In this week's Abundance Insider: Self-driving gardens, the smallest transistor ever, and a Holocaust survivor experiencing her own rescue in Virtual Reality.
Peter, Marissa, Cody, Kelley, Greg, Sydney and AJ
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Holocaust Survivor Experiences Her Own Rescue in Virtual Reality
What it is: A Holocaust survivor recently watched the recreation of her rescue in virtual reality, and as you might imagine, it was a poignant digital experience that demonstrates the genre's transformative potential. LIFE VR produced the Virtual Reality companion piece for the upcoming PBS documentary "Defying the Nazis: The Sharps' War," which depicts the 1940 journey of the Excambion, a ship that transported child refugees from Nazi-occupied France to the United States via Portugal. Amelie Diamant-Holmstrom, then aged 13, was one of Excambion's 29 child passengers, and watched the VR recreation this past summer. Her reaction, depicted in the video at this link, is a must-see.
Why it's important: Virtual reality is a powerful tool that can help us heal the wounds of our past. On an individual basis, we've seen how VR therapy can help treat depression, PTSD and anxiety; however, this application shows VR can also help cultures around the world process and heal from horrific historical events.
Spotted by Elijah Allan-Blitz
Autonomous Robotic Garden Drives Itself Around the City in Search of Sun
What it is: Meet Hortum machina, B, the self-driving and self-cultivating garden designed by the University College London's (UCL) Interactive Architecture Lab. Hortum machina, B is made up of a robotic aluminum network of electrodes that monitors the garden's physiological responses to the environment. Using data gathered, the structure is then able to propel itself towards sunlight and to areas with lower air pollution. The mobile ecosystem was tested in London in hopes to expand the city's green space to new terrain.
Why it's important: As Peter has previously mentioned, as more people interact with robots, we must rethink the interfaces, rules and behaviors we exhibit around these technologies as they become more commonplace in our lives. How might people respond to the emergence of self-driving gardens in comparison to autonomous cars or delivery robots?
Spotted by Marconi Pereira
Digital Graffiti Hidden in Augmented Reality at Washington State Art Museum
What it is: The Holographic Type Sculpture digital graffiti art exhibit recently debuted at the Bellevue Arts Museum in Washington State -- but only for those looking at it with a Microsoft HoloLens headset. The tall structure, made up of letters and words, was placed in the museum by Microsoft user experience designer DongYhoon Park to demonstrate what the HoloLens can do -- for example, interact with another HoloLens user viewing the exhibit, or directly edit the graffiti that appears in the exhibit.
Why it's important: The dematerialization of art in physical museums is just one opportunity for creative expression enabled by the convergence of augmented reality and culture. Imagine this approach used for billboard advertising, bus station advertising, physical storefront displays or public transit stations ads, as we rapidly enter a world where everyone has the option to see the world with a digital layer.
Spotted by Marissa Brassfield
WaveNet: A Generative Model for Raw Audio
What it is: Google's DeepMind team has announced its latest neural network Artificial Intelligence, WaveNet, and it's the most realistic-sounding one yet -- performing 50% better than existing technology. Unlike most AI systems, which combine fragments of a single recorded human voice or a standard set of pronunciation rules, WaveNet can generate speech in multiple human voices, with variances in emotion and emphasis, and even auto-generate music. The key is in how DeepMind trained the AI: using raw waveforms, or the individual sound waves humans create.
Why it's important: Neural networks like WaveNet are designed to process information similarly to the human brain, and digitizing the natural intonation of human speech enables machines to learn how to speak much like human babies do -- mimicry. While WaveNet currently requires far too much computing power to make it feasible for large-scale commercial applications, as Abundance Insider readers know, we're only a few exponential doublings away from massive price-performance improvements.
Spotted by Marconi Pereira
Sundrop Farms Pioneering Solar-Powered Greenhouse to Grow Food Without Fresh Water
What it is: Sundrop Farms has developed the first-ever solar-powered greenhouse to grow food without using fresh water. The greenhouse facility sits on a field of more than 23,000 mirrors to capture sunlight and direct it to a central receiver measuring 127 meters. It produces up to 39 megawatts of thermal energy to use for electricity and desalinating water from the Spencer Gulf.
