MT. GOTHIC TOMES

RARE BOOKS & WESTERN AMERICANA

Brian Levine

P.O. Box 3048, Crested Butte, CO 81224-3048 USA

Specialists in Colorado history and the works of F. Scott Fitzgerald

 About Us                   Email: mtgothictomes221@gmail.com

© 2023 Mt. Gothic Tomes

NOVEMBER -DECEMBER 2023

COPYRIGHT@2023 MT GOTHIC TOMES

WE ACCEPT ALL CREDIT CARDS VIA PAYPAL & SQUARE.

Visit our other website:

Colorado Artifactual

 

Contact us

Phone: (970) 349-7079

Site Map

Click on the following web pages for more offerings:

HOME

About Us

Colorado Artifactual

Albertype Publications

Aspen, Colorado

Business Directories

Colorado

Colorado Bottles, historical

Colorado Business Directories

Colorado Maps

Colorado Mining Stock Certificates

Colorado Whiskey Jugs, historical

Cripple Creek, Colorado

Cripple Creek Mining Directories

Cripple Creek mining stock certificates

Denver and Rio Grande Railroad

Einstein, Albert

Feynman, Richard P.

Fitzgerald, F. Scott

Gunnison County, Colorado, including Crested Butte

Hecht, Ben

Hemingway, Ernest

Hutchinson Soda Bottles

Leadville, Colorado

Leadville Directories

San Juan Mountains, Colorado

Silverton Railroad

 

CONTACT US

 

Yes, we Accept:  PAYPAL,

Venmo & SQUARE 

We are always interested in purchasing, whether you have a single item or an entire collection for sale.

© 2022 Mt. Gothic Tomes

 

JOHN C. GARDNER

(John Champlin Gardner, Jr., July 21, 1933 – September 14, 1982, was an American novelist, essayist, literary critic and university professor.)

 

THE RESURRECTION, 1966

Gardner's first novel

 

Inscribed by John Gardner on the front endpaper.  Published by the New American Library, first edition, 1966.  Stated first printing. Book in near condition; original endpapers; 241 pages.  

Dust jacket very good plus to near fine.  $4.95 price still present. Gold-lettering on spine bright; book tight and pages with only the slightest of toning.

 

 

THE WRECKAGE OF AGATHON, 1970

 

First edition of Gardner's second novel.  Published by Harper & Row, Publishers: New York, Evanston, and London, 1970.  Stated first printing.  Signed by John Gardner on the front endpaper.  Book in near fine condition as is dust jacket; original $6.95 price present; 243 pages.

 

 

GRENDEL, 1971

 

Published by Alfred A Knopf: New York, 1971.  Stated First EditionSigned by John Gardner on second front end paper.  Illustrated by Emil Antonucci.  Dust jacket almost fine with the slightest of fading to spine; price-clipped.  Book in fine condition; 174 pages.  Gardner's third novel.

 

 

THE SUNLIGHT DIALOGUES, 1972

 

Published by Alfred A. Knopf: New York, 1972.  Stated First Edition.  Signed on second front endpaperThe above front endpaper is in another first edition of this book, signed with a drawing by the book's illustrator, John Napper.  Both books are in near fine condition in near fine condition with original $8.95 price tag present; 674 pages

 

 

 

 

 

VISIT ANOTHER OF OUR WEBSITES: Colorado Artifactual

Please understand: we are a professional Company offering historic artifacts for sale.  We do not give free advice, issue appraisals, allow photographic duplication without payment, or work with consignment.  If you wish to sell us quality historic artifacts, you must submit precise digital photographs, thorough descriptions, and price you hope to attain.  If any of the aforementioned requirements are not included, your inquiry will be deleted.  Thank you for the respect of our 35 years experience.

 

"... But never again as during that all too short period when he and I were one person, when the fulfilled future and the wistful past were mingled in a single gorgeous moment -- when life was literally a dream...."  F. Scott Fitzgerald, from 'Early Success,' The Crack Up, October 1937

 \frac{\partial f}{\partial t}+ v \frac{\partial f}{\partial x}+ \frac{F}{m} \frac{\partial f}{\partial v} = \frac{\partial f}{\partial t}\left.{\!\!\frac{}{}}\right|_\mathrm{collision}

Boltzmann equation

\left( c \boldsymbol{\alpha}\cdot \mathbf{\hat{p}}+\beta mc^2 \right ) \psi = i\hbar\frac{\partial \psi}{\partial t}\,\!

Dirac equation

© 2023 Mt. Gothic Tomes