Technology has already changed our world. I mean, who knew that we’d be able to flick a switch to illuminate the darkness rather than lighting a candle? It’s wild. But the technology we have today and will have in the future is absolutely insane. From 3D printing houses to robotics to help us in our jobs, here are 20 emerging technologies that will change our world.
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Through a $57 million contract with NASA, ICON, a company out of Austin, is working to do just that. ICON wants to put a broad spectrum of infrastructure on the moon, which isn’t the easiest place to build.
“First of all, you need to be able to protect the astronauts from the lunar environment which is really a nasty place to live and work. Vacuumed environment, extreme temperature swings, radiation environment, micro-meteoroids, dust protection,” Clinton said. “To produce things like landing pads and roads and blast shields and shelters and habitats.”
Clinton says ICON will now work to build a 3D printing robotic arm that will be sent to the moon to do the construction but can be controlled from Earth.
We flew to the UK to learn more about the designer 3D-printing third thumbs. Is this the dawn of human body augmentation?
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Motorized prosthetics are nothing new. But what about artificial body parts that don’t replace missing ones, but instead provide us with extended capabilities, while also revealing insights into the relationship between brain and body?
That’s the main research focus of augmentation designer Dani Clode, who developed the Third Thumb, a 3D-printed extension for your hand that is controlled by your toes.
A prototype house called BioHome3D has been developed by researchers using 3D printing technology. It is made of a mix of wood waste and bio-resins.
Hydrogels are three-dimensional (3D) polymer networks that do not dissolve in water but retain large amounts of liquids. Due to this advantageous property, hydrogels are particularly promising material platforms for both biomedical and environmental applications, as they can survive in bodily fluids or in wet natural environments without dissipating.
Over the past decade, engineers and materials scientists have been developing numerous electronic devices based on soft hydrogels, including environmental and biomedical sensors, drug delivery devices, and artificial tissue. Despite the huge potential of these hydrogel-based devices, their widespread implementation has so far been hindered by their high production costs.
A research team led by Dr. Nanjia Zhou at Westlake University and Westlake Institute of Advanced Studies in China have recently introduced a new strategy to enable the 3D printing of soft hydrogel electronics. Their approach, introduced in a paper published in Nature Electronics, could help to lower the production costs of numerous hydrogel-based devices, including strain sensors, inductors, and biological electrodes.
Check out some of the best AI-powered technology at this year’s Consumer Technology Association (CES) event in Las Vegas.
The 2023 Consumer Technology Association’s (CES) annual event is once again in full flow in Las Vegas.
Technology innovators, large and small, have come out in force to show off their latest offerings. Of particular interest are those that are leveraging artificial intelligence (AI)
The Consumer Technology Association (CES) has begun its 2023 showcase of the latest and greatest in technology from around the world. Vendors this year range from purveyors of the latest in 3D printing to fintech and everything in between.
It can also rotate 220 degrees and lift up to 26.5 ounces of weight.
Supernova, a South Korean startup, has designed HUENIT, a robotic arm to help people with various household chores and creative tasks. Supernova showcased its AI Camera and Robot Arm at CES 2023. The company has been developing innovative robots to help people with everyday tasks.
Although many innovative technologies were showcased at the CES 2023, the Huenit Robot Arm captured the attention of visitors. HUENIT is an easy-to-use AI-based multi-functional robotic arm that combines advanced AI technologies with a modular arm to work on complex tasks with high precision. The robot can do everything from making coffee to 3D printing a prototype.
A company has donated 350 of Smit’s, the biomechanical engineer behind the design, 3D-printed prosthetic hands to war victims in Ukraine.
Delft University of Technology (TU Delft) researchers designed laser-cutting 3D-printed prosthetic hands for Ukranian war victims. Thanks to laser-cutting technology, war victims get their prosthetic limbs more easily. These prosthetic hands are in use in India, and Indian company Vispala donated 350 of Smit’s 3D-printed prosthetic hands to war victims in Ukraine, according to the TU Delft.
Designed by biomedical engineer Gerwin Smit, the so-called “Hundred Dollar Hand” is very cheap to produce. Smit’s artificial hand offers a sturdy and trustworthy option because 80 percent of persons who require a prosthetic hand reside in nations with few resources. Wetenschap/YouTube.
3D printers to create rapid on-demand objects have only been around for a short time. It’s a popular technique for making quick mock-ups or temporary solutions, but 3D-printing can also be used for more long-term applications. For example, some museums used it to create tactile models for interactive displays or even to create structural parts to support restoration projects. Either way, these are not temporary whimsical creations, but structures that they would likely still want to be in perfect shape several years down the line.
There are also other reasons to want to preserve 3D-printed materials for more than just a few years, but we haven’t had the technology for long enough to really know what will happen to these objects over time.
To find out, art conservation researchers at the Universidad Complutense de Madrid in Spain subjected two types of 3D printing materials to an artificial accelerated aging process. When plastics age, any damage such as loss of color or chemical changes in the materials are often caused either by UV radiation from exposure to light or by extreme temperature fluctuations. To simulate these extreme environments in a much faster scale than natural aging, the researchers put the 3D printed samples and the original filaments in two different chambers: One exposing the samples to UV light and the other subjecting them to a range of high temperatures.
