Question: Where is the headquarters of the publishing house that printed Sarah Gerard's "Binary Star"?

Context paragraphs:
MY Camelopardalis: MY Camelopardalis (MY Cam) is a binary star system located in the Alicante 1 open cluster, some 13 kly away in the constellation Camelopardalis.  It is one of the most massive known binary star systems and a leading candidate for a massive star merger.  MY Cam is the brightest star in Alicante 1.

Gliese 752: Gliese 752 is a binary star system in the Aquila constellation.  This system is relatively nearby, at a distance of about 19 light years.  This system consists of two M-type stars.  The primary star is the magnitude 9 "Gliese (GJ) 752 A".  The secondary star is the dim magnitude 17 "Gliese (GJ) 752 B", more commonly referred to as "VB 10".  This stellar pair form an astrometric binary star system separated by about 74 arc seconds (~434 AU).  This system is also known for its high proper motion of about 1 arc second a year.

Vietnamese Prodigy: Vietnamese prodigy (Vietnamese : "Thần đồng đất Việt") is a comic series of Vietnam, the first volume called 'Shaman calls grapefruit' published by Tre Publishing House in February 16, 2002.  Initially the work was carried out by Le Linh and Phan Thi company.  After writing the story for a while, Le Linh stopped writing this comic, and now writing stories as well as related work are in charge by Phan Thi company.  The series previously published by Tre Publishing House, followed Van Hoa Sai Gon Publishing House, Thoi Dai Publishing House(from episode 130 to episode 153), Dai Hoc Su Pham Ho Chi Minh City Publishing House (from episode 154 to episode of 168) and now the Dan Tri Publishing House (from episode 169 onwards).  With over 100 novels, along with related comic Vietnamese Science prodigy, Vietnamese Fine Arts Prodigy and the Vietnam Mathematics prodigy, Vietnamese Prodigy Hoang Sa-Truong Sa, which is considered the Vietnam comics longest and most successful until the present time.  Average one volume per month of Vietnamese Prodigy (printed in black and white) and three new color comics related Vietnamese Prodigy (including Science, Mathematics and Fine Arts) was released.

Two Dollar Radio: Two Dollar Radio is an independent mom-and-pop publishing house based in Columbus, Ohio.  The company was founded in 2005 by husband and wife team Eric Obenauf and Eliza Jane Wood-Obenauf, with Brian Obenauf.  The press specializes in literary fiction.  In 2013 they launched their micro-budget film division, Two Dollar Radio "Moving Pictures."  In September of 2017 the press will open Two Dollar Radio Headquarters on the south side of Columbus, Ohio, a bookstore/bar/coffeeshop/cafe, carrying Two Dollar Radio titles as well as a selection of almost exclusively independently published books.

DT Virginis: DT Virginis, also known as Ross 458 AB, is a binary star in the constellation of Virgo.  Both of the stars are low-mass red dwarfs with at least one of them being a flare star.  This binary system has a circumbinary planet detected by direct imaging, currently the planetary-mass object with the widest known orbit around a binary star.

Sarah Gerard: Sarah Gerard is an American author and novelist.  She recently worked for Bomb Magazine.  She is the author of a novel, "Binary Star", published in 2015 by Two Dollar Radio.  The novel received positive reviews.  Her writing has appeared in The New York Times, New York Magazine, The Paris Review Daily, and .  Gerard also writes a monthly column for Penguin Random House online journal Hazlitt.

Interacting binary star: An Interacting binary star is a type of binary star in which one or both of the component stars has filled or exceeded its Roche lobe.  When this happens, material from one star (the donor star) will flow towards the other star (the accretor).  If the accretor is a compact star, an accretion disk may form.  The physical conditions in such a system can be complex and highly variable, and they are common sources of cataclysmic outbursts.

Habitability of binary star systems: Planets in binary star systems may be candidates for supporting extraterrestrial life.  Habitability of binary star systems is determined by a large number of factors from a variety of sources.  Typical estimates often suggest that 50% or more of all star systems are binary systems.  This may be partly due to sample bias, as massive and bright stars tend to be in binaries and these are most easily observed and catalogued; a more precise analysis has suggested that the more common fainter stars are usually singular, and that up to two thirds of all stellar systems are therefore solitary.

Contact binary: In astronomy, a contact binary is a binary star system whose component stars are so close that they touch each other or have merged to share their gaseous envelopes.  A binary system whose stars share an envelope may also be called an overcontact binary.  Almost all known contact binary systems are eclipsing binaries; eclipsing contact binaries are known as W Ursae Majoris variables, after their type star, W Ursae Majoris.

Kepler-14: Kepler-14 is a binary star system targeted by the Kepler spacecraft.  It is host to one known planet: the Jupiter-like Kepler-14b.  The star system was identified by Kepler as a possible planetary host, but when imaging revealed that Kepler-14 was a binary star system and not a single star, the confirmation process became protracted.  The stars are separated by at least 280 AU, and the stars complete an orbit around a common center of mass every 2800 years.  Both stars are larger than the Sun.  They are of similar absolute magnitudes; however, the primary star is brighter as seen from Earth.

Supporting paragraphs: Sarah Gerard Two Dollar Radio
Answer: Columbus, Ohio