Latest news with #Matter
The Advertiser
a day ago
- Science
- The Advertiser
The universe's biggest mystery comes to rural Australia
From the coast to the mountains and the outback, every Australian child is made up of the same stuff as the stars and planets. So physicists and quantum computing experts are hitting the road to ensure rural and remote kids have the same opportunities to learn about the wonders of the universe as their city peers. Researchers will visit country schools on the National Quantum and Dark Matter Road Trip in August, stopping in towns including Karratha and Kalgoorlie in WA, Eudunda in SA, Broken Hill in NSW and Launceston in Tasmania. Physicist Ben McAllister is one founder of the annual national road trip, which has covered nearly 26,000km since its inception in 2022, visiting 109 cities and towns and engaging 4000 students. Children across the country are intrigued by complex themes like the enduring mystery of dark matter, which exists everywhere and holds galaxies together but cannot be seen, heard or felt. "I like to call it the biggest mystery in the universe," Dr McAllister, from the ARC Centre of Excellence for Dark Matter Particle Physics, told AAP. They are also captured by the idea that humans are made up of "regular matter" that comprises roughly 17 per cent of the universe. "If you look inside a person or a planet or a star, you're going to find atoms," Dr McAllister said. "We are fundamentally made of the same stuff." The program aims to show children the exciting career opportunities in science, technology, engineering and mathematics (STEM). Rural students are far less likely to consider work in computing and information technology than city-based children, while STEM career choices are heavily influenced by a parent's work, according to Australian government research. "It's one thing to see something on TV, or to hear someone on the radio, but another to see someone standing in front of you saying, 'hey, I'm a scientist, I'm right here and you can be too'," Dr McAllister said. "It's delivering a bit of inspiration and aspiration - this is something you can actually do." And no matter where the scientists visit, they often get the same questions from kids: How did the universe begin? Are aliens real? Can we travel through time? "It's all these big, big questions that are seemingly universal to curious minds." The road trip, which involves researchers from several Australian universities, coincides with National Science Week and runs from August 4. From the coast to the mountains and the outback, every Australian child is made up of the same stuff as the stars and planets. So physicists and quantum computing experts are hitting the road to ensure rural and remote kids have the same opportunities to learn about the wonders of the universe as their city peers. Researchers will visit country schools on the National Quantum and Dark Matter Road Trip in August, stopping in towns including Karratha and Kalgoorlie in WA, Eudunda in SA, Broken Hill in NSW and Launceston in Tasmania. Physicist Ben McAllister is one founder of the annual national road trip, which has covered nearly 26,000km since its inception in 2022, visiting 109 cities and towns and engaging 4000 students. Children across the country are intrigued by complex themes like the enduring mystery of dark matter, which exists everywhere and holds galaxies together but cannot be seen, heard or felt. "I like to call it the biggest mystery in the universe," Dr McAllister, from the ARC Centre of Excellence for Dark Matter Particle Physics, told AAP. They are also captured by the idea that humans are made up of "regular matter" that comprises roughly 17 per cent of the universe. "If you look inside a person or a planet or a star, you're going to find atoms," Dr McAllister said. "We are fundamentally made of the same stuff." The program aims to show children the exciting career opportunities in science, technology, engineering and mathematics (STEM). Rural students are far less likely to consider work in computing and information technology than city-based children, while STEM career choices are heavily influenced by a parent's work, according to Australian government research. "It's one thing to see something on TV, or to hear someone on the radio, but another to see someone standing in front of you saying, 'hey, I'm a scientist, I'm right here and you can be too'," Dr McAllister said. "It's delivering a bit of inspiration and aspiration - this is something you can actually do." And no matter where the scientists visit, they often get the same questions from kids: How did the universe begin? Are aliens real? Can we travel through time? "It's all these big, big questions that are seemingly universal to curious minds." The road trip, which involves researchers from several Australian