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There are some ideas which seem to translate nicely into fields of thought far from their point of origin. These are  ideas which shine a metaphorical light on concepts and allow us to develop a deeper understanding of that concept once we see it from a fresh perspective. Schrödinger's Cat is one such idea.

"Artificially intelligence is now making its way into every aspect of your digital lives. While most companies cannot stop talking about what they've done in the field, there are a host of cutting-edge AI-powered websites that are useful for everyday tasks today. Here are several awesome and insightful artificial intelligence sites you probably don't know about."

"In January 2004, NASA announced it was canceling a mission to service the Hubble Space Telescope. In light of dangers associated with the Columbia tragedy the previous year, it was considered too risky. As a result, the Hubble, lauded as one of the most influential scientific instruments of all time, would have only a few remaining years to survive. Over the following months, the plan was intensely debated. Petitions garnered thousands of signatures from members of the public. Congressional committee meetings and hearings were held. Citizens and scientists alike, inspired by the discoveries and images the telescope had produced, clearly weren't ready for the telescope's premature retirement. By that point, the Hubble had nearly fulfilled all its mission objectives since its launch in 1990. With 100,000 observations, it had measured the universe's expansion, studied planetary origins, and produced a vast trove of pictures like the iconic Deep Field (seen at the top of this piece) and Pillars of Creation, which changed the way we see our place in the universe. These images, taken for science and re-mastered by astronomers, captured the public's imagination in a way no telescope had before. "

"Katie Martin is one of BIE's Directors of District Leadership, and she's also a blogger, speaker, and author. Her new book, being released today, is Learner Centered Innovation: Spark Curiosity, Ignite Passion, Unleash Genius. As you can tell from this excerpt, it's got a great message for PBL practitioners and for the whole field of education:"

"I hope you'll agree with me that we have a serious lack of female engineers, software developers, architects, and mathematicians. Women are painfully underrepresented in the industries and fields responsible for making the products we all use on a daily basis. Women are under-represented in creating the software that makes everything from fridges to turbines "smarter." Women are under-represented in engineering products including those that help us live healthier & safer lives. Women are under-represented in leading research and experimentation. The problem is significant & complex. Many governments & businesses including Apple & Google are actively working to root-cause why the results are so dramatic, and what business, governments and individuals can do to reverse the tide. "

The challenge is to ensure that students within a STEAM programme are better prepared than they might be if they studied the disciplines in isolation and that in seeking to integrate diverse fields we do not weaken the efficacy of one for the inclusion of another.

"In response to the need to connect maker educators with one another and with the experiences of colleagues in their field, Maker Ed contracted with SRI International (SRI) in early 2016 to conduct research aimed at better understanding educators engaged in maker-centered learning communities, and to provide insight into promising approaches for professional learning. This work aims to support the development of robust supports for both formal and informal educators working in maker-centered learning environments."

"A math trail is an activity that gets students out of the classroom so they can (re)discover the math all around us. Whether out on a field trip or on school grounds, students on a math trail are asked to solve or create problems about objects and landmarks they see; name shapes and composite solids; calculate areas and volumes; recognize properties, similarity, congruence, and symmetry; use number sense and estimation to evaluate large quantities and assess assumptions; and so on. This is one of those creative, yet authentic activities that stimulate engagement and foster enthusiasm for mathematics-and so it can be particularly useful for students in middle and high school, when classroom math becomes more abstract."

"This is my third summer offering maker education summer camps as part of a bigger program at a local school.  During mornings (9 to 12 with a half hour recess), campers, grades Kindergarten through 6th grade, can choose from one of four enrichment classes: art, drama, games, foreign languages, computers, and in my case, maker camps. During the afternoons, all campers get together for typical camp activities - fun and games, field trips, water sports, silly competitions. Each camp lasts a week. This summer I am offering: Cardboard Creations, Circuit Crafts, Toy Making and Hacking, and Robotics and Coding. I often discuss the need to implement maker education programs with minimal cost materials and ones that offer the potential to tap into diverse learners and their diverse interests:"

"When you're a designer you never stop learning. No matter if you're a UX designer, a graphic designer, or you specialize in illustrations or hand lettering, there's always something new to learn. That's one of the best parts of being in this field. And if you're struggling, it's helpful to know that there is a huge community of designers out there who are going through the same issues as you are. And who are eager to share their stories and impart their wisdom. Listening to them can help you become a better designer. With that in mind, we have compiled a list of the best design podcasts that should help spark your creativity and get you out of any slumps you may be in."

"Losing your job to robots is no longer a sci-fi fantasy. Some estimates say, robots may take over more than five million jobs across 15 developed countries. Machines could account for more than half the workforce in places like Cambodia and Indonesia, particularly in the garment industry. While such information has led many people to seek out higher-tech skills, others have said we need a stronger emphasis on trade skills to combat the high competition in tech fields. In one 2016 survey, 60 percent of respondents wanted more emphasis on Shop classes in high schools, while a 2015 Gallup poll found that 90 percent of parents want computer sciences emphasized in schools. The good news. There are some skills robots can't embody, and if you have them, there's no need to worry about losing your job due to robotic advancements. Better yet, many of them are transferrable, meaning they can help you advance your career, even if you need to change industries. Here are eight skills that can keep your job from being handed off to a robot."

