This talk was given today to Eddie Maloney’s class at Georgetown University (specifically, its Learning and Design program) on “Technology & Innovation By Design”
Links
👓 FBI has not contacted dozens of potential sources in Kavanaugh investigation | NBC News
With the investigation winding down, multiple individuals who have tried to contact the bureau have not heard back.
👓 Dear Christine Blasey Ford: I, too, was sexually assaulted — and it’s seared into my memory forever | Washington Post
I, too, was sexually assaulted — not 36 years ago but about 50 years ago. I have kept my dirty little secret to myself. Silence for five decades. The molester was our trusted family doctor. What made this monster even more reprehensible was that he was the very doctor who delivered me on Aug. 20, 1946. I’m 72 now.
👓 JSON Feed for WordPress updated | Manton Reece
It has been over a year since JSON Feed was announced. There have been a bunch of discussions about expanding the specification, but we are very happy with how well the initial version has worked. It powers all Micro.blog-hosted blogs by default and is also used on many WordPress blogs, home-grown s...
👓 The Difference Between Good and Bad Tags | Zettelkasten Method
There are two different types of tags:
- Tags for topics. You use tags to group notes under a topic.
- Tags for objects. You use tags to group notes around an object, real or conceptual.
👓 The October pick for the PBS NewsHour-New York Times book club is 'American Wolf' | PBS NewsHour
“American Wolf" tells the story of the rise and rule of O-Six, a Yellowstone alpha female who came to be known as the "most famous wolf in the world."
🔖 Sierpinski number | Wikipedia
In number theory, a Sierpinski or Sierpiński number is an odd natural number k such that {\displaystyle k\times 2^{n}+1} is composite, for all natural numbers n. In 1960, Wacław Sierpiński proved that there are infinitely many odd integers k which have this property. In other words, when k is a Sierpiński number, all members of the following set are composite:
- {\displaystyle \left\{\,k\cdot {}2^{n}+1:n\in \mathbb {N} \,\right\}.}
👓 Mathematics matters | Bits of DNA
Six years ago I received an email from a colleague in the mathematics department at UC Berkeley asking me whether he should participate in a study that involved “collecting DNA from the brigh…
This post, Gowers’, and Tao’s are all excellent reasons for a more IndieWeb philosophical approach in academic blogging (and other scientific communication). Many of the respondents/commenters have little, if any, indication of their identities or backgrounds which makes it imminently harder to judge or trust their bonafides within the discussion. Some even chose to remain anonymous and throw bombs. If each of the respondents were commenting (preferably using their real names) on their own websites and using the Webmention protocol, I suspect the discussion would have been richer and more worthwhile by an order of magnitude. Rivin at least had a linked Twitter account with an avatar, though I find it less than useful that his Twitter account is protected, a fact that makes me wonder if he’s only done so recently as a result of fallout from this incident? I do note that it at least appears his Twitter account links to his university website and vice-versa, so there’s a high likelihood that they’re at least the same person.
I’ll also note that a commenter noted that they felt that their reply had been moderated out of existence, something which Lior Pachter certainly has the ability and right to do on his own website, but which could have been mitigated had the commenter posted their reply on their own website and syndicated it to Pachter’s.
Hiding in the comments, which are generally civil and even-tempered, there’s an interesting discussion about academic publishing that could have been its own standalone post. Beyond the science involved (or not) in this entire saga, a lot of the background for the real story is one of process, so this comment was one of my favorite parts.
👓 Tenured Faculty Position at Princeton University | IEEE Information Theory Society
The Department of Electrical Engineering at Princeton University seeks outstanding applicants for a tenured appointment at the Associate or Full Professor level, effective as early as September 1, 2019. The search is open to candidates specializing in areas related to information sciences and systems, with strength in core fundamentals and an interest in applications areas such as networks, machine learning, energy systems, cyber-physical systems, robotics and control, wireless communications, biology, etc. The successful candidate should have a Ph.D. in Electrical Engineering or a related field, demonstrated excellence in academic research, and a proven track record of teaching and advising undergraduate and graduate students (if currently holding an academic appointment). We seek faculty members who will create a climate that embraces excellence and diversity, with a strong commitment to teaching and mentoring that will enhance the work of the department and attract and retain a diverse student body. Candidates must complete an online faculty application at: https://www.princeton.edu/acad-positions/position/4801; a detailed curriculum vitae, descriptions of teaching and research interests, reprints of selected publications, and the names and addresses of three references should be uploaded as .pdf documents via the on-line application. This position is subject to Princeton University's background check policy. To ensure full consideration, applications should be received by November 15, 2018, but the search will remain open until the position is filled.
👓 U. confirms Verdu’s dismissal following misconduct investigation | The Princetonian
On Friday night, Assistant Vice President for Communications Dan Day confirmed that professor Sergio Verdú was dismissed from the faculty as of Sept. 24 following a University investigation into his conduct in relation to University policies that prohibit consensual relations with students and require honesty and cooperation in University matters.
👓 Harvard Says Kavanaugh Won’t Be Teaching His 2019 Supreme Court Class | HuffPost
The embattled Supreme Court nominee has been teaching the class on the high court's modern history since 2009.
👓 How It Works | Solid
Within the Solid ecosystem, you decide where you store your data. Photos you take, comments you write, contacts in your address book, calendar events, how many miles you run each day from your fitness tracker… they’re all stored in your Solid POD. This Solid POD can be in your house or workplace, or with an online Solid POD provider of your choice. Since you own your data, you’re free to move it at any time, without interruption of service.
You give people and your apps permission to read or write to parts of your Solid POD. So whenever you’re opening up a new app, you don’t have to fill out your details ever again: they are read from your POD with your permission. Things saved through one app are available in another: you never have to sync, because your data stays with you.
This approach protects your privacy and is also great for developers: they can build cool apps without harvesting massive amounts of data first. Anyone can create an app that leverages what is already there.
👓 One Small Step for the Web… | Stephen Downes
On Saturday Fast Company broke the story that Tim Berners-Lee was launching a startup to develop and distribute his SoLiD application (which stands for Social Linked Data; I've covered it here before). This is a part of his plan to restore the web to its original decentralized vision. His new company is called Inrupt (which will be way easier to search for than 'solid') and is launching this week. "Solid is guided by the principle of 'personal empowerment through data' which we believe is fundamental to the success of the next era of the web. We believe data should empower each of us.... With Solid, you will have far more personal agency over data - you decide which apps can access it."
Following Stephen Downes
Stephen Downes is a specialist in online learning technology and new media. Through a 25 year career in the field Downes has developed and deployed a series of progressively more innovative technologies, beginning with multi-user domains (MUDs) in the 1990s, open online communities in the 2000s, and personal learning environments in the 2010s. Downes is perhaps best known for his daily newsletter, OLDaily, which is distributed by web, email and RSS to thousands of subscribers around the world, and as the originator of the Massive Open Online Course (MOOC), is a leading voice in online and networked learning, and has authored learning management and content syndication software.
Downes is known as a leading proponent of connectivism, a theory describing how people know and learn using network processes. Hence he has also published in the areas of logic and reasoning, 21st century skills, and critical literacies. Downes is also recognized as a leading voice in the open education movement, having developed early work in learning objects to a world-leading advocacy of open educational resources and free learning. Downes is widely recognized for his deep, passionate and articulate exposition of a range of insights melding theories of education and philosophy, new media and computer technology. He has published hundreds of articles online and in print and has presented around the world to academic conferences in dozens of countries on five continents.
👓 UK journalists on Twitter: how they all follow each other | The Guardian
How much do journalists just follow other journalists on Twitter? This visualisation suggests one answer