universities, coincides with National Science Week and runs from August 4. From the coast to the mountains and the outback, every Australian child is made up of the same stuff as the stars and planets. So physicists and quantum computing experts are hitting the road to ensure rural and remote kids have the same opportunities to learn about the wonders of the universe as their city peers. Researchers will visit country schools on the National Quantum and Dark Matter Road Trip in August, stopping in towns including Karratha and Kalgoorlie in WA, Eudunda in SA, Broken Hill in NSW and Launceston in Tasmania. Physicist Ben McAllister is one founder of the annual national road trip, which has covered nearly 26,000km since its inception in 2022, visiting 109 cities and towns and engaging 4000 students. Children across the country are intrigued by complex themes like the enduring mystery of dark matter, which exists everywhere and holds galaxies together but cannot be seen, heard or felt. "I like to call it the biggest mystery in the universe," Dr McAllister, from the ARC Centre of Excellence for Dark Matter Particle Physics, told AAP. They are also captured by the idea that humans are made up of "regular matter" that comprises roughly 17 per cent of the universe. "If you look inside a person or a planet or a star, you're going to find atoms," Dr McAllister said. "We are fundamentally made of the same stuff." The program aims to show children the exciting career opportunities in science, technology, engineering and mathematics (STEM). Rural students are far less likely to consider work in computing and information technology than city-based children, while STEM career choices are heavily influenced by a parent's work, according to Australian government research. "It's one thing to see something on TV, or to hear someone on the radio, but another to see someone standing in front of you saying, 'hey, I'm a scientist, I'm right here and you can be too'," Dr McAllister said. "It's delivering a bit of inspiration and aspiration - this is something you can actually do." And no matter where the scientists visit, they often get the same questions from kids: How did the universe begin? Are aliens real? Can we travel through time? "It's all these big, big questions that are seemingly universal to curious minds." The road trip, which involves researchers from several Australian universities, coincides with National Science Week and runs from August 4. From the coast to the mountains and the outback, every Australian child is made up of the same stuff as the stars and planets. So physicists and quantum computing experts are hitting the road to ensure rural and remote kids have the same opportunities to learn about the wonders of the universe as their city peers. Researchers will visit country schools on the National Quantum and Dark Matter Road Trip in August, stopping in towns including Karratha and Kalgoorlie in WA, Eudunda in SA, Broken Hill in NSW and Launceston in Tasmania. Physicist Ben McAllister is one founder of the annual national road trip, which has covered nearly 26,000km since its inception in 2022, visiting 109 cities and towns and engaging 4000 students. Children across the country are intrigued by complex themes like the enduring mystery of dark matter, which exists everywhere and holds galaxies together but cannot be seen, heard or felt. "I like to call it the biggest mystery in the universe," Dr McAllister, from the ARC Centre of Excellence for Dark Matter Particle Physics, told AAP. They are also captured by the idea that humans are made up of "regular matter" that comprises roughly 17 per cent of the universe. "If you look inside a person or a planet or a star, you're going to find atoms," Dr McAllister said. "We are fundamentally made of the same stuff." The program aims to show children the exciting career opportunities in science, technology, engineering and mathematics (STEM). Rural students are far less likely to consider work in computing and information technology than city-based children, while STEM career choices are heavily influenced by a parent's work, according to Australian government research. "It's one thing to see something on TV, or to hear someone on the radio, but another to see someone standing in front of you saying, 'hey, I'm a scientist, I'm right here and you can be too'," Dr McAllister said. "It's delivering a bit of inspiration and aspiration - this is something you can actually do." And no matter where the scientists visit, they often get the same questions from kids: How did the universe begin? Are aliens real? Can we travel through time? "It's all these big, big questions that are seemingly universal to curious minds." The road trip, which involves researchers from several Australian universities, coincides with National Science Week and runs from August 4.
