'Dear Himalayas': ASU alum pens love poem to Nepal

May 22, 2015

Samyak Shertok dialed the familiar pattern of numbers over and over as the sun came up in Tempe. Each time the result was the same: no answer.

He told himself the phone lines were down, or busy. Finally, several hours later, his mother answered. The connection lasted only a few minutes, but it was enough. Samyak Shertok Poem ASU Poetry CLAS Creative Writing Nepal Earthquake Download Full Image

Shertok exhaled.

After five hours of trying, when the call

finally goes through & I hear

my mother’s voice, I learn

how to unash my lungs.

For many people with loved ones in Nepal, the morning of April 25 brought tremendous anxiety and uncertainty.

A magnitude 7.8 earthquake, centered 50 miles northwest of Kathmandu, rocked the small Himalayan country. Violent aftershocks followed for many days, including a second quake of 7.3 magnitude, centered 40 miles east of Kathmandu just two weeks later.

More than 8,000 people died as a result of the temblors, and more than twice as many have been injured. Recovery efforts remain underway.

Shertok, an Arizona State University graduate living in Tempe, did eventually confirm that his immediate family had escaped harm. But others in his circle were not so fortunate.

“My niece lost her daughter in the house next to the one I grew up in," he said. "The entire family of our next-door neighbor got caught when the house collapsed on them."

Shertok’s mix of emotions after the quake – his anguish at not being able to reach his mother, his nearly sickening relief when he did – overwhelmed him. So he did what he usually does at times like these.

He started to write.

He wrote about the terror-filled hours spent trying to reach his family. He wrote about the disorientation of seeing the destruction on television. And he wrote about his growing frustration at being helpless, 8,000 miles away.

Dear Himalayas, this morning I have nothing

to offer you. Not even a butter lamp

for your unwinged Garuda

or your one-thousand-year-old gods

now cursed to an exhale.

Shertok published the poem “Aftershocks” on May 6 in the Nepal-based La.Lit magazine, an English-language literary journal.

He also read the poem aloud at a vigil held by ASU’s Nepalese Student Association. Many in attendance – Nepal-born and otherwise – said that it had affected them deeply. One woman said the poem gave her goosebumps.

Shertok now knew what he needed to do.

Writing to heal

Shertok was born in the small Nepalese community of Phalam Sangu in the Sindhupalchok district. The village had no electricity, and growing up, the children created their own fun without the aid of video games and televisions.

That creativity may have led to Shertok's way with words. He attended Brigham Young University in the U.S., majoring in English. From there, he was accepted into ASU’s competitive, highly ranked creative writing program, where he earned his Master of Fine Arts in fiction writing in 2014.

Since then Shertok has been volunteering with Poesía del Sol, the ASU creative writing program partnership with Mayo Clinic. Each week he interviews palliative-care patients and then crafts poems for them based on those interviews.

The program uses what it calls “lyric medicine” to enrich patients’ lives using storytelling. It is premised on the notion that we all have stories to tell, and that in sharing them we can begin coming to terms with difficulties, even disasters.

The concept of using writing – especially poetry – in healing is more than a theory; its efficacy has been demonstrated in multiple studies. Several prominent schools of medicine, including Yale and Mount Sinai, now incorporate poetry into their programs.

Writing seems to be especially effective in dealing with trauma. That has been the case for Shertok. He penned "Aftershocks," he said, as a "love letter" to his country.

“This was just another way of saying: ‘Dear Nepal, I'm not sure if I can do anything for you, but I feel your pain and want to sit next to you as you grieve.’ "

He said that when he completed the poem, he “felt a great sense of visceral release.”

Taking action

Inspired by the response to his “Aftershocks” poem, Shertok will launch a project he’s calling “Healing Through Poetry” in Nepal this summer. He’s hoping to crowdfund the effort through a Kickstarter campaign.

To set his vision into practice, Shertok plans to literally go house to house, starting in his home district of Sindhupalchok, talking to the people. He will begin collecting stories and writing poems based on them, similar to what he has been doing for ASU’s Poesía del Sol.

