There are two notable design changes for the new iPad Pro models introduced today: they are the thinnest Apple products ever released, and they are available in a new Space Black finish that debuted on the MacBook Pro last year.
Apple gave the media some hands-on time with the new iPad Pro models, and we have rounded up real-world photos and videos of the devices below.
The new 11-inch iPad Pro is just 5.3mm thick, and the 13-inch model is even thinner at 5.1mm.
There is also a new Magic Keyboard for the new iPad Pro models that features an aluminum palm rest and a larger trackpad. The keyboard is available in Black and White color options, which have Space Black and Silver palm rests, respectively.
Last, the new Apple Pencil Pro looks very similar to the second-generation Apple Pencil.
Apple is expected to announce iOS 18 during its WWDC keynote on June 10, and new features have already been rumored for many apps, including Apple Music, Apple Maps, Calculator, Messages, Notes, Safari, and others. Below, we recap iOS 18 rumors on a per-app basis, based on reports from MacRumors, Bloomberg’s Mark Gurman, and others: Apple Maps: At least two new Apple Maps features are…
Apple will be holding its first event of the year this Tuesday, May 7 at 7 a.m. Pacific Time, with a live stream to be available on Apple.com and on YouTube. How long will the event be? In his newsletter today, Bloomberg’s Mark Gurman said the video will have a runtime of “around 35 minutes.” Apple is expected to announce new iPad Pro and iPad Air models, along with updated Apple Pencil…
It’s been a long time since the last one, but an Apple event is finally right around the corner! While it’s anticipated to be a fairly short pre-recorded affair, we’re expecting to see the first updates to the iPad lineup in over a year and half, so make sure to tune in to see what Apple has in store. Other news and rumors this week included a couple of product introductions from Apple’s…
Apple today announced that iOS 17.5 will be released to the public “soon,” following over a month of beta testing. While the software update is relatively minor, it does have a few new features and changes, as outlined in the list below. “The new Pride Radiance watch face and iPhone and iPad wallpapers will be available soon with watchOS 10.5, iOS 17.5, and iPadOS 17.5,” said Apple, in its…
Apple today announced a new Pride Edition Braided Solo Loop Apple Watch band, watch face, and wallpaper. The band features a fluorescent design inspired by multiple pride flags with a laser-etched lug that reads “PRIDE 2024.” Black, Hispanic, and Latin communities, as well as those impacted by HIV/AIDS, are represented on the band by the black and brown colors, while transgender and…
Anker’s Soundcore Space A40 is the top recommendation in our guide to the best budget wireless earbuds, as it offers enjoyable sound and a meaty set of features for well under $100. If you’re looking to buy a set on the cheap, take note: A new sale on Amazon has dropped the earbuds down to $49, which matches the lowest price we’ve seen. The earbuds technically have a list price of $100, but they’ve sold for $59 for most of 2024, so you’re saving about $10 here. We last saw this discount about a month ago.
In an amusing bug, Amazon’s product page currently lists the earbuds as a “Gildan Unisex-adult Fleece Hoodie Sweatshirt.” Why? We have no idea. The correct name appears when you add the pair to your cart, however, so this shouldn’t be any cause for alarm. (Unless you really want a new hoodie.) The deal itself is sold by Anker directly and applies to the black model; the blue and white versions are also on sale for $1 more.
Soundcore
This matches the best price we’ve seen for the top budget pick in our guide to the best wireless earbuds.
We recommend the Space A40 because it has the kind of feature set we expect from much more expensive earbuds. Its adaptive active noise cancellation (ANC) isn’t quite on par with the absolute best from Sony or Bose — particularly when it comes to voices and higher-pitched sounds — but it’s still superb for $50, and more than capable of muting the hum of an office or daily commute. The earpieces are small, comfortable and IPX4-rated, so they should hold up for all but the sweatiest gym-goers. Battery life comes in around eight hours per charge, with another 40 or so available through its case, which is easy to pocket and supports wireless charging. The pair can connect to two devices simultaneously, and there’s a usable (if not superlative) transparency mode for letting in outside noise.
