Many of us are having to get used to working from home.
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I was supposed to be in Philadelphia this week, at the spring meeting of the American Chemical Society. It was going to be my first proper weeklong, out-of-town conference in ages, and I was looking forward to it. I was even going to see some old friends from grad school.
Obviously that’s not where I am. The conference, like many other events, was canceled due to the outbreak of COVID-19. But you don’t need me to tell you how quickly and profoundly the pandemic has turned the world upside down. When the American Institute of Physics (my employer, which publishes Physics Today) told us on Wednesday, 11 March, that we’d all be working from home starting the following Monday, it seemed at the time like a decision made out of an abundance of caution. In hindsight, it looks like just the right amount of caution. I headed to my local IKEA that weekend to get a desk and chair for my new home office; by the following Wednesday, all IKEA stores in the US were closed. In just a few short days, we went from life as usual to something radically different.
The mechanics of my job haven’t changed much. Most of my work—reading papers, sending emails, writing, and editing—is solitary, and I can do it anywhere in the world with an internet connection. The hardest part for me so far has been keeping my mental focus during this scary and uncertain time. Like a lot of people, I’ve been finding it difficult to tear myself away from news coverage of the pandemic, watching the numbers of confirmed cases go up and up, trying to make sense of all the statistics, hoping we’re doing enough to flatten the curve, fearing that we’re not, and wondering how all this is going to end for me, my family, my friends, my colleagues, my community, my country, and the world.
Miller’s Diary
Physics Today editor Johanna Miller reflects on the latest Search & Discovery section of the magazine, the editorial process, and life in general.
But in times of crisis, I think it’s important not to let the crisis totally consume us and to keep sight of all the beauty and wonder around us that’s worth pulling through for. Because you’re here reading a physics magazine, you probably find some of that beauty and wonder in scientific ideas and our capacity to understand the natural world. Those ideas aren’t going away. Although human society is experiencing a disruption larger than most of us have seen in our lifetimes, all the same oxygen and nitrogen molecules are still swarming around us in the air we breathe, all the same photons are streaming the 150 million kilometers to us from the Sun, and all the same dark matter is doing . . . whatever it is that dark matter does.
Physics Today remains open for business, and as long as there’s science in the world, we’ll keep writing about it. We’ve had some COVID-19 coverage already, and we have more in the works. But we also have a lot of great content coming your way that has nothing to do with the pandemic—including, I hope, future installments of this column. I worry slightly about running out of things to write about now that I have to draw most of my inspiration from within the four walls of my living room. But then I remember we once ran a story that was literally about watching paint dry. You can find fascinating science everywhere, even in the most mundane of things, if you know to look for it.
So let’s get through this. Stay home if you can, keep social distancing and washing your hands, and maybe I’ll see you at a conference somewhere down the line.
Picks from the archives
Our columnist recommends five Physics Today articles that capture some of the beauty and wonder around us:
Physics Nobel Prize honors the discovery of neutrino flavor oscillations (December 2015): The perfect physics detective story, and with such a satisfying ending. We’d covered most of the individual developments in isolation, but when I was called upon to put them all together in the weeks after the Nobel announcement, I gained such an appreciation of the whole field.
Kamifusen, the self-inflating Japanese paper balloon (January 2017): I’d never heard of kamifusen before, but we got a batch of them in the office to play with, and I can confirm that they work as described: Despite their big holes, the paper spheres not only don’t lose their air but spontaneously reinflate. It’s counterintuitive physics in the palm of your hand.
How squid build their graded-index spherical lenses (October 2017): Probably the single coolest result we’ve covered in Search and Discovery in the past five years. The subtle cleverness of nature is just so utterly amazing.
The annoying dripping tap (December 2018): I hope you’re not stuck within earshot of a dripping tap during this trying time. But if you are, you can understand how it makes its sound.
Craters on Pluto and Charon show that Kuiper belt collisions are rare (May 2019): This result from the New Horizons mission, following several years after the original images from 2015, deserves to be better known. Not only can humanity build a contraption and send it hurtling billions of miles through space to take pictures—we can use those pictures to deduce profound things about the whole history of the solar system.
Unusual Arctic fire activity in 2019–21 was driven by, among other factors, earlier snowmelt and varying atmospheric conditions brought about by rising temperatures.
January 06, 2023 12:00 AM
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Physics Today - The Week in Physics
The Week in Physics" is likely a reference to the regular updates or summaries of new physics research, such as those found in publications like Physics Today from AIP Publishing or on news aggregators like Phys.org.