Why it's important: Sundrop Farm's groundbreaking greenhouse is an incredible example of how technological capabilities -- in this case, solar power and desalination -- enable abundance of food, water and energy.
Spotted by Bjorn Russell
In Just 45 Seconds, This App Can Help Parents Diagnose Developmental Disorders in Children
What it is: Eighteen-year-old Harsh Songra has released an app called My Child that, over the course of 45 seconds, helps parents identify developmental disorders in their babies. The app isn't meant to replace a doctor's assessment, but instead help recommend doctors based on the baby's needs. The app is a passion project: Songra grew up with dyspraxia, a developmental disorder that affects motor and cognitive abilities, but wasn't officially diagnosed until he was 9 years old.
Why it's important: Developmental disorders are a billion-person problem, affecting 15% of the world's population according to The World Bank data. Songra's app has been downloaded in 140+ countries, demonstrating the massive impact a single passionate person can have in the planet, when armed with exponential technologies.
Spotted by Aryadeep S. Acharya
Smallest. Transistor. Ever.
What it is: Researchers at the Department of Energy's Lawrence Berkeley National Laboratory have created the smallest working transistor ever -- with an incredible 1-nanometer gate. "The key was to use carbon nanotubes and molybdenum disulfide (MoS2), an engine lubricant commonly sold in auto parts shops," explains Berkeley Lab. "MoS2 is part of a family of materials with immense potential for applications in LEDs, lasers, nanoscale transistors, solar cells, and more."
Why it's important: This development keeps Moore's Law alive a bit longer. "This work demonstrated the shortest transistor ever," said Ali Javey, who led the team's research. "However, it's a proof of concept. We have not yet packed these transistors onto a chip, and we haven't done this billions of times over. We also have not developed self-aligned fabrication schemes for reducing parasitic resistances in the device. But this work is important to show that we are no longer limited to a 5-nanometer gate for our transistors. Moore's Law can continue a while longer by proper engineering of the semiconductor material and device architecture."
Spotted by Gregory Scherf
Boeing CEO Vows to Beat Musk to Mars
What it is: Boeing CEO Dennis Muilenburg recently announced his visions for a commercial space-travel market, putting Boeing toe-to-toe with Musk in the initial push to send humans to Mars. Boeing's focus is on building out the commercial space sector near Earth and research technologies to travel far beyond the moon. Boeing has partnered with NASA to develop the Space Launch System for space exploration, but Muilenburg said costs will need to drop substantially before experimental spacecraft can be used for commercial use.
Why it's important: In last week's Abundance Insider, we wrote about Musk's unveil of a SpaceX craft to haul travelers to Mars. With several proven exponential entrepreneurs all competing in a new space race, could the next era of space exploration and commerce come even sooner than we think?
Spotted by Cody Rapp
"Smart Clothing" Could Someday Power Cell Phone With the Sun's Rays
What it is: According to the journal ACS Nano, scientists reported the first fibers ever to be suitable for weaving into tailorable clothing and generating power using stored solar energy. Wenjie Mai and Xing Fan created the first fiber -- made of manganese-coated polymer along with zinc oxide, a dye and an electrolyte -- and interlaced it with copper-coated polymer wires to create the solar cell part of the textile. The second fiber they created was made of titanium, titanium nitride, a thin carbon shell to prevent oxidation, and an electrolyte. The two fibers were then woven with cotton yarn and made into a fully tailorable "smart garment," fully charged by sunlight.
Why it's important: If we can create textiles that can power small electronics, we enable a true trillion-sensor economy. Imagine a near future where your curtains, blankets, gym clothing, tapestries and winter jackets can power wireless devices in your home and office.
Spotted by Aryadeep S. Acharya
What is Abundance Insider?
This email is a briefing of the week's most compelling, abundance-enabling tech developments, curated by Marissa Brassfield in preparation for Abundance 360. Read more about A360 below.
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