There’s moisture in the air again. I'm sure you've noticed. It's raining. It’s still dark at 6:45, but on a clear day, Jupiter is bright and high in the western sky, and the sun is brilliant on the ungainly heaps of snow. On a clear day, it also streams in above the piano on a lower plane than at any other time of the year, shoots across the room, and comes to rest on the light switch in the hall.
Also near at hand was my journal, into which I occasionally jotted a few notes. For example:
“Nanay rejects both beauty and pleasure as foundations or standards for aesthetic judgment. In fact, he rejects judgment itself, preferring the term “analysis.” He quotes Susan Sontag, who characterizes aesthetic experiences as ‘detached, restful, contemplative, emotionally free, beyond indignation or approval.’ Evidently Sontag didn’t go to the movies much.”
In order to make the most of it, I shoveled two
feet of snow off the deck and oiled the track on the garage door, which was squeaking
something terrible. (Alas! It still is.) Then I split a few pieces of the firewood stacked in the garage into narrow strips for kindling, which will come in handy
sooner or later. It won’t stay this warm for long.
The next morning the air was just the same, but the snow had crystalized during the thaw, and we left the skis at home during our morning ramble down alongside the creek.
Last night the rain arrived, slightly weird, but still atmospheric.
This morning I was cleaning up some emails from Earth/Sky News and was cheered to learn that the universe, like me, is slowing down. The theory had been that it was not only expanding, but accelerating. New research offers a more reasonable view. In findings published November 6 in Monthly Notices of the Royal Astronomical Society, a team of astronomers argued that “the universe is in a phase of decelerated expansion.”
Here's the gist: Early arguments for accelerated expansion were based on measurements of distance to faraway galaxies using Type 1a supernovas. These supernovas were regarded as the universe’s “standard candles,” but new research suggests that their brightness is related not only to distance, but also to the age of the stars that created them. Once you factor that information in, the data suggests that the universe expands and contracts like an accordion, rather than expanding and thinning out with relentless and ever-increasing speed.
I like that idea, and Empedocles would have liked it, too, I think.




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