The Space A40 has a warm sound profile out of the box, with a noticeable but not overwhelming boost in the upper-bass region. The highs are a bit underemphasized, so some tracks won’t sound as crisply detailed as they might on more expensive pairs. But it should be pleasant for most, and Anker’s companion app includes an EQ for tweaking the sound if needed. The main downsides here are the mediocre mic, which isn’t the clearest for phone calls, and the lack of in-ear detection, which means the earbuds won’t automatically pause when you take them out of your ears.
If all of this sounds appealing but you’d prefer an AirPods-style shape with easy-to-grab “stems,” Anker’s Soundcore Liberty 4 NC is the runner up in our guide, and it’s also on sale for $74.50. That’s about $5 more than the pair’s all-time low but $25 less than its usual going rate. This model sounds more bass-heavy by default, but it has just about all the same features, with slightly more extensive touch controls.
If you’re looking to improve the sound on your TV, one of the easiest ways is to add one of the best soundbars.
These days, soundbars include more features than ever before. One of the most popular is Dolby Atmos. Some soundbars, such as the Samsung HW-Q990C, have evolved from a simple bar to an entire wireless surround sound package, creating a fully immersive experience without a complicated setup.
However, some of us don’t have the space for these mammoth soundbar systems and instead require a smaller, all-in-one package. But, do you have to sacrifice Dolby Atmos sound to save on space?
Thankfully, the answer is no. Some of the best Dolby Atmos soundbars are standalone bars compact enough to suit most living situations. Below, I’ve listed three soundbars that compromise on space, but not sound.
As a bonus, these Dolby Atmos soundbars are budget-friendly – meaning you can expect to pay under $500 / £500. There are cheaper soundbar options, but you’re not likely to get Dolby Atmos (and if you are, it won’t be at its most effective) with those models.
Sony HT-S2000
(Image credit: Future)
The Sony HT-S2000 is the most budget-friendly soundbar in this list, as we’ve seen prices fall to $349 / £299, but that doesn’t mean it’s a slouch when it comes to performance. Across the board, the HT-S2000 utilizes Sony’s design prowess to get the best from a budget bar.
At 31.5 x 2.5 x 5.25 inches (800 X 64 X 124 mm), the HT-S2000 is a compact soundbar, but during our tests, we found it delivered clear and refined dialogue and spacious sound. Despite a lack of upward-firing speakers, the HT-S2000 worked wonders with Dolby Atmos and DTS:X soundtracks, harnessing some excellent processing to create a solid virtual surround sound.
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The HT-S2000 is a little limited in features – there’s no built-in Wi-Fi, which means wireless music streaming is limited to Bluetooth quality. But it’s an easy-to-use, simple-to-setup soundbar that will suit anyone looking to boost their TV’s built-in sound.
Sonos Beam (Gen 2)
(Image credit: Future)
Sonos doesn’t just make some of the best wireless speakers, it also has an accomplished soundbar range, led by the Sonos Arc. However, this large, more premium soundbar won’t suit everyone. Thankfully, its more compact and affordable sibling, the Sonos Beam (Gen 2), doesn’t lack for performance.
It may be small in stature, sitting at 25.6 x 2.7 x 3.9 inches (651 x 69 x 100mm), but the Beam (Gen 2) delivers room-filling sound thanks to its wide soundstage. It is Dolby Atmos compatible and although its handling of Atmos wasn’t quite as impressive as other Atmos soundbars during our test, it still delivers an excellent sense of height and surround for a compact soundbar with no upward-firing speakers.
Music playback is where the Beam (Gen 2) really shines. It offers hi-res audio compatibility and Wi-Fi streaming, which, combined with the Beam’s overall sonic performance, yields a clean, punchy, well-controlled sound. You can expect to pay $499 / £499 / AU$799 for the Beam (Gen 2), but come holiday sales season, the Beam is almost always on offer for less.
