The latest innovation videos compiled for you.
MC10 is leading the world in the development of flexible electronics technology, and company president David Icke recently spoke at the TEDMED conference to explore how flexible electronics can impact our interactions with technology.
Researchers have developed a way to manipulate the surface of bubbles with ultrasound in order to use the bubble as a screen for projected images.
Physisict Wolfgang Kessling discusses sustainable design ideas for cooling outdoor spaces and harvesting solar energy for later use.
The T(ether) spatially aware system works with an iPad and a motion tracking glove to allow users to edit 3D virtual objects.
Canon will release its Mixed Reality system in July, which uses a head-mount display and high-speed image processing to allow users to interact with a combination of physical and virtual objects.
Michael McDaniel was unable to find anyone to build his disaster relief Exo Reaction Housing Solution, so he has spent his free time working with designers and builders to bring his idea to life.
An innovative steering wheel design allows the driver to control the car's direction in a variety of ways, requiring less effort and providing greater precision.
The new robot developed by Swiss Federal Institute of Technology’s Laboratory for Intelligent Systems is able to pick itself up and resume flying after a crash, which could make it very useful for exploring dangerous and inaccessible areas.
Using bacteria to biologically extract minerals from seawater makes use of the materials left over after the desalination process.
The 65-inch Interactive Plasma Display is a digital blackboard, allowing four people to write on it at once in different colors and using pens alone, which eliminates possible errors from accidental contact.
People with damaged vocal cords may one day regain their voices with the help of artificial polymer vocal cords; a supercalifragilisticexpialidocious achievement.
The PDCE lightning rod from Lightning Suppression Systems acts in reverse, repelling lightning strikes by preventing the ground charge from rising up to meet the lightning and protecting the surrounding area from strikes.
The prototype ZeroN uses finely tuned electromagnetism and computer software to stablize a small metal ball floating freely in space, creating an extremely tactile user interface as well as a tool with a wide range of applications.
The Touche project from Carnegie Mellon and Disney Research is able to sense a broad range of electrical signals in much more detail (such as which finger was used in the tap) and is easily implemented into a range of products.
Follow along with Google's self-driving car and Steve, who is legally blind, as they navigate neighborhood streets, ordering tacos and picking up laundry.
The ExoHand robotic manipulator glove is 3D printed from a scan of the user's hand, giving it a personalized fit for an extremely high level of dexterity and control.
Body architect Lucy McRae discusses how her interest in merging biology and technology led her to develop, among other things, the electronic tattoo and a pill that lets you sweat perfume.
Designed by five students from Rice University, the Babalung device monitors the breathing of apnea-prone premature babies, automatically stimulating the infant through vibration if senses the baby has stopped breathing.
The MorpHex morphing robot can transform to a variety of shapes, including forming a sphere and rolling itself across the floor.
The 10.8 volt portable, wearable supercapacitor from Optixtal can be charged by a car's cigarette lighter and could be used to replace road safety flares and complement safety vests.
A new concept video from Google explores the capabilities of the augmented reality glasses being developed through Project Glass.
With plastic bottles and water, Solar Demi and the Liter of Light Project brings light to the interior of third world homes.
Koen Olthius, floating architecture expert and founder of Waterstudio, shares his ideas about floating cities and how they can adjust to the risks of climate change while also decreasing the density of urban environments.
Small agile quadrotor robots are able to swarm, sensing each other and working together to form temporary teams for construction or surveying.
Corning's extended "A Day Made of Glass 2" explores the future world of engineered glass combined with new technologies, with applications ranging from home to school to the office.
A new copier system being developed by Toshiba Tec is able to print with a special removeable toner that loses its color when heated, allowing to be erased from any regular copy paper simply by passing the paper through the erasing device.
Peter Diamandis, who heads the X Prize Foundation, talks about the importance of optimism and how the rapid increases in technology, population, and innovation point to a world of abundance and potential.
Quantum trapping uses super conductors to lock an object into a magnetic field, allowing the object to move freely while still being maintained at a consistent level of suspension.
The ALSi simulator from iSimulate uses a pair of iPads, one to design the scenario and one to function as the cardiac monitor, to create fast paced cardiac situations and allow for a more varied and thorough training of medical students.
Developed by a team from Universitat Darmstadt, Germany, the LightBeam uses a pico projector and a Kinect enhanced camera to not only create displays from common objects, but also to use the objects as a remote control.
A team at Harvard University has automated the manufacturing process of the origami inspired Mobee Robots, which are created from a flat sheet of material folded in a single movement.
A new technique of fighting cancer with low-intensity electric fields, called Tumor Treating Fields, could lead to a method of eventually curing solid tumors and more complicated cancers.
The new Opto-Digital Microscope DSX Series from Olympus is the first to feature a fully integrated touchscreen from which all functions, from focusing to producing a report, are controlled.
Researchers in Japan have developed a way to use quantum dot technology to open up the span of available wavelength, which could allow optical fibers to use more light and boost speed and capacity by up to 10 times the current possibilities.
The Scale-Bot can move forward on a variety of surfaces by changing the angle of its scales, which makes it ideal for traversing hazardous and changing terrain.
A daring new prosthetic method can treat certain types of blindness by tapping into the optic nerve and sending signals from a camera directly to the brain.
Executive Director of the Center for Open Innovation, Henry Chesbrough, shares his ideas about working within a culture of open innovation and the importance of engaging customers in the process.
The NAO programmable robot from Aldebaran Robotics is able to track and emulate human movements in real time, using only a conventional 2D camera such as a laptop web cam.
A new technique of combining MRI and focused ultrasound could allow doctors to treat a variety brain lesions and tumors without the need for invasive surgery.
A new self-healing circuit uses a tiny capsule of liquid metal to automatically repair circuits at the point of failure, potentially reducing the weight and costs of electronics while also improving battery performance.
The DIY USB Biofeedback Game Controller from Advancer Technologies uses EMG muscle sensors to allow users to control game actions by flexing biceps.
The Flyboard water-propelled rocket boots from Zapata Racing are powered by a conventional jet ski engine, and the boots allow for more freedom of motion and trickster opportunities.
The BodyTom full body CT scanner from NeuroLogica can be wheeled to different areas of the hospital as needed and can be used for an array of scans.
The removable and non-invasive AcceleDent system from OrthoAccel Technologies uses vibration to help increase the efficiency of orthodontic braces.
Concrete Canvas shelters are a 'building in a bag'; able to be deployed by as few as two people in less than an hour and needing only water and air to form into a sturdy, concrete structure.
Available as an open-source kit, the Eyeboard was developed by 18 year old Luis Cruz to allow disabled people to communicate through eye movement.
The TELESAR V telepresence robotic platform goes beyond simple audio and visual transmissions, and is able to transmit tactile cues, allowing the user to feel the texture and temperature of the objects as the robot handles them.
Taking advantage of the Van der Waals force and inspiration from the gecko, the TBCP-II (Tailless Timing Belt Climbing Platform) uses tank-like treads covered with pad smaller than the diameter of a human hair to climb up any vertical surface.