The 12 Best New Yorker Cartoons on Writing and Literature

readers+writers journal

The 10 Best New Yorker Magazine Cartoons on Writing and Literature12 of the Best Cartoons from the Best Literary Magazine Ever

The New Yorker Magazine has been publishing reportage, fiction, satire, poetry and current events since 1925, and over the past 90 years has become an American icon and beacon for new writing, ground-breaking editorial and reporting, and timely satire. The magazine has launched the careers of countless writers and published contributions from the likes of Roald Dahl, Joan Didion, Margaret Atwood, E. L. Doctorow, Chang-Rae Lee, Phillip Roth, Dorothy Parker, Ogden Nash, and Sylvia Plath.

Based in New York, the magazine’s reviews and event listings usually focus on the cultural life of its home city, but The New Yorker has a broad audience outside of New York. Over its nearly 100 year history it has become perhaps best known for its illustrated and often humorous covers, its commentaries on American pop culture, and the single-panel cartoons that are included in each issue. Reading the New Yorker cartoons and sometimes trying to…

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Writers’ Forum Achievement Chart

Live to Write - Write to Live

Each month I pick up a copy of a British writing magazine called Writer’s Forum. It’s much like our American counterpart – Writer’s Digest, but it often offers a new perspective on the art and craft of writing.  Unfortunately it’s imported so by the time I get it most of the events listed have passed, but the technique and reflection articles remain as relevant as ever. In my humble opinion, it’s definitely worth the price of admission.

coverThe centerfold is always the current month’s calendar meant to be removed and hung near your desk. On each day of the month, various authors’ birthdays are listed. Garrison Keiller – August 7th, HP Lovecraft – August 20th, Mary Shelley – August 30th. For August 2015 there is not one day that doesn’t have an author listed. Authors are absolutely everywhere – if that’s not enough to keep you inspired, I’m not…

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Here I Am!

Anna Dobritt -- Author

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Here I Am!

When you decide to self-publish, you can’t just put the book up for sale on Amazon, Barnes & Noble, or other ebook retailers. This is no time to sit back and wait for the money to roll in. You have work to do, my friend, and this work should be started before you publish. If you haven’t done so, start a Facebook page and sign up for Twitter. Join groups that deal with promoting eBooks. Trust me on this, don’t put any of this off to the last minute. If you have a regular FB page, set up one for you as an author, and one for the book you are going to publish. Connect with other indie authors. When they promote a book of theirs, share the link on your page. Chances are they will do the same for you when the time comes. On your…

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Do you have a monster holding you back?

Jean's Writing

Okay, I’ll fess up!

Number two is my biggest issue.

I’m so bad at having a dozen tabs open.

After checking my emails, I leap from article to article and before I know it the morning is gone. One glance at the clock and I want to kick myself.

There are so many great tips with which I can enhance my blog or WIP, I want to read them all. But I’ve got to learn to wrangle in those dang monsters of distraction.

One suggestion is to switch up your location. For me, moving from my desk to the back porch, in good weather, does seem to jog my creative juices.

Which one is your nemesis?

6 Monsters Killing Your Writing Ability by Adam Davis

So get going and slay a monster or two.

Now time for me to stop playing with all these tabs and get back to writing.

dragon paper

You’ve made it…

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Guest Post: Sarah Elle Emm

ARMAND ROSAMILIA

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People occasionally ask me why I write dystopian fiction. I like writing dystopian because it is a release of all of the crazy things running through my mind. Dystopian allows you to explore questions like…What if the government became a dictatorship? What if people weren’t allowed to go to school? What if teenagers could save the world because their parents have lost hope? What if?

I admit I have an overactive imagination. (I’ve seen every episode of The Walking Dead, and even though I know zombies aren’t real, I still check my closets and look under the bed for zombies after each and every episode). Anyhow, I think my parents had a lot to do with how I write today. One of their favorite dinner table conversations growing up was deciding which of their children, (there are three of us), they’d pick to be stranded on the infamous deserted island…

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Off on a Comet ********* Posted from Centauri Dreams

Posted: 30 Sep 2015 08:41 AM PDT

Imagine what you could do with a comet at your disposal. In Seveneves, Neal Stephenson’s new novel (William Morrow, 2015), a Musk-like character named Sean Probst decides to go after Comet Grigg-Skjellerup. A lunar catastrophe has doomed planet Earth and humanity is in a frantic rush to figure out how to save at least a fraction of the population by living off-world. Probst understands that a comet would be a priceless acquisition:

“You can’t make rocket fuel out of nickel. But with water we can make hydrogen peroxide — a fine thruster propellant — or we can split it into hydrogen and oxygen to run big engines…. We have to act immediately on long-lead-time work that addresses what we do know. And what we know is that we need to bring water to the Cloud Ark. Physics and politics conspire to make it difficult to bring it up from the ground. Fortunately, I own an asteroid mining company…”

And so on. Lest you think that was a spoiler, be advised that it’s just the tip of a story of Stephensonian complexity. In the world of the novel, even with virtually all the world’s resources committed to putting people and things into space, time is short, and moving a cometary mass will take years. Given today’s technology, we couldn’t move Grigg-Skjellerup the way Probst intends, but I kept thinking about comets and their resources as I pondered the latest news from a comet we’re getting to know very well thanks to Rosetta: 67P/Churyumov–Gerasimenko.

