The Human Side of Artificial Intelligence
By Jason H. Moore | ExtremeTech
The use of computer algorithms to differentiate patterns from noise in data is now commonplace due to advances in artificial intelligence (AI) research, open-source software such as scikit-learn, and large numbers of talented data scientists streaming into the field. There is no question that competency in computer science, statistics, and information technology can lead to a successful AI project with useful outcomes. However, there is a missing piece from this recipe for success which has important implications in some domains. It’s not enough to teach humans to think like AI. We need to teach AI to understand the value of humans.
When Will AR Jump From Hand Held to Head Worn?
by Mike Boland | AR Insider
As we roll through 2022, it’s time for our annual ritual of synthesizing the lessons from recent history and formulating the outlook for the near term. The past year has been action-packed for spatial computing as the world gradually emerges from the grips of a pandemic.
The past year was also marked by the emergence of metaverse mania. Though it has legitimate principles and promise, the term has been ambiguated through overuse. It’s also been overhyped in terms of the timing of its arrival. A fully-actualized metaverse is decades away.
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AI Meets Quantum Technology in New Google Spinoff, Sandbox AQ
by Dale Wilson | All About Circuits
Sandbox AQ, a new spinoff from Alphabet (Google), is looking to use AI and quantum technologies to solve today's problems in cybersecurity, sensing, and communications.
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🌙 NASA - Best Photo from Last Week
NASA’s Exoplanet Superheroes
A superhero team of space telescopes has been working tirelessly to discover exoplanets and unveil their secrets. Now, a new superhero joins the team—the James Webb Space Telescope. What will it find? Over the past few decades, a team of now legendary space telescopes has been on a mission of exploration. Hubble, Chandra, Spitzer, Kepler, TESS and now, the Webb telescope all have powers to discover exoplanets or to tell us more about them. Many of their “super powers,” of course, go far beyond detecting exoplanets. Hubble can look deep into the cosmic past, seeing light from the early universe and some of the most distant stars and galaxies ever observed. The Chandra X-ray Observatory, like Hubble one of NASA’s “Great Observatories,” examines the universe in X-rays. That has allowed it to peer into the tatters of exploded stars and the edges of our galaxy’s central, supermassive black hole. Another Great Observatory, the Spitzer Space Telescope, viewed the cosmos in infrared light, observing structural details of disks around stars and the faint glow of distant galaxies. Kepler and TESS, meanwhile, took on exoplanets as their main mission, both employing the transit method – searching for tiny dips in starlight as a planet crosses, or “transits,” the face of its star. TESS is still looking for new worlds! Each telescope can reveal something different when studying the same planet. The James Webb Space Telescope will give us a closer look at exoplanets, and will be able to tell us something new.
📚 Top 3 Book Summaries for the week
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