Bose Smart Soundbar 600
(Image credit: Future)
An alternative to the Sonos Beam (Gen 2), the Bose Smart Soundbar 600 is priced the same ($499 / £499 / AU$799) and is subject to similar seasonal discounts as that model. It’s even a strikingly similar size, clocking in at 25.5 x 2.2 x 4 inches (649 x 56 x 104mm). However, the Bose 600 offers one thing the other two soundbars on this list don’t: upward-firing speakers.
As a result, the Bose 600 presents Dolby Atmos soundtracks with a real sense of atmosphere and immersion – or as we said in our review “easily scaling up to match the onscreen action, and also extending above and beyond it”. The Bose 600 has excellent dialogue clarity as well.
It’s not all perfect with Bose’s soundbar, as it does lack bass, but it does what it can with the size it’s given. The Bose 600’s design is another strong point, with a sturdy metal enclosure that feels like it’s built to last. It also comes with built-in Wi-Fi for music streaming and, of the three soundbars listed here, will arguably give you the best Dolby Atmos presentation.
In November 2023, Google released Android 14 QPR2 Beta 1, which brought Private Space, a feature similar to Samsung’s Secure Folder that you find on most smartphones and tablets from the company. Well, Google has now released Android 14 QPR3 Beta 2.1, and it brings a new option to Private Space which Samsung already offers with Secure Folder. Along with that, the new version of the OS brings a new setup flow for Private Space, which gives you more information on how the feature works and what you can do with it, and a new suggestion to make the most out of the new feature. Let’s take a look.
Starting with the new option, which is ‘Lock private space automatically,’ it lets you configure the feature to automatically lock the protected space depending on one of the two sub-options you select in it, which are ‘Every time device locks’ and ‘After 5 minutes of inactivity.’ If you select the first, the feature will lock Private Space immediately after you lock the device, and if you select the second, it will lock Private Space after five minutes of inactivity. Now here’s something very interesting: Secure Folder already offers this feature. So, it looks like Google has taken inspiration from Samsung.
As for the new suggestion, when you are setting up Private Space, the feature now recommends you create a dedicated Google account for using it to “stop data appearing outside private space, such as:” “Synced photos, files, emails, contacts, calendar events, and other data,” “App download history and recommendations,” “Browsing history, bookmarks, and saved passwords,” and “Suggested content related to your activity in private space apps.” This suggestion, as well as the option to automatically lock the protected space further enhances the privacy and security of Private Space.
Lastly, Private Space now offers a revamped setup flow, giving you a better idea of the feature, as you can see in the images above shared by Mishaal Rahman on Android Authority.
Overall, the development of Private Space seems complete, and Google could offer the new feature to the public with Android 15. Fortunately for Samsung users, they don’t have to wait for it as they already have Secure Folder. That being said, it would be interesting to see what Samsung does with Secure Folder once Private Space arrives with Android 15. It could either replace Secure Folder with Private Space or it could disable Private Space and continue offering Secure Folder. We expect Samsung to go with the second option as Secure Folder offers more features than Private Space, at least for now.
No Man’s Sky is still getting major updates. Developer Hello Games’ “Orbital” update, due Wednesday, adds procedurally generated space stations (so they’ll be different every time), a ship editor and a Guild system to the nearly eight-year-old space exploration sim.
Up until now, space stations have been one of the few parts of No Man’s Sky that weren’t created and randomized by algorithms as something truly unique. That changes with today’s update, which uses game engine upgrades to “create vast interior spaces and exterior spaces, with improved reflection and metallic surfaces.”
The stations’ broader scale will be evident from the outside, while their interiors will include new shops, gameplay and things to do. Hello Games describes them as being “uniquely customized” based on their virtual inhabitants’ system, race and locale.
Hello Games
Inside the stations, you’ll find the new ship editor. Hello Games says it previously withheld ship customization to maintain the title’s focus on exploration. (If players could build any ship they wanted at any time, it could ruin some of the fun of scouting out existing ones to buy in-game.) In that spirit, you’ll still need to collect, trade and salvage the parts to build yours how you like it.
