This Interactive Snowglobe Clock Turns Time into a Snowy Spectacle for All to Admire

There’s always a feeling of childlike curiosity watching snow fall. Whether it’s the first snow of the year or even the faux snow inside a snow globe, it’s always fascinating to watch those flakes descend from the skies in slow motion, covering everything you see in a layer of white dust. No matter how old you are, snowfall has the ability to fascinate you and a handful of designers from South Korea are banking on that reaction with their new clock. Dubbed ‘Time to Snow’, this timepiece uses snow-like grains of styrofoam to tell time. The grains are trapped within a rectangular cuboid and are agitated constantly to create a miniature blizzard inside the clock. Meanwhile, cleverly positioned components use static electricity to catch some of those styrofoam particles, allowing them literally defy gravity as they display the time of the day. The result is a clock that absolutely delights with its unique approach to timekeeping. Move over, snowglobes!

Designers: Baek Sunwoo, Kim Myeongseong, Prof. Lee Woohun

The clock is accompanied by a camera module on top that lets viewers interact with it through their presence and gestures. In the absence of any nearby individuals, the hardware generates a snowstorm to attract people from a distance. As someone approaches, the snowstorm gradually diminishes until it completely fades away. At this point, a brief yet intense blizzard is created and as the proverbial dust settles, it displays the time of the day. Viewers can then engage with the ‘snow’ particles in mid-air, using hand gestures to interact intuitively. With each interaction, the wind erases certain parts of the displayed numbers, only to reveal new numbers every minute. Once the viewers depart, the numbers melt away like snow, and the snowstorm reverts back to its original state.

The delicate polystyrene particles dance gracefully in the breeze, mirroring the mesmerizing chaos of a snowstorm. The numerical patterns formed by layering these Styrofoam grains produce a captivating three-dimensional illusion, imitating how snow accumulates on rooftops, windowsills, and other elements on an urban or suburban landscape. This enhances the immersive experience, transporting the viewer into a world of snowy wonder. The formation of the numbers by these particles quite literally defies the laws of physics, creating a sense of amazement and wonder that vastly enhances the time-telling experience. It follows the clever design practice of ‘form following emotion’, as it digs into what makes us curious as humans. The interactive element enhances the clock’s UX tenfold, allowing you to engage with the ‘snow’ while being indoors!

The Time to Snow is a Best of the Best Winner of the Red Dot Award: Design Concept for the year 2023.

The post This Interactive Snowglobe Clock Turns Time into a Snowy Spectacle for All to Admire first appeared on Yanko Design.

AI-generated photos put a poetic twist on the relationship between man and machine

Humans today have become dependent on machines in more ways than one, whether they realize it or not. From the vehicles that get us to work and back to the smartphones in our pockets to the contentious AI that’s making headlines, our daily lives are affected and influenced by machines in all shapes and sizes, even those we can’t see. While humans created machines as tools of convenience, our relationship with them hasn’t always been sunshine and roses. Some people have even taken an antagonistic outlook on these man-made objects, especially when those machines threaten our way of life or our very lives. At the same time, however, man’s innate curiosity also gives way to awe, wonder, and sometimes even joy, expressions that are conveyed in these images that were aptly generated using the help of a machine.

Designer: Emilio Alarcón

Of all the modern technologies that are generating debates in all walks of life around the world, AI is probably right at the top. Although the concept has been around for decades, recent developments that have made the technology more amazing but also more concerning because of the implications of the misuse of highly advanced AI. Hollywood and popular media further exacerbate the situation, causing an almost negative bias against new machines in general.

“Machines that listen to human conversations” is a collection of images that try to turn the narrative around on its head in a poetic and almost subtle way. It is also poetic, but perhaps also a bit controversial, that the realistic-looking photos were generated using the popular AI platform MidJourney. Of course, it is just a tool like any other, and the iterative art process was still initiated, guided, and judged by human creativity.

The photo set revolves around scenarios where steampunk-like machines are literally inserted into the midst of human life. Sometimes they’d be in the middle of streets or sidewalks, while there are times when they’re attached to human heads. In some cases, the machines are left alone, but most of the scenes show humans interacting with the objects. Although the theme is explained as machines observing, listening, and accompanying humans, it is also as much about humans interacting with the machines with curiosity, wonder, and even delight, a stark contrast to the emotions generated whenever AI gets mentioned in the news.

There is also some poetic irony in how these images are the very examples of why AI is getting such negative publicity. If not for the artist’s own explanation, few would have realized that these are AI-generated images. These programs have come so far to the point that only very discerning people will be able to notice the difference. At the same time, however, the photos also express the reasons why machines can also bring us joy, piquing our curiosities and giving us more ways to interact and experience our world.

The post AI-generated photos put a poetic twist on the relationship between man and machine first appeared on Yanko Design.

Future phones will ID devices by their electromagnetic fields

While NFC has become a standard feature on Android phones these days, it is only as convenient as it is available on the other end, not to mention the awkwardness of aligning the antennas as well. As such, Carnegie Mellon University's Future Interfac...

The Interesting Illumination Interaction

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The Heng lamp has a unique aesthetic that may remind some of the Dyson bladeless fan, but that resemblance has somewhat become synonymous with clever design, no? The Heng’s clever design lies in its brilliant element of interaction that controls the lamp’s light. The lamp’s hollow center has two floating orbs within it that switch on and off the light within the lamp’s ring. The orbs are suspended by a string and have a magnet inside them. The strings are short enough to allow both the orbs to be attracted to each other, yet still not touch. When the lower orb enters the magnetic field of the upper one, the lamp switches on. Release the lower orb and the lamp goes off. This brilliant interaction sets a standard for how we perceive and work with products. The playful element of magnetism and levitation has LOADS of potential, don’t you think?!

Designer: Zanwen Li

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Magnetically Driven Pen

MagPen is a magnetically driven pen interface that works both on and around mobile devices. The device introduces a new vocabulary of gestures and techniques that redefine the way we use our current standard capacitive stylus. With this new pen we can explore ranges like detecting the orientation the stylus is pointing to, selecting colors using locations beyond the screen boundaries and more.

MagPen recognizing different spinning gestures associated with different actions, it even infers the pressure applied to the pen, and uniquely identifies different pens associated with different operational modes.

As the designer explains, These techniques are achieved using commonly available smartphones that sense and analyze the magnetic field produced by a permanent magnet embedded in a standard capacitive stylus. This paper explores how magnets can be used to expand the design space of current pen interaction, and proposes a new technology to achieve such results.

Designer: SungJae Hwang

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