What does it mean to live without handwriting? The skill has deteriorated gradually, and many of us don’t notice our own loss until we’re asked to handwrite something and find ourselves bumbling as we put pen to paper. Some people still write in script for special occasions (a condolence letter, an elaborately calligraphed wedding invitation) or dash off a bastardised cursive on the rare occasions when they write a cheque, but apart from teachers, few people insist on a continued place for handwriting in everyday life.
But we lose something when handwriting disappears. We lose measurable cognitive skills, and we also lose the pleasure of using our hands and a writing implement in a process that for thousands of years has allowed humans to make our thoughts visible to one another. We lose the sensory experience of ink and paper and the visual pleasure of the handwritten word. We lose the ability to read the words of the dead.
If we take the skeptics seriously, how much of the catastrophist’s argument stands? Enough, Hayes feels, that we should be gravely concerned. “We have a country full of megaphones, a crushing wall of sound, the swirling lights of a 24/7 casino blinking at us, all part of a system minutely engineered to take our attention away from us for profit,” he writes. Thinking clearly and conversing reasonably under these conditions is “like trying to meditate in a strip club.” The case he makes is thoughtful, informed, and disquieting. But is it convincing?
History is littered with lamentations about distraction. Swirling lights and strippers are not a new problem. What’s important to note about bygone debates on the subject, though, is that they truly were debates. Not everyone felt the sky was falling, and the dissenters raised pertinent questions. Is it, in fact, good to pay attention? Whose purposes does it serve?
Led by Emil Ruff of the Marine Biological Laboratory (MBL), Woods Hole, Mass., new research has unearthed communities of underground microbes that are almost as—and sometimes more—diverse than even reefs and rainforests. Ruff and his team found that subsurface bacteria and archaea are flourishing, even at depths where the energy supply is orders of magnitude lower than enjoyed by organisms in habitats that see the sun.