race of robotic minions isn't enough for you. With your hexapod robots acting as your ground forces, it's only natural to take to the skies. These cardboard quadcopters are the perfect air force for you. Combined, you are mere steps away from starting your evil takeover. Now you just need some water bots.
Here's a bulky old CRT monitor used as a touch-screen without any alterations. It doesn't use an overlay, but instead detects position using phototransistors in the fingertips of a glove.
Welcome to the Mad Science World! Hold onto your radiation-shielded hard hats—we're going to be posting a ton of great how-to articles and videos every week, showcasing the maddest of the mad science experiments on the web. We hope you will be inspired to try these projects at home, but always remember—safety first!