The game’s upgraded Guild system, also in today’s update, makes factions a bigger part of the experience. You can find new Guild envoys on space stations, where you can join the club, get supplies and precious commodities and donate to boost your status in the group.
Fleets are getting better, too. With today’s update, you can send your frigate fleet on away missions — and if they run into trouble, you can swoop in and save the day. It sounds like a fun nuance to help scratch anyone’s space fantasy itch.
No Man’s Sky owners can install the Orbital update — also including engine improvements, a UI refresh and “much more” — today.
Apple’s upcoming iPhone 16 Pro and iPhone 16 Pro Max models will come in new “space black” and “rose” titanium colors, claims a new rumor out of China.
According to a Weibo post shared by leaker ShrimpApplePro on X (Twitter), the Blue Titanium color that iPhone 15 Pro models are currently available in will be dropped from the iPhone 16 Pro lineup in favor of the new rose color. Meanwhile, “space black,” which is said to be similar to the iPhone 14 Pro color of the same name, will replace Black Titanium.
The rumor also claims that the Natural and White Titanium colors will be slightly different on the iPhone 16 Pro models. Natural Titanium is said to be returning, but with more of a gray tint to it. Meanwhile, White Titanium will appear more like a “silver white” color, which is also said to be similar to the silver version of the iPhone 14 Pro.
The Weibo user that is the source of the rumor has not previously been tracked by MacRumors. However, ShrimpApplePro claims that the account accurately predicted ahead of launch the Purple color that debuted with the iPhone 14 Pro.
Apple switched its “Pro” models from stainless steel to titanium with last year’s iPhone 15 Pro series. The iPhone 15 Pro comes in Black Titanium, White Titanium, Blue Titanium, and Natural Titanium, but Apple surprised by not offering a gold option. Gold was available through the iPhone 5S to the iPhone 8, and then on the iPhone XS to the iPhone 14 Pro. Therefore the rumored new “rose” color could well be the titanium version of a gold-like shade.
Examples of rumored new iPhone 16 Pro color lineup
This is the second rumor we have heard about the iPhone 16 Pro’s color options. Last month, the leaker known as “Majin Bu” claimed that the Pro models would be available in “Desert Titanium” and “Titanium Gray” color options, and those names suggest there could be some overlap with today’s rumored rose color and the tweaked Natural Titanium.
The first iPhone was launched in 2007, while the first Galaxy smartphone was unveiled in 2009. Ever since their launch, Android and iOS have copied features from each other, but Android has always been better at UI customization. While Apple has made several improvements in the past few years, it still lacks a basic feature that has been present on Galaxy (and other Android phones) for 14 years.
iOS 18 could bring blank space support to the iPhone’s home screen
MacRumors is reporting that iOS 18 will bring more home screen customization support to iPhones. While app icons on the home screen will still be locked to an invisible grid structure, iPhone users could have black spaces, columns, and rows between app icons. The information about a more customizable UI was first reported by Bloomberg’s Mark Gurman.
It is already possible to create custom icons for apps on iOS, it requires a lot of effort and using the Shortcuts app. In comparison, Galaxy users can easily do so by installing a third-party app launcher and an icon pack. One UI lets users customize the colors of app icons using the Color Palette feature. One UI also lets users change the app icon grid size for the home screen, app drawer, and folders. They can also change the colors of the folders.
Other features expected with iOS 18 include support for RCS (for better messaging between Android and iOS), Generative AI support for Siri, and AI features for many stock apps.
SpaceX’s Falcon 9 has become a workhorse of the private satellite launch vehicle market.Credit: Associated Press/Alamy
Who Owns the Moon? In Defence of Humanity’s Common Interests in SpaceA. C. Grayling Oneworld Publications (2024)
The Moon seems to be back on everyone’s radar. NASA’s Artemis mission is expected to shuttle humans back to the lunar surface before the end of this decade. In the past year, Japan and India have successfully landed rovers there; Luna 25, a Russian effort almost half a century after the nation’s last, almost made it, but crash landed.
