If nerds are the new rock stars, it’s time to get kids techy
Tech innovation depends on brainpower. That’s why encouraging children to study STEM subjects — science, technology, engineering and mathematics — is vital. And the good news is there’s help at hand. Lego has just launched its Boost sets, which incorporate app-based coding — allowing kids to bring their creations to life.
Aimed at children aged seven and older, the kits enable youngsters to build projects including Vernie The Robot and the Guitar 4000, while learning about how the built-in motors and sensors work. They can even add personality to their creations using voice recordings.
The Danish toymaker is also working on a Women Of Nasa set. Designed to mark the accomplishments of women and people of colour in space (and hopefully encourage their successors) it has just been given the green light to go into production…
You can read the full article in Metro (originally published 10 March 2017).
You can read the full article on p39 at e-Metro (originally published in Metro on 29 April 2016).
Mainstream virtual reality is still in its infancy but it’s been tackling the final frontier – space – for years. Now the latest hardware, such as the Oculus Rift, HTC Vive and Samsung Gear VR headsets, combined with sophisticated 360-degree filming techniques, is finally bringing space exploration to the masses.
VR’s ability to produce large-scale 3D environments not only offers armchair astronauts a glimpse of what life is like in space, it is now also more helpful than ever at aiding real-life astronauts in their jobs both on Earth and out there.
What’s more, augmented reality can offer spacemen and women a new perspective by merging the worlds of Earth and space. Compared to VR, though, augmented reality still has some way to go before we start to see smartglasses and AR helmets both on our faces and in our homes.
While virtual reality has been relatively slow to catch on in the mainstream, NASA has been using it for more than 25 years because it’s simply one of the best ways to replicate space while remaining safely on home soil.
“Simulated environments have always been important in astronaut training,” explains Jason Crusan, director of NASA’s Advanced Exploration Systems Division.
The Mercury, Gemini and Apollo astronaut crews all spent at least one third of their training time in simulators and contemporary crews use VR simulations to train for tasks on the International Space Station (ISS).
Early NASA headsets were improvised affairs – the first prototype of the Virtual Environment Workstation headset was built from a motorcycle helmet – and the American space agency has continued to update the tech involved. Astronauts now use NASA’s Virtual Reality Lab (VRL), located at the Johnson Space Center, to train for missions aboard the ISS. Using a headset, real-time graphics and motion simulators, astronauts train to carry out tasks during microgravity spacewalks.
A vital part of the training involves using their powered jetpack – the Simplified Aid For EVA Rescue (SAFER) – which carries very limited fuel, to navigate their way back to the ISS should they get stranded in space.
The ability to recreate a life-size 3D environment makes VR ideal for astronaut training and now NASA is looking at using augmented reality to keep reality in the frame.
You can read the full article at Wareable (originally published 20 April 2016).
You can read the full article on p45 at e-Metro (originally published in Metro on 11 December 2015).
NASA makes a huge investment in technology and each year it releases a report called Spinoff. This details all of the innovations that have been developed as a result of space travel, from Sony’s latest ‘magnetic fluid’ speakers to more realistic 3D mapping in video games like SSX.
NASA estimates that over the last decade or so, its spinoff innovations have saved 449,850 lives, created 18,888 jobs and created $5.2 billion of revenue.
From healthcare to aviation, sports and product manufacturing, the benefits of spaceflight have filtered down into almost every aspect of our lives, and there are several pieces of wearable kit that have been developed as a result of space exploration. Here are some of the best so far…
NASA was in need of a gadget with real-time sensors for astronauts to track their own physiological symptoms in order to prevent vomiting caused by microgravity.
Step forward Maryland-based Zephyr Technology which developed a product for the space programme, while also giving it the opportunity to improve its own technology. The Bioharness is now used for tracking health and fitness by the US military, firefighters and several pro sports teams in the NBA, NHL and NLB as well as numerous college teams.
Famous US underwear maker Jockey’s Staycool range was created using the ‘phase change materials’ that NASA developed for astronauts’ space gloves. The special material is designed to maintain a suitable temperature for optimum comfort. Basically, space pants.
Jasper Systems compression wear
NASA’s Ames Research Centre originally developed liquid-cooled garments to keep astronauts’ airtight spacesuits from becoming hot and humid. The technology has since been used by California-based Vasper Systems to produce compression garments which are designed for more efficient exercise by concentrating lactic acid buildup in the muscles.
You can read the rest of the article at Wareable (originally published 8 April 2015).
From the famous Mercury Seven astronauts to the spacemen and women on the ISS, what these pioneers wear is absolutely critical when it comes to coping with life at Zero-G.
Much of the technology that Nasa develops for space flight eventually makes it into the products that we all use here on Earth, but what about wearables in space? We’ve pulled together some of the space-aged kit that astronauts wear in space and a few things they might wear in future…
While the first watch to make it into space was a Sturmanskie, worn by cosmonaut Yuri Gagarin, the official watch of the Apollo moon landings was the Omega Speedmaster. But it was the Timex Datalink that was arguably the first smartwatch in space as it was also the very first watch capable of downloading information from a computer.
Made in conjunction with Microsoft, the watch has been approved by Nasa for space travel and has been worn by many astronauts since, but the Speedmaster remains the only watch certified for spacewalks.
Wearable health monitors have been a big part of human spaceflight from the start, with all of the Mercury, Gemini and Apollo astronauts wearing biosensors ranging from a belt-like harness to a full biosuit comprising heart rate, body temperature and blood pressure monitors.
Nasa recently tested out Google Glass and Bluetooth heart rate monitors during simulated space walks on its Neemo (Nasa Extreme Environment Mission Operations) underwater facility for potential use on the ISS in future.
Action cam specialist GoPro was named ‘official on-board camera of Nasa’ in 2011. Used by astronauts on the International Space Station (ISS), and famously by Felix Baumgartner in his epic space jump, the brand’s Hero 3 is compatible with a huge selection of mounts, ideal for keeping the action steady in zero gravity.
This spectacular selfie was above was snapped outside the ISS by Japanese astronaut Akihiko Hoshide…
You can read the rest of the article at Wareable (originally published 28 September 2014).