How Facebook Squashed Twitter – Stratechery by Ben Thompson

How Facebook Squashed Twitter – Stratechery by Ben Thompson

The idea of a “smartphone” that could connect to the Internet and run applications was around long before 2007; Apple, though, was the first to put the entire package together, including the device, user interface, and interaction paradigm, which is why the first iPhone is considered the start date of the mobile revolution.

Similarly, the idea of a feed of information developed over many years; blogs were based on the format, and RSS allowed users to compile multiple news sources into a single stream. However, the introduction of Twitter in March of 2006, along with the Facebook News Feed, in September 2006, were the two seminal products that brought all the essential components together: users, content, and a place to read. I would argue it’s a date that is just as significant.

Today, having a feed that users willingly return to day-after-day is the foundation of successful mobile advertising companies, especially Facebook. As I noted back in 2013 the feed allows for an advertising unit that is actually superior to anything found on the desktop: users have no choice but to at least visually engage with whatever is dominating the screen of the mobile device that is the center of their lives.

In fact, I would argue that the feed is so important that its development — or lack thereof — is the core reason why Facebook has soared over the last ten years, while Twitter has slumped after a beginning that suggested the exact opposite sort of outcome.

The Problem with Digital Reading is Paper – LiquidText

The Problem with Digital Reading is Paper – LiquidText

A lot of people over thirty-five tend to think they prefer paper books/documents because they’re old. They may see digital as being better in some abstract way and, with a tone somewhere between apology and lament, see themselves as too old to get on board. The beauty of Rosenwald’s piece is that it helps us all get a little closer to the root of the problem with digital reading. The signs are that it’s less of an incompatibility with our childhood habits, as with our psychological and cognitive requirements as people.

Kindle is really designed for casual reading; the place where digital has fallen short, as Rosenwald explains, is with things like digital textbooks. And while Rosenwald focuses on academic reading, other studies have shown similar preferences among professional knowledge workers, about 80% of whom like to print their documents to read them. This kind of professional and academic reading usually involves what academics call “active reading” since it necessitates a more proactive engagement with a text, and especially the physical medium of a text. Taking notes, comparisons, writing excerpts, searching, are all examples.

So why is active reading so hard on digital devices? Partly it’s the nature of a digital device that invites distraction and, on tablets and PCs, the irritating lighting of an emissive display. But a major component is more about what the devices are capable of and how that matches to what people need when they read. Back in the 90s Kenton O’Hara studied what goes into the active reading process at Xerox’s research labs in the UK. He found many of the usual suspects: annotation like highlighting and margin notes, bookmarking, etc. But he found nuances that are less obvious—having good ways to retrieve notes, support for non-linear reading, viewing different document sections in parallel, diagramming, etc.

Think about it—many of the best attributes of paper require it being composed of physical pages. So we’re left in a difficult spot: our digital active reading products are inspired by paper, inherit its problems, and avoid its advantages.

You Don’t Have to Keep Up With Everything — Science of Us

You Don’t Have to Keep Up With Everything — Science of Us

“It’s like a different flavor of FOMO … It’s fear of missing out, but missing out on content — and on knowledge. With limited time and mental resources, there’s no way to get through it all.”

This thing has a name: infomania. Infomania was first pointed out as an issue in 1984 by the author Elizabeth Ferrarini. Email had just been invented, and Ferrarini foresaw the desire to constantly scroll through intraweb company messages and answer them now, other priorities be damned. This behavior inspired her book, aptly titled Confessions of an Infomaniac. But infomania remained an artifact of the 1980s until 2005, when Hewlett-Packard repopularized the term by sponsoring a widely criticized study describing infomania’s effects on the human psyche, claiming that it was “worse than marijuana” in its power to reduce IQ.

Again, that research was disputed and discredited; still, most of us can relate to the feeling Zomorodi and her listener describe of being trapped in an infomania loop. The thing is, we don’t quite know how to fight against infomania besides the impractical, drastic solution of tossing our phones into a toilet. Perhaps Zomorodi said it best, when she writes about reframing society’s scorn about not knowing what’s trending right now on whatever hip social-media feed is demanding our attention.

