by Tim Sommers

Stuck inside? Unable to travel? Have you considered traveling through time instead of space? Time travel is impossible, you say? Wrong. We are, each and every one of us, time travelers, traveling forward second by second, hour by hour, day by day into the future.
Why not consider traveling in the other direction? If you are afraid of traveling to the past because you fear paradoxes – killing your own grandfather, stepping on a butterfly while fleeing from a dinosaur, etc. – I have great news for you. My new theory of time travel will allow you to travel into the past without creating any paradoxes – guaranteed! (Time machine not included.)
Let’s not go straight to the big payoff. Let’s work our way up to it. Hannibal Buress has pointed out that when people go through something rough in life, they sometimes say, “I’m taking it one day at a time.” Hannibal says, “Yeah. So is everybody. That’s not a philosophy. That’s how time works. If there’s a way to go faster, let me know?”
I am here to help. You can move through time more quickly than your friends and family (that is, travel to the future faster than they do). Here’s how. Either go very fast or stand close to something really massive.
You might say, Tim, I know that it follows from Einstein’s general theory of relativity that there is no universal “now”, that simultaneity is an illusion, and that we all travel through time at different rates depending on our speed and proximity to extremely massive objects, but do you have any empirical evidence that this actually, really happens in the real world?
I’m glad you asked. Read more »

Something has happened in the last forty days. The planet has gone quiet, a vast, reverberating, gesticulating global chorus suddenly muted by something wee and invisible which is borne across continents, streets and rooms by friends and strangers. Mass extinction, once the whispered woe of a distant future, suddenly sounds louder and doable in the here and now. The world is compelled to gaze at its own mortality.
The month of Ramadan is at once a time of respite from the external— when one’s focus shifts from worldly affairs to the spiritual— and a time to deepen one’s sense of compassion and fellow-feeling via the rigors of daily fasting, prayer, reflection and generous giving. It is a time to break free from day to day concerns and to pay attention to one’s lifelong inner journey, whether it is through revitalizing the connection with the Divine or investing in human relations: personal, communal, and global.

The COVID-19 pandemic has instigated talk of the systemic- or societal relevance of institutions and professions. Quickly, attributions of systemic relevance have become a matter of distribution of resources. In Germany, for example,
What is worse – coronavirus itself, or the social and economic catastrophe that comes with it?
Like most people who have time to think in these stressful days, I have been thinking about life after the COVID-19 pandemic has passed – mostly at a personal level, but also a little about the world at large. This essay is an attempt to put some of these thoughts down as a time-capsule of how things appear from this perch in May of 2020, the first year of the New Plague.
What’s the universe made up of? Most people who have read popular science would probably say “Mostly hydrogen, along with some helium.” Even people with a passing interest in science usually know that the sun and stars are powered by nuclear reactions involving the conversion of hydrogen to helium. The dominance of hydrogen in the universe is so important that in the 1960s, two physicists suggested that the best way to communicate with alien civilizations would be to broadcast radio waves at the frequency of hydrogen atoms. Today the discovery that the stars, galaxies and the great beyond are primarily made up of hydrogen stands as one of the most important discoveries in our quest for the origin of the universe. What a lot of people don’t know is that this critical fact was discovered by a woman who should have won a Nobel Prize for it, who went against all conventional wisdom questioning her discovery and who was often held back because of her gender and maverick nature. And yet, in spite of these drawbacks, Cecilia Payne-Gaposchkin achieved so many firsts: the first PhD thesis in astronomy at Harvard and one that is regarded as among the most important in science, the first woman to become a professor at Harvard and the first woman to chair a major department at the university.
I sometimes consider becoming a skeptic, but then I’m not so sure what that entails.

So, here she is Bharat Mata, or as Sabila saw my mother, wrapped in a bright sari, superimposed on a map of India painted on a box of safety matches. It’s incendiary. Kashmir crowns the Mata who wields a trident in her right hand. A multi-color flag erases Afghanistan and Pakistan. Left-hand shadows Bangla Desh gesturing towards Myanmar. Her foot seems bigger than pearl-shaped Sri Lanka which forms the central story of the Hindu epic Ramayana. Here’s how Sabila told Mother the story.
One of the things that fascinates me about history is the different ways we know historical periods. We know the times we live through in a very deep way, not just the events and how they affect us, but the details of daily life. We know the slang, the jokes, the mid-list books; the forgettable songs and the ephemeral news; what the world smells like and how it tastes and sounds. It’s very hard to know another time period in anything like the detail we know our own: what people wore to work, what they did on Saturday afternoons, what all the machines did and why they were made.