Perth Now
a day ago
- Science
- Perth Now
The universe's biggest mystery comes to rural Australia
From the coast to the mountains and the outback, every Australian child is made up of the same stuff as the stars and planets. So physicists and quantum computing experts are hitting the road to ensure rural and remote kids have the same opportunities to learn about the wonders of the universe as their city peers. Researchers will visit country schools on the National Quantum and Dark Matter Road Trip in August, stopping in towns including Karratha and Kalgoorlie in WA, Eudunda in SA, Broken Hill in NSW and Launceston in Tasmania. Physicist Ben McAllister is one founder of the annual national road trip, which has covered nearly 26,000km since its inception in 2022, visiting 109 cities and towns and engaging 4000 students. Children across the country are intrigued by complex themes like the enduring mystery of dark matter, which exists everywhere and holds galaxies together but cannot be seen, heard or felt. "I like to call it the biggest mystery in the universe," Dr McAllister, from the ARC Centre of Excellence for Dark Matter Particle Physics, told AAP. They are also captured by the idea that humans are made up of "regular matter" that comprises roughly 17 per cent of the universe. "If you look inside a person or a planet or a star, you're going to find atoms," Dr McAllister said. "We are fundamentally made of the same stuff." The program aims to show children the exciting career opportunities in science, technology, engineering and mathematics (STEM). Rural students are far less likely to consider work in computing and information technology than city-based children, while STEM career choices are heavily influenced by a parent's work, according to Australian government research. "It's one thing to see something on TV, or to hear someone on the radio, but another to see someone standing in front of you saying, 'hey, I'm a scientist, I'm right here and you can be too'," Dr McAllister said. "It's delivering a bit of inspiration and aspiration - this is something you can actually do." And no matter where the scientists visit, they often get the same questions from kids: How did the universe begin? Are aliens real? Can we travel through time? "It's all these big, big questions that are seemingly universal to curious minds." The road trip, which involves researchers from several Australian universities, coincides with National Science Week and runs from August 4.
Tom's Guide
7 days ago
- Tom's Guide
Yale Smart Lock with Matter review: Minimalistic and sleek, but maybe a little too basic
Dimensions: 5.38 x 0.88 x 2.56 inches (H x L x W)Connectivity: Bluetooth, ThreadPower: 4x AA batteriesWorks with: Google Home, Amazon Alexa, Apple Home, and other Matter-compatible smart homes In some ways, smart home devices are getting a little more…boring. That's a good thing. The advent of Matter means that devices like basic smart locks can be less focused on cramming in connectivity tech, and more on actual good design. The new Yale Smart Lock with Matter is a good example of this. It's a simple, sleek smart lock with Matter over Thread support. Of course, there is a little more to it than that – but not much. How does the Yale Smart Lock with Matter compare with the best smart locks on the market today? The Yale Smart Lock with Matter is available now for $170 directly from Yale and through other major retailers. It comes in three finishes: Snow, Matte Black, and Ash. I'm reviewing the Ash model, which wasn't available for purchase at the time of writing. The colors are designed to match the Google Nest Doorbell. Apart from the wide compatibility, perhaps the best thing about the Yale Smart Lock with Matter is how sleek and stylish it looks. It's one of the better-looking smart locks I've tested, with a minimalist design that doesn't scream "smart home gadget" from across the street. The matte finish looks premium and modern, and both the interior and exterior components are refreshingly slim compared to the bulky designs of most smart locks. The exterior features a simple PIN pad and physical keyhole — that's it. The interior section has a basic thumb latch that's equally understated. It's the kind of design that fits seamlessly into contemporary home aesthetics without looking like a tech afterthought. That super-basic design, of course, could be considered a downside. There's no fingerprint sensor, no camera, and no other additional features -- features that some might want from their smart lock. I do wish the thumb latch matched the outer shell in color though – it's black, and not the Ash color of the rest of the lock. Also in the box is a door sensor that works with the lock to let you know if the door is open or closed, though how well it works depends on the smart home ecosystem you use. The sensor is small and white, but there are limits in how you can mount it; since it works with the lock itself, it needs to be positioned near the lock. Installation is