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Understand first the purpose of gesture. It's more important than you might think. Intents, ideas, emotions, desires, decisions, wants, urges - they all originate within our unconscious minds. Once the unconscious mind has cooked them up, the next thing that happens is that you begin to act on them. Only after you begin to move does your conscious mind kick into gear and become aware of what's going on.

You need gesture, in fact, in order to know what you're thinking. Literally. Stifle your gestures and limit your thinking - your conscious awareness of what's going on in the depths of your mind.

"Be deeply curious about the world around you. Become aware of your thoughts and learn to think about thinking. Practicing metacognition will help develop a sense for the tricks your mind plays, and how to overcome them. With this awareness, learn to overcome automatic processing. When confronted with something new or unfamiliar, withhold judgment; if you see something you don't understand in the negative space, go with it and see where it leads. Remember that impossible geometry exists, and your mind is constantly trying to force you to see things that you already know how to see. It's learning to see the unseen that makes this practice valuable! Be aware of the limitations of the labels that have been applied to the world. Keep in mind how small the grid of words is compared to the wordless plane. Opportunity exists where words don't exist, yet. Learn to sit with Keats in uncertainties, mysteries, and doubts without grasping for conventional explanations. Allow time to visit the fantastic and the unconventional, and become aware of the moments when you're avoiding staying in these contexts. Meditation can be essential here."

Dr. Michelle Miller draws from her research in neuroscience and cognitive psychology and shows us how to facilitate learning for minds online.

"By publicly displaying your learning, you are inviting readers to challenge or extend you. You are radicalising the democratisation of education by making transparent the process of academia."

"What really intrigued Bush was that you could share your "trail"-the steps that took you from one document to another. This would be different, he noted, than sharing the results of your research. You'd also be sharing the process, a glimpse into the normally invisible life of a mind at work."

"the "active" in "active use of technology" we are referring to is what is happening in the mind of the child. Active use for young children occurs when they use technologies in generative ways, that is, when they are generating insights, associations between new and existing knowledge, or creating their own content. This encourages more active cognitive processing that leads to deeper, longer lasting learning."

My mentor for this class, Stan, shared this with me. It made me feel better about my not so polished videos. I hope it can put others minds to rest, too!

I/we need to consider this with our team and education more broadly. "Theory 1: Nothing we "know" about software development should be assumed to be true. Most of our tools, our mental models, and our practices are remnants of an era (possibly fictional) where software was written by solo practitioners, but modern software is a team sport. Theory 2: Technology is the product of the culture that builds it. Great technology is the product of a great culture. Culture gives us the ability to act in a loosely coupled way; it allows us to pursue a diversity of tactics. Uncertainty is the mind-killer and culture creates certainty in the face of the yawning shapeless void of possible solutions that is software engineering. Culture is what you do, not what you say. It starts at the top. It affects everything. You have a choice about the culture you promote, not about the culture you have. Theory 3: Software development should be thought of as a cycle of continual learning and improvement rather a progression from start to finish, or a search for correctness. If you aren't shipping, you aren't learning. If it slows down shipping, it probably isn't worth it. Maturity is knowing when to make the trade off and when not to. I had some experience with this at Flickr, and I wanted to see how far you could scale it. My private bet was that we'd make it to 50 engineers before things broke down. Theory 4: You build a culture of learning by optimizing globally not locally. Your improvement, over time, as a team, with shared tools, practices and beliefs is more important than individual pockets of brilliance. And more satisfying. Theory 5: If you want to build for the long term, the only guarantee is change. Invest in your people and your ability to ask questions, not your current answers. Your current answers are wrong, or they will be soon. "

"As we venture into the 21st century, we as a society, are faced with more innovation and challenge than ever before. We now live in an interconnected world, where the Internet and global communications are simultaneously uniting and isolating us as a society. How do we raise critical thinkers to best face the challenges that face our modern society? What changes in education methods should be implemented to  create a better learning environment for these budding minds? "

The assignment: Choose a word. Write it in capital letters. Find 4 synonyms. Write those in a second line. (Pick the easiest word to rhyme for your last word.) Then write a phrase that ends with a rhyming word. As a class, we wrote this poem.

MAGICAL
Imaginary, mythical, enchanting, spellbinding
Potions of my mind unwinding.
-Mrs. Simon's Caneview class

"Distributed cognition is a theory of mind that argues that cognition does not occur exclusively in individual brains but is distributed across an environment - an interlocking system consisting of tools, persons, and specific knowledge and tasks. One of the insights of this approach was to recognize that the deep interconnections of these cognitive ecologies have a profound impact on how people use and understand tools. As Edwin Hutchins puts it, a tool that is "easy to use" is simply a tool that fits into a particular cognitive ecology."

"Hi, my name is Nikolaj Cyon and I am an artist from Sweden who has worked with precolonial Africa as a theme in my art for over a year. I have, as a mind experiment, made a map of what Africa could have looked like in the mid 19th century if Europe had never  become a colonizing world power. In order to do this I have tried to construct an alternative historical time-line in which Europe was much harder struck by the plague in the 1350's and never recovered. Therefore  African nations would have gotten the opportunity to flourish unhindered. "

"Cliff began this project because he was noticed that there were "recurring patterns of procrastination and motivation" going on in his life. He began trying to understand them by turning to the large body of literature on human psychology. Then he asked himself, "Would it be possible to use some quantitative methods to track what was happening." Using what he'd learned in his research and his experiences he decided to track his body, emotions, and mind. "

Pretty much the pattern I use for most things . . . "I started by examining her portfolio, moved on to the portfolios of other student fellows, then further into whatever I could find through Google. The process helped me see concrete examples and visualize what I was trying to learn. My website now is more or less a melting pot of all cool things I found on about 40 websites along with my own additions and stylistic choices and is completely different from any of them. With all that in mind, I wanted to share how seeking inspiration from existing projects can help you. "

As new technologies allow digital lessons to be tailored to various learning styles, a growing number of programs are evolving to enable students with disabilities to take online courses created with their needs in mind.

Worth keeping mind . . . . "Originally, reading about the assignment for what we have to do for class on Wednesday I got kind of annoyed. I am not good at open ended assignments and they frankly frustrate me to no end."

"A group of almost 40 mathematicians wrote a 600 page textbook on Homotopy Type Theory in less than six months. They taught themselves git, and they used GitHub for hosting, pull requests, and discussions. The book simply wouldn't exist without GitHub. That. Is. Amazing. I subscribed to the project on GitHub and I receive email updates every single day. The book has been released, but they're still iterating constantly. I can't even begin to comprehend the complex mathematics racing through my inbox, but the fact that these brilliant mathematicians are collaborating like this, creating something that has never existed before, out in the open, and I have a front row seat... it just blows my mind."