Several non-state actors are also stepping into the fray, with the space-exploration company Intuitive Machines, based in Houston, Texas, last month becoming the first private firm to complete a lunar touchdown — a feat that sent the company’s stock price soaring.
The fallout and consequences of this renewed clamour for the Moon is the subject of UK philosopher A. C. Grayling’s latest book. In Who owns the Moon?, Grayling explores one facet behind the interest in Earth’s pockmarked neighbour — a quest for resources.
Japanese Moon-lander unexpectedly survives the lunar night
India’s mission, for instance, was squarely aimed at exploring the Moon’s southern pole — a probable storehouse of frozen water, which could be converted into oxygen and rocket fuel. Grayling warns that human greed and national rivalries could set off a lunar ‘gold rush’ once the investment and engineering barriers to extracting extraterrestrial materials are surmounted. He calls for an urgent re-examination of the laws that govern space exploration.
Who owns the Moon — and perhaps more broadly, who owns outer space — is a complex, legally loaded question that has been asked since the space age commenced. Although a layperson might assume that there are no laws governing the exploration of the cosmos, international agreements, such as the 1967 Outer Space Treaty, do exist. Grayling’s contention is that such arrangements, negotiated under the auspices of the United Nations, are essentially cold war-era arms-control pacts, focusing primarily on prohibiting nuclear weapons in outer space and preventing any single country from claiming sovereignty over celestial bodies.
Trillion-dollar industry
Although this agreement has staved off major conflicts in space over the past nearly 60 years, the nature of space exploration has changed remarkably since then. For starters, private firms are now able to exert substantial influence on government-run space programmes. Private actors such as the US spacecraft manufacturer SpaceX, based in Hawthorne, California, already own a majority of the low Earth orbiting satellites. In 2022, the author states, the space industry was estimated to be worth US$350 billion and is projected to grow to more than one trillion dollars over the next two decades. Under these circumstances, the presence of intentionally vague and ambiguous terminology in existing international agreements — such as outer space being a “province of all mankind” held for the “common interest” — leaves room for misinterpretation.
If lunar bases end up becoming a reality, the existing legal framework will need an update. Without a bold new global consensus, Grayling predicts, a space ‘wild west’ is going to emerge.
In the absence of a concerted global dialogue, individual countries are pushing ahead with their own laws, such as the US Commercial Space Launch Competitiveness Act of 2015. Similar laws are being written or enacted in India, Japan, China and Russia.
Peace in space
Drawing on observations made by the UN’s Committee on the Peaceful Uses of Outer Space, Grayling writes that space law is getting more fragmented, thereby increasing the potential for conflict. An international regime that gives general guidance on most space-related matters — supplemented by a set of multilateral institutions that can support enforcement and adjudication — is imperative, he writes. Individual states can then focus on domestic licensing regimes for globally agreed activities. Whether one will come before the other is still an open question, but the signals point to domestic regimes moving faster than global governance.
The book’s main contribution is perhaps its chapters that document historical precedents, which offer lessons on how to set up mechanisms to facilitate global cooperation. According to some, the 1959 Antarctic Treaty is a shining example of a multi-party agreement that has kept narrow national interests at bay. However, it is important to point out that several signatories continue to maintain territorial claims. The law of the sea, a set of international agreements on the commercial exploitation of the oceans and the deep-sea bed, offers another template. However, these examples cited by Grayling do not necessarily transpose readily to outer space.
Last month, Intuitive Machine’s Odysseus became the first module manufactured by a private firm to land on the Moon.Credit: Zuma Press/Alamy
For instance, the law of the sea is the product of hundreds of years of negotiation and power tussles between diverse competing actors — a body of collective knowledge that is unavailable to a young field such as space exploration. And Grayling doesn’t discuss the analogies with international environmental law, which would have been more relevant. For most of human history, the planet wasn’t conceived of as an environment, although today it is. A profound legal reimagination is taking place as a result. If outer space is set to become a part of our immediate environment, then there could be lessons to learn from the ongoing climate change-induced reconsideration of the nature of resource exploitation here on Earth.