Traveling with a Comet

Rosetta reached Comet 67P/Churyumov–Gerasimenko in August of last year, so we’ve had a year of up-close study, with perihelion of the object’s 6.5 year orbit occurring on August 13 of this year. Watching a comet in action as it reaches perihelion and then recedes from the Sun is what the mission was designed for, and we’re learning that it was money well spent. As the European Space Agency recently reported, we now see a water ice cycle at work on the comet.

The work, which appears in Nature, draws on Rosetta’s Visible, InfraRed and Thermal Imaging Spectrometer (VIRTIS). Lead author Maria Cristina De Sanctis (INAF-IAPS, Rome) explains:

“We found a mechanism that replenishes the surface of the comet with fresh ice at every rotation: this keeps the comet ‘alive’… We saw the tell-tale signature of water ice in the spectra of the study region but only when certain portions were cast in shadow. Conversely, when the Sun was shining on these regions, the ice was gone. This indicates a cyclical behaviour of water ice during each comet rotation.”

The data come from September of 2014, focusing on a single square kilometer region on the comet’s ‘neck,’ an area that at the time was one of the comet’s most active. Rotating roughly every twelve hours, the studied block on 67P/Churyumov–Gerasimenko moved into and out of sunlight. The researchers believe that water ice on the surface and just below it sublimates when illuminated by the Sun, the gases flowing away from the comet into space. As the region again darkens, the surface cools, and subsurface water ice that briefly continues sublimating freezes out again as the vapor reaches the surface. A new layer of ice is formed, only to sublimate as the cycle starts again when the Sun illuminates that part of the surface.

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Image: Maps of water ice abundance (left) and surface temperature (right) focusing on the Hapi ‘neck’ region of Comet 67P/Churyumov-Gerasimenko. By comparing the two series of maps, the scientists have found that, especially on the left side of each frame, water ice is more abundant on colder patches (white areas in the water ice abundance maps, corresponding to darker areas in the surface temperature maps), while it is less abundant or absent on warmer patches (dark blue areas in the water ice abundance maps, corresponding to brighter areas in the surface temperature maps). In addition, water ice was only detected on patches of the surface when they were cast in shadow. This indicates a cyclical behaviour of water ice during each comet rotation. Credit/Copyright: ESA/Rosetta/VIRTIS/INAF-IAPS/OBS DE PARIS-LESIA/DLR; M.C. De Sanctis et al. (2015).

So we now have observational proof of the suspected water ice cycle on a cometary surface. The patch of the comet under study accounted for about three percent of the total amount of water vapor being emitted by the whole comet at the same time. Cometary activity, as you would expect, increased as 67P/Churyumov-Gerasimenko neared perihelion, producing abundant data from VIRTIS that will offer a further look as the object’s surface changes.

Further work appearing in Nature (and like the previous paper, discussed at the ongoing European Planetary Science Congress in Nantes, France) gives us a good reading on how the comet wound up with its unusual shape. The culprit: A low-speed collision between two separately formed comets. Lead author Matteo Massironi (University of Padova, Italy), an associate scientist of the OSIRIS team, used a 3D model to determine the slopes of over 100 terraced features seen on the comet’s surface, visualizing how they extended into the subsurface. The features were found to be coherently oriented around the comet’s lobes.

“It is clear from the images that both lobes have an outer envelope of material organised in distinct layers, and we think these extend for several hundred metres below the surface. You can imagine the layering a bit like an onion, except in this case we are considering two separate onions of differing size that have grown independently before fusing together.”

The ordered strata uncovered by Massironi and team show that a low-speed collision was the only way for the objects to merge while preserving the ordered strata found deep in the comet. So we can call 67P/Churyumov-Gerasimenko a ‘contact binary,’ one with a history that explains how it got its distinctive shape, which many people liken to a ‘rubber duck.’ Variations in the surface today are likely caused by different rates of sublimation. The frozen gases embedded within individual cometary layers are not necessarily distributed evenly throughout the comet.

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Image (click to enlarge): Left: high-resolution OSIRIS images were used to visually identify over 100 terraces (green) or strata – parallel layers of material (red dashed lines) – in exposed cliff walls and pits all over the comet surface (top: Hathor and surrounding regions on comet’s small lobe; bottom: Seth region on comet’s large lobe). Middle: a 3D shape model was used to determine the directions in which the terraces/strata are sloping and to visualise how they extend into the subsurface. The strata ‘planes’ are shown superimposed on the shape model (left panel) and alone (right panel) and show the planes coherently oriented all around the comet, in two separate bounding envelopes (scale bar indicates angular deviation between plane and local gravity vector). Right: local gravity vectors visualised on the comet shape model perpendicular to the terrace/strata planes further realise the independent nature of the two lobes. Credit: ESA/Rosetta/MPS for OSIRIS Team MPS/UPD/LAM/IAA/SSO/INTA/UPM/DASP/IDA; M. Massironi et al. (2015)

Will we one day use comets the way Neal Stephenson’s character describes in Seveneves? Supporting a human presence in deep space will involve ‘living off the land’ and utilizing resources like these. We’ll doubtless one day look back on the pioneering work of the Rosetta team and remember how much Comet 67P/Churyumov-Gerasimenko had to teach us.

The paper on the water/ice cycle is De Sanctis et al., “The diurnal cycle of water ice on comet 67P/Churyumov–Gerasimenko,” Nature525 (24 September 2015), 500-503 (abstract). The paper on the comet’s shape is Massironi et al., “Two independent and primitive envelopes of the bilobate nucleus of comet 67P,” Nature, published online 28 September 2015 (abstract).

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