In these times of centralised services like Facebook, Twitter, and Medium, having your own website is downright disruptive. If you care about the longevity of your online presence, independent publishing is the way to go. But how can you get all the benefits of those third-party services while still owning your own data? By using the building blocks of the Indie Web, that's how!
Based solely on what I know from just the title of the talk, this wasn’t quite at all what I was expecting. It was far more interesting and philosophical than I expected, but I suppose that’s the extra magical bit that you get for a something presented by Jeremy.
Approaching the subject from a more architectural standpoint was quite refreshing and a great way to frame the subject for this audience. I found myself wishing he’d had twice the amount of time to expand on his ideas. Often when I’m explaining IndieWeb building blocks, I’ll touch on webmention prior to micropub, but I like the way he turned my usual thinking on it’s head by putting micropub first in his presentation.
Thanks, Jeremy (and Mozilla for the conference). This was great fun! 🎉
📺 Jeremy Keith – Building Blocks of the Indie Web was originally published on Chris Aldrich
All living things are made of cells, and all cells are powered by electrochemical charges across thin lipid membranes — the ‘proton motive force.’ We know how these electrical charges are generated by protein machines at virtually atomic resolution, but we know very little about how membrane bioenergetics first arose. By tracking back cellular evolution to the last universal common ancestor and beyond, scientist Nick Lane argues that geologically sustained electrochemical charges across semiconducting barriers were central to both energy flow and the formation of new organic matter — growth — at the very origin of life.
Dr. Lane is a professor of evolutionary biochemistry in the Department of Genetics, Evolution and Environment at University College London. His research focuses on how energy flow constrains evolution from the origin of life to the traits of complex multicellular organisms. He is a co-director of the new Centre for Life’s Origins and Evolution (CLOE) at UCL, and author of four celebrated books on life’s origins and evolution. His work has been recognized by the Biochemical Society Award in 2015 and the Royal Society Michael Faraday Prize in 2016.
h/t Santa Fe Institute
Energy and Matter at the Origins of Life by Nick Lane | Santa Fe Institute was originally published on Chris Aldrich
Music video by Bobby McFerrin performing Don't Worry Be Happy.
Most will think that Robin Williams’ cameo in this video is the headline, but to me it’s Bill Irwin! I’ve been enamored of his work (and clowning) since watching My Blue Heaven in my youth. There’s nothing better than running into his work anywhere on film and television. I hope he ultimately gets the recognition he deserves for his work, which I think is sadly underrated. If you haven’t seen his Mr. Noodle work, go out and track it all down.
📺 Don’t Worry Be Happy by Bobby McFerrin was originally published on Chris Aldrich
We tend to have a love/hate relationship with social networks. The ability to interact with friends, colleagues, and even celebrities is wonderful, but the lack of control over privacy or content algorithms is troubling. A better way lies ahead, where you aren't tied to large social networks and where you can own your own data.
Recorded at Atlanta Connect.Tech 2017 on 9/21/2017
A few weeks back Keith gave a great non-platform specific overview to some of the moving pieces of the IndieWeb at Connect.Tech 2017 in Atlanta. I wish I could have been there in person, but glad that it was archived on video for posterity.
Somehow I managed to get a mention in his talk as did our friend Jeremy Cherfas.
The slides for his talk are archived, naturally, on his own website.
📺 The Decentralized Social Web by Keith J. Grant was originally published on Chris Aldrich
Art and science have in some ways always overlapped, with early scientists using illustrations to depict what they saw under the microscope. Janet Iwasa of the University of Utah is trying to re-establish this link to make thorny scientific data and models approachable to the common eye. Iwasa offers her brief but spectacular take on how 3D animation can make molecular science more accessible.
Visualizations can be tremendously valuable. This story reminds me of an Intersession course that Mary Spiro did at Johns Hopkins to help researchers communicate what their research is about as well as some of the work she did with the Johns Hopkins Institute for NanoBioTechnology.
📺 These 3D animations could help you finally understand molecular science | PBS NewsHour was originally published on Chris Aldrich