Apple’s AirTags and Samsung’s SmartTags this year joined an already crowded Bluetooth tracker market. These little devices attach to key rings, backpacks, and luggage or can be tucked inside a bag or attached to any other possession you’re afraid to lose, sending you alerts when it leaves your side and even enabling you to track down its last known location on a map.Continue reading
Stop clogging your inbox by sending emails with large attachments. Instead, switch to one of these free and fast file transfer websites for a more convenient way to share large files without installing anything.
This is a dope concept!
Can people be enlightened about housing inequality through a video game? That’s the purpose of Dot’s Home — a video game whose purpose is just that.
The narrative-driven game centers around Dorothea “Dot” Hawkins, a 20-year-old Black woman who goes back in time to help different generations of her family make decisions about housing. Dot time travels via a magic key to the ‘50s, ‘90s, 2010s, and then 2021, Input Magazine reported.
Dot is living in her grandma’s rundown house, located in a disinvested Black neighborhood in Detroit. Dot travels back in time to help; for example, her grandparents decide if they should invest in a fixer-upper as their first home. In another scene, Dot must help her parents decide if they should move away from their community to the suburbs after their public housing home is set for demolition, Bloomberg reported.
Dot travels through different decades, each highlighting “a defining moment in history for Black homeownership: the Great Migration of the 20th century, urban renewal efforts in the 1990s, and finally, the 2010 foreclosure crisis that helped spur gentrification,” Bloomberg reports, At each stop Dot must transverse racist housing policies and predatory lending practices. Ultimately, the game proves the odds are stacked up against Dot from creating generational wealth, no matter what decade she is in and the decisions she makes.
The American dream myth is that wealth and prosperity is out there for everyone’s taking, and that the house with the white picket fence is accessible to all. But players in Dot’s Game are shown the obstacles faced by Black homebuyers in the U.S.
“We wanted players to play the game and not necessarily empathize with Dot’s family but just to bear witness to, and accompany them through, these very intimate but consequential moments,” Christina Rosales, housing and land director at the community organizing nonprofit PowerSwitch Action and a co-producer of the game, told Bloomberg.
“As a player, you might feel like you have the choice to change the course of the future for this family, but ultimately, you don’t. It’s very much a rigged game. You get what you get,” Rosales told Kotaku.
The focus of Dot’s Home is to illustrate how Blacks, as well as other minorities, have to deal with housing issues, food insecurity and environmental risks, among other issues.
The concept for the game was developed through the Rise-Home Stories Project, an organization composed of Black and minority organizers that includes game designers, writers, activists and others. The group’s mission is to “change our [the] relationship to land, home, and race, by transforming the stories we tell about them,” according to its website.
Dot’s Home, which was released in late-October, and is free to play on Steam, Itch.io, Google Play and Apple’s App Store.
When it comes to the gaming industry, Black people are severely underrepresented within companies. According to the 2017 International Game Developers Association Satisfaction Survey, only one percent of professionals within the industry identify as Black.
This lack of representation often leaves some titles with frustrating content. From games that either replicate stereotypes or just pretend Black people don’t exist, it’s an understandably frustrating experience. However, there are developers outside of the major companies that everybody knows.Continue reading
Technology is supposed to make our lives more convenient and more equitable. Because, unlike people, computers and algorithms can’t be racist. But what if they totally are? #TheAmberRuffinShow #PeacockTV #RacismWhy Does Artificial Intelligence Always End Up Being Racist? | The Amber Ruffin Show – YouTube
The judge is full of shit and looking for a way to get that fake crying bitch boy off…..
A lack of technical knowledge may have just influenced an important court case. The New York Times reports the defense for shooter Kyle Rittenhouse incorrectly claimed that an iPad’s pinch-to-zoom function could modify footage of the incident, “creating what it thinks is there, not what necessarily is there.” That sparked a debate between lawyers and Judge Schroeder, who maintained the burden was on the prosecution to show the imagery remained in its “virginal state,” not on the defense to prove manipulation.
This is why we need more indigenous people in tech and learning STEM because the AI is adopting the biases of it’s coders…..