"When Sasha Ariel Alston pursued her love for coding, she noticed there were never many girls ― especially girls of color ― pursuing it, too. That's why she decided to write a children's book to encourage girls to learn about coding and STEM fields at an early age.  Alston is a 19-year-old Pace University student getting a major in information systems and a minor in marketing. She spent two years writing Sasha Savvy Loves to Code, a kids' book about a 10-year-old who becomes interested in coding, just like Alston. "The purpose of the book is just to get girls interested in coding and to provide basic coding terms," she said."

"n Texas, a 13-year-old boy built a robot that could rescue victims of natural disasters. In Georgia, a 15-year-old girl developed a device that alerts parents who have have left their child in the car. And in California, a 13-year-old boy created a Braille printer that would be almost six times cheaper than the currently available model. Young people aren't just the future. They're the present, innovating and creatively solving problems in a range of fields. Students across the country, from every background, have the ability to build new products that could change lives around the world. That's what educators at the forefront of the "Maker movement" believe. Leaders of this initiative are changing the American educational landscape by engaging kids in discovery-based learning from a young age, encouraging them to learn not just by watching, but by doing - to not only consume, but also create. Photos: National Maker Faire Takes Washington EXPAND GALLERY Maker spaces - studios and labs designed for students to pursue projects of their choosing - are popping up around the country in schools, universities and informal learning environments such as community centers and libraries. In these labs, students are challenged to develop solutions to real-world problems, from designing and prototyping to refining and marketing."

"As we move more and more toward a world filled with screens, those possessing coding skills have never been more in demand. If you're trying to break into the field, whether you want to program robots, design websites, or become a more desirable employee, learning Python is a good place to start."

"For some women, enrolling in an engineering course is like running a psychological gauntlet. If they dodge overt problems like sexual harassment, sexist jokes, or poor treatment from professors, they often still have to evade subtler obstacles like the implicit tendency to see engineering as a male discipline. It's no wonder women in the U.S. hold just 13 to 22 percent of the doctorates in engineering, compared to an already-low 33 percent in the sciences as a whole. Nilanjana Dasgupta, from the University of Massachusetts in Amherst, thinks that mentors-people who can give advice, share experiences, or make social connections-can dismantle the gauntlet, and help young women to find their place in an often hostile field."

"At the end of 2016, I found myself mentally exhausted and barely able to string together a coherent thought or formulate an original idea. As I swiped through my social media feeds for inspiration-or maybe procrastination-a nagging feeling hit. I needed a break from screen time. Pediatricians, psychologists, and neuroscientists warn of potential negative consequences associated with constant mental stimulation as a result of interacting with our devices. Without a screen-free space for my brain to relax, stop firing, and just think, I felt incapable of significant mental processing. I could blame the technology for thwarting my attempts at creative thought, or I could blame myself for taking the easy route and using my devices to constantly stimulate my brain. Though I chose to blame myself, I am finding a lot of support for the idea of blaming technology when discussing the idea of screen time. Get the best of Edutopia in your inbox each week. Mobile devices have the potential to provide amazing learning opportunities as well as great distractions. They can further social interactions to help us build stronger connections in our communities, or allow us to destroy relationships by hiding behind a screen. In the book The Triple Focus: A New Approach to Education, authors Daniel Goleman and Peter Senge describe three essential skills for surviving in a society increasingly dominated by internet-enabled devices: focusing on ourselves, tuning in to others, and understanding the larger world. While the authors apply these concepts to the broader field of social and emotional learning, these same foci also apply as we address the issue of screen time with our students and children."

"What is true is that change is constant. It's also getting exponentially quicker. This is not only in education, but in many fields of work. It's taken a while for change to pick up the speed with which we now see it in the classroom, but it has always been there. So, how do we handle this as teachers and school leaders? How can we keep the frustration and desperation from boiling over and hurting all potential progress? More importantly how can we make sure the frustration and desperation does not trickle down to our students and impact their learning experience in a negative way? Well, we can start with these guiding beliefs:"

"If you'd asked farmers a few hundred years ago what skills their kids would need to thrive, it wouldn't have taken long to answer. They'd need to know how to milk a cow or plant a field. General skills for a single profession that only changed slowly-and this is how it was for most humans through history. But in the last few centuries? Not so much. Each generation, and even within generations, we see some jobs largely disappear, while other ones pop up. Machines have automated much of manufacturing, for example, and they'll automate even more soon. But as manufacturing jobs decline, they've been replaced by other once unimaginable professions like bloggers, coders, dog walkers, or pro gamers. In a world where these labor cycles are accelerating, the question is: What skills do we teach the next generation so they can keep pace?"

"The benefits to companies are substantial. Many start-ups enlist their ambassadors as product testers and de facto customer service representatives who can field other teachers' queries. Apple, Google and Microsoft, which are in education partly to woo students as lifetime users of their products, have more sophisticated teacher efforts - with names like the Apple Distinguished Educators program, Google for Education's Certified Innovator Program and Microsoft Innovative Educator Expert program. Each yearlong program selects teachers to attend a conference and work with the company to help create, or develop, education innovations, often using company tools. The tech giants position their programs as professional development for teachers, not marketing exercises."

"Coding or computer programming in schools is becoming a big push in schools around the world. Political leaders have been looking at statistics and realised that technology fields will employ a growing number of citizens in the future."