Without an overarching governance structure, disputes in space can be hard to deal with. Currently, when a conflict arises between two space-faring nations, not only does the vagueness of international space law ensure that there is no clear process to engage in consultation, there is also no mechanism to pin accountability. This is clearly a choice exercised by the currently dominant players who can, as a result, interpret the phrase ‘freedom of outer space’ in any way they choose.
The 1972 Space Liability Convention — a treaty that is pressed into service in case of injury to persons or damage to property owing to space-related activities — has been officially invoked just once, when a Soviet satellite deposited radioactive debris in Canadian territory in 1978. The Soviets had to pay Can$3 million (at the time around US$2.5 million) to settle the dispute.
Soon, such conflicts might spill over, as our conception of ‘damages’ expands to potentially include activities that harm the common environment that lies beyond national boundaries. Grayling repeatedly invokes the late-nineteenth century’s Scramble for Africa as a cautionary tale of what might happen if humanity’s worst instincts are let loose. At the very least, Grayling writes, our successors in the second half of this century and beyond will not be able to say: “no one warned us; no one reminded us of what history shows could so easily go wrong when it is considerations of money and power that alone drive events”.
The next generation
It is precisely to enable such wider debate that I focus so much of my effort and outreach on building the capabilities of African youth in the domain of space governance. According to the World Economic Forum, more than 40% of the global youth population will be African by the end of this decade. They are an important stakeholder, and they are the custodians of our collective space future.
When I was a trainee lawyer working for the Nigerian space agency nearly 17 years ago, my area of specialization was the application of international environmental law to space debris. Today, space junk is a global and increasingly mainstream concern. This is why genuine international cooperation is essential. The best ideas can come from anywhere. Diversity should build trust.
Simulated Mars mission ‘returns’ to Earth
Looking ahead, if I can indulge in some crystal-ball gazing, it seems likely that institutional and state governance mechanisms for managing the Moon — and outer space — will become a priority area in the coming years. Usually, such international arrangements tend to arise when there is a real risk of conflict. Despite the prevailing narrative about a second space race, there is currently little appetite for international dialogue on space-related matters that limits the freedom of the dominant actors. But this could change. What happens when the middle powers rise?
International space law is unique because the state is directly responsible and liable for all activities undertaken by its citizens, including those in the private sector. Given that some private space firms have more wealth and power than do many space-venturing nations, the scrutiny on these non-state actors will only increase.
Any future dispute-resolution mechanisms must balance inclusivity and justice, and acknowledge that space commercialization is a deep national security concern for many states. What happens in outer space should inextricably be linked to developmental debates on Earth. Otherwise, although space might nominally be for the ‘benefit of all’ — as per the Outer Space Treaty — a select few nations or companies could indulge in rapacious over-exploitation. So, we need to seriously ponder who will benefit and what will comprise the common interest.
Although Grayling does not address all these concerns in depth, Who Owns the Moon? is still an important introductory text on the issues and challenges that humanity will have to confront as it ventures to the Moon and beyond.
The experiment was failing. Nelly Ben Hayoun-Stépanian was in a cave in Spain, one outfitted to resemble the surface of a foreign planet, and she knew it was time to pull out. The goal had been to test how three people— Ben Hayoun-Stépanian and two of her doppelgängers—would form a new society in space using their perspectives as people whose lives have been touched by colonization here on Earth.
“My doppelgängers only stayed with me two nights, then they left because we had to abort the mission,” says Ben Hayoun-Stépanian. “There was a whole drama situation happening.”
If you want to know exactly what the drama was, you’ll have to watch Ben Hayoun-Stépanian’s new documentary, Doppelgängers³, which premieres this weekend at South by Southwest in Austin, Texas. Suffice to say, even if the experiment didn’t go as planned, it still proved her point: Humanity’s quest to explore space needs input from people who aren’t millionaires or leaders of government space agencies.