Artificial intelligence capabilities are expanding exponentially, with AI now being utilized in industries from advertising to medical research. The use of AI in more sensitive areas such as facial recognition software, hiring algorithms, and healthcare provision, have precipitated debate about bias and fairness.Continue reading
Fresh water is scarce in many parts of the world and must be obtained at great expense. Communities near the ocean can desalinate sea water for this purpose, but doing so requires a large amount of energy. Further away from the coast, practically often the only remaining option is to condense atmospheric humidity through cooling, either through processes that similarly require high energy input or by using “passive” technologies that exploit the temperature swing between day and night. However, with current passive technologies, such as dew-collecting foils, water can be extracted only at night. This is because the sun heats the foils during the day, which makes condensation impossible.
Self-cooling and protection from radiation
Researchers at ETH Zurich have now developed a technology that, for the first time, allows them to harvest water 24 hours around the clock, with no energy input, even under the blazing sun. The new device essentially consists of a specially coated glass pane, which both reflects solar radiation and also radiates away its own heat through the atmosphere to the outer space. It thus cools itself down to as much as 15 degrees Celsius (59 degrees Fahrenheit) below the ambient temperature. On the underside of this pane, water vapour from the air condenses into water. The process is the same as can be observed on poorly insulated windows in winter.
The scientists coated the glass with specifically designed polymer and silver layers. This special coating approach causes the pane to emit infrared radiation at a specific wavelength window to the outer space, with no absorption by the atmosphere nor reflection back onto the pane. Another key element of the device is a novel cone-shaped radiation shield. It largely deflects heat radiation from the atmosphere and shields the pane from incoming solar radiation, while allowing the device to radiate the aforementioned heat outward and thus to self-cool, fully passively.
Close to the theoretical optimum
As tests of the new device under real-world conditions on the roof of an ETH building in Zurich showed, the new technology can produce at least twice as much water per area per day as the best current passive technologies based on foils: the small pilot system with a pane diameter of 10 centimetres delivered 4.6 millilitres of water per day under real-world conditions. Larger devices with larger panes would produce more water accordingly. The scientists were able to show that, under ideal conditions, they could harvest up to 0.53 decilitres (approximately 1.8 fluid ounces) of water per square metre of pane surface per hour. “This is close to the theoretical maximum value of 0.6 decilitres (2.03 ounces) per hour, which is physically impossible to exceed,” says Iwan Hächler. He is a doctoral student in the group of Dimos Poulikakos, Professor of Thermodynamics at ETH Zurich.
Other technologies usually require the condensed water to be wiped from a surface, which requires energy. Without this step, a significant portion of the condensed water would cling to the surface and remain unusable while hindering further condensation. The ETH Zurich researchers applied a novel superhydrophobic (extremely water-repellent) coating to the underside of the pane in their water condenser. This causes the condensed water to bead up and run or jump off on its own accord. “In contrast to other technologies, ours can really function without any additional energy, which is a key advantage,” Hächler said.
The researchers’ goal was to develop a technology for countries with water scarcity and, in particular, for developing and emerging countries. Now, they say, other scientists have the opportunity to further develop this technology or combine it with other methods, such as water desalination, to increase their yield. The production of the coated panes is relatively simple and building water condensers that are larger than the current pilot system ought to be possible. Similar to the way solar cells feature several modules set up next to each other, several water condensers could also be positioned side by side to piece together a large-scale system.
Big business just don’t GAF about privacy or user rights….. hell did they ever?
Ah, ad blockers. Even if you aren’t among the growing number of people downloading one of these extensions, chances are you’ve heard people sing their praises for all sorts of reasons. They make the web a less cluttered, less laggy, less invasive place to be. So naturally, the money-hungry tech upstarts have found a way to ruin these tools for their own gain.
Don’t expect an easy getaway if one of Boston Dynamics’ Atlas robots ever chases you down. The Hyundai-owned firm has shared a video (below) of the humanoid bots successfully completing a parkour routine in an obstacle course for the first time. The pair of Atlas machines leapt gaps, vaulted beams and even coordinated a backflip, all without missing a beat — they might be more graceful than you are.Continue reading