Information Overload or a Search for Meaning? – The American Interest

Information Overload or a Search for Meaning? – The American Interest

The principal response to the anxiety about Information Overload has been a technical one, namely, trying to improve the processing and management of information. But the development of new techniques of storage and retrieval of information does not relieve their users of the burden of interpreting it and understanding what it means. To gain meaning is a cultural accomplishment, not technical one. Unfortunately, Western society has become estranged from the messy business of engaging with meaning. This sensibility is vividly captured by the oft-repeated idiom (‘That’s too much information!”), so common that it’s now often communicated in texting simply by thumbing out “TMI.” This idiom is often used playfully to warn about “over-sharing” personal details or inappropriate sentiments. But the very fact that the ambiguities of everyday encounters are expressed through a language that quantifies personal communication (“too much”) and reduces it to abstract information speaks to a culture that all too readily assigns people the role of passive victims of information overload.

The corollary of Information Overload is the phenomenon of what Nico Macdonald, a British writer on digital culture, has characterised as Paradigm Underload. Macdonald notes that the problem facing society is not the quantity of information but the conceptual tools and paradigms with which to “filter, prioritise, structure and make sense of information.” Unfortunately, without a paradigm, the meaning of human experience becomes elusive to the point that the worship of Big Data displaces the quest for Big Ideas.

 

Do You Read Differently Online and in Print?

Do You Read Differently Online and in Print?

The Internet may cause our minds to wander off, and yet a quick look at the history of books suggests that we have been wandering off all along. When we read, the eye does not progress steadily along the line of text; it alternates between saccades—little jumps—and brief stops, not unlike the movement of the mouse’s cursor across a screen of hypertext. From the invention of papyrus around 3000 B.C., until about 300 A.D., most written documents were scrolls, which had to be rolled up by one hand as they were unrolled by the other: a truly linear presentation. Since then, though, most reading has involved codices, bound books or pamphlets, a major advantage of which (at least compared to the scroll) is that you can jump around in them, from chapter to chapter (the table of contents had been around since roughly the first century B.C.); from text to marginal gloss, and, later, to footnote.

In the age of print, nonlinear reading found its most elaborate support in the “book wheel,” invented by the Italian engineer Agostino Ramelli in 1588: a “rotary reading desk” which allowed the reader to keep a great number of books at once, and to switch between them by giving the wheel a turn. The book wheel was— unfortunately!—a rarity in European libraries, but when you think about all the kinds of reading that print affords, the experience of starting a text at its beginning and reading all the way to the end, which we now associate with “deep” reading, looks less characteristic of print in general than of the novel in particular: the one kind of book in which, we feel, we might be depriving ourselves of something vital if we skipped or skimmed.

The quality of digital media poses one kind of problem for the reading brain; the quantity of information available to the wired reader poses a different and more serious problem. But it’s worth noting that readers have faced this problem before, too. Gutenberg printed his first Bible in 1455, and by 1500, some 27,000 titles had been published in Europe, in a total of around 10 million copies. The flood of printed matter created a reading public, and changed the way that people read.

Retrotechtacular: Electronic Publishing in the 1930s | Hackaday

Retrotechtacular: Electronic Publishing in the 1930s | Hackaday

We are living in the age of citizen journalism and the 24-hour news cycle. Reports about almost anything newsworthy can be had from many perspectives, both vetted and amateur.

Just a few decades ago, people relied on daily newspapers, radio, and word of mouth for their news. On the brink of the television age, several radio stations in the United States participated in an experiment to broadcast news over radio waves. But this was no ordinary transmission. At the other end, a new type of receiver printed out news stories, line drawings, and pictures on a long roll of paper.

Radio facsimile newspaper technology was introduced to the public at the 1939 World’s Fair at two different booths. One belonged to an inventor named William Finch, and one to RCA. Finch had recently made a name for himself with his talking newspaper, which embedded audio into a standard newspaper in the form of wavy lines along the edges that were read by a special device.