When she’s not making films, Ben Hayoun-Stépanian is an artist and the SETI Institute’s “designer of experiences.” One of her goals is to bring “queer ecofeminist perspectives” to space travel, and with Doppelgängers³ she wanted to show folks like Elon Musk and Jeff Bezos—the ones seeking to commercialize space travel—what it means to colonize the cosmos.
“It’s a call for action, a call for members of the public to take ownership of these futures,” Ben Hayoun-Stépanian says of the film, “because if you’re not, other people are going to do it for you.”
Ben Hayoun-Stépanian’s method for bringing in these voices is twofold. For one, she spends a good chunk of the documentary talking to experts—planetary scientist Christopher McKay, physicist Michio Kaku, among others—about trauma, space exploration, and parallel selves. For the other, she relies on her doppelgängers: Lucia Kagramanyan and Myriam Amroun, two people who share Ben Hayoun-Stépanian’s background but not her lived experiences.
The Raspberry Pi Foundation has announced a new simulation tool, Astro Pi Replay, to support participants in the European Astro Pi Challenge 2023/24, specifically for the Mission Space Lab. This educational project, run in collaboration with the European Space Agency (ESA), allows young people up to 19 years old to write programs that operate on the International Space Station (ISS).
The challenge is divided into two missions: Mission Zero for beginners and Mission Space Lab for more experienced coders. This year’s Mission Space Lab includes a new format and resources, with a specific scientific task for teams to calculate the speed of the ISS using Python programming and onboard sensors.
Imagine having the chance to write a computer program that will run in space. That’s exactly what young coders are doing with the help of the Raspberry Pi Foundation and the European Space Agency (ESA). These organizations have come together to create the initiative, which builds on the success of the European Astro Pi Challenge. This program is not just another coding competition; it’s an opportunity for young people up to 19 years old to make a real impact on the operations of the International Space Station (ISS).
Your Mission if you would like to accept it!
The Astro Pi Challenge has been a beacon for young minds interested in space science, offering a hands-on experience that goes beyond the classroom. By participating, students can contribute directly to the research and activities conducted on the ISS. The challenge is divided into two missions: Mission Zero, which is designed for beginners, and Mission Space Lab, which is tailored for more advanced coders. For those who are ready to take on a significant scientific challenge, Mission Space Lab in the 2023/24 cycle presents a unique task. Participants will use the Python programming language and the sensors aboard the ISS to calculate the orbital speed of the station. This task is not just about writing code; it’s about applying problem-solving skills to a real-world scenario in an extraordinary setting.
Astro Pi Replay is the latest tool introduced to help participants perfect their code. This simulation tool is a game-changer for preparation, as it allows students to test and refine their programs under conditions that closely mimic those on the ISS. The goal is to ensure that the code will perform without a hitch when it’s finally deployed in space.
Astro Pi Replay
To support the participants in their journey, the Raspberry Pi Foundation and ESA have provided a wealth of resources. These include guides for mentors and creators, as well as a focused ISS speed project guide that helps students approach their scientific task methodically. Additionally, virtual sessions are available, offering expert support and insights to help students navigate the challenges they may face.
One of the most exciting aspects of Astro Pi Replay is that it will be open source. This means that the code and the tools used in the project will be available for anyone to see, use, and learn from. It also allows the community to contribute to the project, fostering a collaborative environment where innovation thrives. This open-source approach is about more than just transparency; it’s about building a network of young innovators who are committed to advancing space science education.
The Astro Pi Challenge, with its new simulation tool and comprehensive support resources, is an invitation to explore the boundaries of coding and space science. As participants write code that will operate in the unique environment of space, they become part of a legacy of educational excellence and discovery. This is a call to all young coders to prepare, test, and set their sights high. The mission to code for space is underway, and it promises to be an unforgettable adventure.
Filed Under: Technology News, Top News
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