He is also proposing to run poetry workshops for young people, whom he’ll encourage to work through their experiences by writing about them. The project will feature workshop students and community participants in poetry readings at local venues, perhaps even at sites of earthquake destruction.

He then hopes to publish the resulting poems in a book.

“While it won't initially provide the victims with tangible aid, it will serve their emotional and psychological well-being in the long run," Shertok said. "Healing Through Poetry strives to help Nepal heal and rebuild through poetry that at once embraces, documents, and transcends this historic tragedy as it is happening."

The Kathmandu sky sliced with unlive

wires. Highways broken like bread

or a body. The Vishnu Temple: a pile

of sandalwood beams & too many prayers.


I sit at my desk & stare at the paper

white as the song of the earth

as it splits to womb so many Janakis.

Unable to find words, I write

& rewrite the silence.

My bones caw.

I tremble

until prayer becomes my body.

Kristen LaRue-Sandler

Manager, marketing + communications, Department of English


ASU expertise results in faster, portable microbial analysis in the field

May 22, 2015

Until recently, it took hours – sometimes days – to analyze biological samples after they were frozen in the field and brought back to the laboratory. But now there is a faster, cheaper and smaller way for researchers to bring gold-standard analysis to the field.

Researchers from Arizona State University’s School of Earth and Space Exploration have combined their sensors, biotechnology and instrumentation expertise to develop a portable, autonomous device that analyzes trace elements. ddPCR Bioanalytical Field Instrument microbial analysis machine Download Full Image

The highly miniaturized microbial analysis machine, called the ddPCR Bioanalytical Field Instrument, allows researchers to do things such as detect microbes in water, soil and the upper atmosphere. 

The machine, which was recently highlighted in a Nature Methods article, is portable, exceptionally low-power, robust enough for long-term field deployment, doesn't require cleaning, and is easy to deploy and operate.

Developed by a team led by experimental physicist Cody Youngbull, assistant research professor in the School of Earth and Space Exploration, the technology was originally intended for deployment on an Autonomous Underwater Vehicle platform as part of a project to map the dynamic microbial diversity in the world’s oceans.

After four years of development and millions of dollars from the Gordon and Betty Moore Foundation, the National Science Foundation and the Monterey Bay Aquarium Research Institute, the instrument is now operational. It is being used at the Monterey Bay Aquarium Research Institute and the Southern California Coastal Water Research Project to detect microbial contaminants in water more rapidly, with better accuracy and lower limits of detection.

The device employs emulsion droplet technology, which means that the aqueous sample comes into the instrument and is coated in oil, thus keeping it from ever contacting the internal components. Once samples are loaded, reagents are mixed, processed and analyzed in perfect isolation. The data is then quantified directly in the field for immediate feedback. The small droplets enable the device to produce millions of copies of any specified DNA sequence in minutes.

With the emergent capability to perform this sort of analysis on an autonomous underwater vehicle, the device is quite adaptable to the needs of the researcher and has great potential for monitoring other locations in the field, including the built environment.

According to Youngbull, while it does have health applications since it is able to quantify pathogens, he doesn’t see it as a medical diagnostic tool.

“It’s designed for exploration,” he said. “Being able to detect trace components, single molecules, autonomously and reliably, without the need for sample return or hardware consumables in a really tiny, low-power package are what our machine is all about.”

Although there may be limited medical diagnostic applications, Youngbull envisions use of the device in homeland security, mass transit, public spaces, hospitals, schools, food production and combat theater analytics.

Autonomous, digital droplet PCR is useful for many aspects of science. The device might even one day be integrat­ed into a rover, lander or orbiter to seek out extant DNA in the water on Mars, the oceans of Europa, the ice plumes of Enceladus or wherever scientist-explorers one day hope to discover and quantify nucleic acid sequences.

Nikki Cassis

marketing and communications director, School of Earth and Space Exploration