straightforward, though it's worth noting that this isn't a retrofit solution like the August Wi-Fi Smart Lock. The Yale Smart Lock replaces all components of your existing lock and deadbolt, which means you'll need to be comfortable with a bit more hardware work. The process itself is simple enough though, and the included instructions are clear. The lock is powered by four AA batteries (that come included), so you don't need to worry about hardwiring anything. The door sensor is easy to set up too, with either screws or adhesive, both included in the box. You can even install it in your door frame, though I didn't do that. As a Matter accessory, setting the lock up in your preferred smart home app is extremely simple. After the physical installation, you'll hold down a button to put the lock into pairing mode, then you simply scan the Matter QR code in your preferred smart home app – whether that's Google Home, Apple Home, or another Matter-compatible platform. It connected quickly during my testing, in both Apple Home and Google Home. Note, however, you will need a Thread border router to use the device through Matter – I used a Google Nest Hub Max and an Apple TV 4K (separately – you can't connect a Thread device to two Thread border routers). Alternatively, you can technically connect the lock to your phone through Bluetooth using the Yale Access app, but I recommend against buying the lock without a Thread border router. That's a bit of a departure compared to the previous-gen collaboration between Yale and Google, the Nest x Yale Lock, which was Google Home only. While there is an official Yale Access app available, you don't actually need to use it — and most users probably won't want to. As a pure Matter device, the lock works entirely through your chosen smart home platform, whether that's Google Home, Apple Home, or another Matter-compatible system. The Yale Access app doesn't unlock (ha) any additional features or functionality beyond what you get through your smart home platform of choice, and in fact, when I went to set the lock up in the Yale app, I was told that doing so would prevent me from being able to add it as a Matter accessory to another platform. In other words, the only time you would want to use the Yale app is if you bought the lock specifically to use it through Bluetooth.I don't recommend using it solely through Bluetooth, as you'll lose remote access and smart home integration when you're outside Bluetooth range — if you don't have a Thread border router, you're better off buying a Wi-Fi model. Yes, the lock works mostly the same in Apple Home and Google Home – despite what Yale's marketing might have you believe. The lock is marketed as being 'designed for Google Home,' and while that may be true when it comes to color-matching the lock with other Google accessories, don't be fooled into thinking that you'll actually get faster or somehow better operation without Google Home. That's with some caveats though. Different companies are better at implementing different features in their smart home apps. For example, Alexa doesn't let you set up and manage guest codes yet, something that all the other platforms allow for. And, DoorSense, the door sensor that comes with the lock, currently only works in Google Home. That largely seems to be a limitation of the apps rather than Matter itself – and to be clear, you won't be able to use other smart lock-connected door sensors in other platforms through Matter. In other words, the lock works great on any Matter-compatible platform, as long as you have a Thread border router. It's just that Google seems to have done a better job at implementing features like automatic locking and unlocking – features that will hopefully come to the other platforms soon, and when they do, will be fully compatible with this lock. Through Matter, you'll get all the other basic features. You can remotely lock and unlock the device, monitor its status, use it with automations, and even set up guest codes that you can enable or disable as needed. Your features, of course, will vary depending on the platform you use — for example, in Google Home you can auto-lock and auto-unlock smart locks, something that you can't do in Apple Home. The Yale Smart Lock with Matter succeeds at providing reliable smart lock functionality in an attractive, minimalist package. If you value clean design and wide smart home compatibility over feature density, this lock delivers exactly what you're looking for. However, at $190, it's asking a premium price for basic functionality. The lack of biometric authentication feels like a missed opportunity, especially when competitors pack more features in at a similar or lower price point. That said, those extra features don't work natively through Matter, which somewhat defeats the purpose of this lock. For those prioritizing aesthetics and simplicity over bells and whistles, the Yale Smart Lock with Matter hits the mark — you'll just pay a bit extra for that minimalist approach.
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Business Standard
23-07-2025
- Automotive
- Business Standard
EV startup Matter launches ₹1.93 lakh Aera 5000+ e-bike, eyes IPO
Electric vehicle startup Matter, which launched its Aera 5000+ electric motorcycle in Mumbai priced at ₹1.93 lakh, is positioning the product as a direct alternative to internal combustion engine (ICE) motorcycles in the 150–200cc segment. Backed by US-based venture firm Helena, Matter says its product is designed not to compete with electric vehicles (EVs) but with petrol bikes. Capital 2B, Japan Airlines & Translink Innovation Fund (Canada), SB Invest, and othe₹are investo₹in the startup. Matter aims to take on ICE rivals like the Yamaha R15 V4 (₹1.85 lakh), TVS Apache RTR 160 (₹1.18 lakh), Bajaj Pulsar NS200 (₹1.45 lakh), and KTM 200 Duke (₹2.06 lakh). The Ahmedabad-based startup was in pilot mode until June 2025 and is now expanding across Maharashtra, Gujarat, Karnataka, Tamil Nadu, Andhra Pradesh, and Kerala. It aims to scale up from seven dealerships currently to 150 dealerships by the end of 2026, with a sales target of 50,000 units next year. The company expects to break even in the next three to five yea₹with a monthly run rate of 20,000–25,000 units. The Aera 5000+ comes with a 5 kWh battery and a certified range of 172 km, along with a four-speed manual gearbox—which the company claims is a first for an electric motorcycle in India. The company recently closed a $35 million Series B round, bringing its total funding to $75 million. Matter's post-money valuation now stands at $230 million. It plans to raise an additional $125 million in multiple tranches over the next three to four years, as part of a broader $200 million fundraising plan. 'The funds will be used to expand production, deepen research and development, and scale distribution,' Lalbhai said. 'We are targeting a public listing in the next three to four yea₹once we hit our revenue and growth milestones.' Matter has filed over 350 patents, with core components like the battery pack, gearbox, and powertrain developed in-house. Although the current Aera model uses rare-earth magnets, the company is working with a US-based firm on non-rare-earth motor technologies to mitigate future supply risks. 'India's motorcycle market is largely untouched by electrification. As more consume₹get options like Aera, we believe adoption will accelerate much like it did in scooters,' Lalbhai added.
Time of India
23-07-2025
- Automotive
- Time of India
Matter launches AERA 5000+ geared electric motorcycle in Mumbai
Electric mobility startup Matter has launched its AERA 5000+ in Mumbai. Following earlier rollouts in Delhi, Bengaluru, Ahmedabad, and Pune, the Mumbai launch is seen as a key step in the company's national expansion. Priced at ₹1,93,826 (ex-showroom Mumbai), the AERA 5000+ is now open for bookings via the company's website. The launch comes ahead of the upcoming festive season, including Ganesh Chaturthi and Diwali, a period typically associated with increased vehicle sales in urban India. The AERA 5000+ features MATTER's proprietary 4-speed manual gearbox, branded as HyperShift, designed specifically for electric motorcycles. 'Mumbai doesn't slow down. It's bold, quick-thinking, and always ahead. That's why this city is special to us,' said Mohal Lalbhai, Founder and CEO of MATTER. Features The AERA 5000+ comes with a range of features including a 5kWh battery pack with a certified range of up to 172 kilometres, a 7-inch touchscreen dashboard, dual disc brakes with ABS, and a smart key for keyless ignition. Notably, the model is backed by a lifetime battery warranty, a first in the Indian electric two-wheeler segment, according to the company. The electric motorcycle maker also announced the opening of a new experience centre in Mumbai, located at Saki Naka Junction in Andheri. The facility will offer test rides, product demonstrations, and customer engagement as part of the company's omnichannel approach to electric vehicle retail. The company claims to have filed over 350 patents, 75 of which have been granted, covering areas such as battery management, liquid cooling, and gearbox technology.
