Through the Green Fuse: the Photography of Robert Buelteman
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The Pennsylvania State University Schreyer Honors College
THE PENNSYLVANIA STATE UNIVERSITY SCHREYER HONORS COLLEGE DEPARTMENT OF ART HISTORY WOLFGANG TILLMANS: WORLD-MAKING YIZHOU ZHANG SPRING 2020 A thesis submitted in partial fulfillment of the requirements for a baccalaureate degree in Art History with honors in Art History Reviewed and approved* by the following: Sarah K. Rich Associate Professor of Art History Thesis Supervisor Sarah K. Rich Associate Professor of Art History Honors Adviser Nancy E. Locke Associate Professor of Art History Faculty Reader * Electronic approvals are on file. i ABSTRACT This thesis looks into the body of art works created by Wolfgang Tillmans from the early 1980s to the present, with a focus on the transforming quality of the photographic medium. The essay first investigates the early clashing of mediums in the artist’s work: the photo printer, digital camera, and film in the photograph surface. Then, the essay delves into a longer history of abstract photography that relates to modernist notions of medium specificity. The third chapter deals with the issue of body in a double fold: the body of the art work, and the body of the artist. The fourth chapter introduces a systematic view on Tillmans’ thirty-years-long oeuvre, connecting the motif of astronomy with a distinct world view hidden behind Tillmans photographs. ii TABLE OF CONTENTS Acknowledgements....................................................................................................................... iii List of Figures.............................................................................................................................. -
The Image of Truth: Photographic Evidence and the Power of Analogy
Articles The Image of Truth: Photographic Evidence and the Power of Analogy Jennifer L. Mnookin* We have but Faith: We cannot know For Knowledge is of things we see. Alfred Tennyson, In Memoriam' Maxims that urge the power of images are cultural commonplaces with which we are all too familiar: "a picture's worth a thousand words," "seeing is believing," and so forth.2 The photograph, in * Doctoral Fellow, American Bar Foundation. For useful comments and suggestions, particular thanks are due to Shari Diamond, Joshua Dienstag, Bob Gordon, Evelyn Fox Keller, Jim Liebman, Bob Mnookin, Stephen Robertson, Richard Ross, Christopher Tomlins, and the participants of the Chicago Legal History Forum and the Northwestern History and Philosophy of Science Seminar Series. Thanks, too, for the many thoughtful suggestions of the editors of the Yale Journal of Law & the Humanities, especially Barton Beebe, Jacob Cogan, and Beth Hillman. For research support during the course of working on this article, I thank the American Bar Foundation. 1. ALFRED TENNYSON, In Memoriam, in TENNYSON'S POETRY 119, 120 (Robert W. Hill, Jr. ed., 1971). 2. Some research lends credence to these adages. See, e.g., Brad E. Bell & Elizabeth F. Loftus, Vivid Persuasion in the Courtroom, 49 J. PERSONALITY ASSESSMENT 659 (1985) (claiming that "vivid" testimony is more persuasive than "pallid" testimony); William C. Cos- topoulos, Persuasion in the Courtroom, 10 DuO. L. REv. 384, 406 (1972) (suggesting that more Yale Journal of Law & the Humanities, Vol. 10, Iss. 1 [1998], Art. 1 Yale Journal of Law & the Humanities [Vol. 10: 1 particular, has long been perceived to have a special power of persuasion, grounded both in the lifelike quality of its depictions and in its claim to mechanical objectivity.3 Seeing a photograph almost functions as a substitute for seeing the real thing. -
Digitizing the Harvard Observatory Plate Collection
Digitizing the Harvard Observatory Plate Collection Scanning the “Historic Sky” Our Goals: Find Funding to Construct a Scanner and Digitize the Harvard Astronomical Photographic Plate Collection. Make the results available in Online Storage. Jonathan E. Grindlay – Harvard Professor of Astronomy Elizabeth Griffin – WG Chair IAU Digitization and Preservation Alison Doane – Acting Curator of the Harvard Plate Stack Douglas J. Mink - Software and Data Archivist Bob Simcoe – Volunteer Associate & System designer Before photography, astronomers’ eyes were their only sensing device and hand drawing was the means of permanent recording. This severely limited the science they could accomplish. rjs Astronomy, as a science, made quantum leaps forward with the advent of photography. For the first time permanent, measurable photographic records made possible “offline” analysis of data. rjs The first daguerreotype of the moon was made by American physiologist J.W. Draper in 1840, involving a full 20 minute exposure. The first star was not recorded until 1850, when director of Harvard Observatory, W.C. Bond and Boston photographer J.A. Whipple, took a daguerreotype of Vega. The first photographic sky surveys were done at Harvard during the period of 1882-1886. Each photograph covered 15 degree squares of sky and recorded stars as faint as 8th magnitude. rjs The world’s collection of astronomical photographic images (estimated at 2 million glass plates) represents the costly output of over a century of devotion and skill by myriad astronomers. Harvard Observatory now has 500,000+ photographs, by far the largest collection and 25% of the world’s total. Harvard’s plates contain the most complete sky coverage of both the northern and southern sky over the longest time period – 1880 to 1989 rjs Since the 1980’s, astronomers have largely abandoned the use of photography. -
Silver Eye 2018 Auction Catalog
Silver Eye Benefit Auction Guide 18A Contents Welcome 3 Committees & Sponsors 4 Acknowledgments 5 A Note About the Lab 6 Lot Notations 7 Conditions of Sale 8 Auction Lots 10 Glossary 93 Auction Calendar 94 B Cover image: Gregory Halpern, Untitled 1 Welcome Silver Eye 5.19.18 11–2pm Benefit Auction 4808 Penn Ave Pittsburgh, PA AUCTIONEER Welcome to Silver Eye Center for Photography’s 2018 Alison Brand Oehler biennial Auction, one of our largest and most important Director of Concept Art fundraisers. Proceeds from the Auction support Gallery, Pittsburgh exhibitions and artists, and keep our gallery and program admission free. When you place a bid at the Auction, TICKETS: $75 you are helping to create a future for Silver Eye that Admission can be keeps compelling, thoughtful, beautiful, and challenging purchased online: art in our community. silvereye.org/auction2018 The photographs in this catalog represent the most talented, ABSENTEE BIDS generous, and creative artists working in photography today. Available on our website: They have been gathered together over a period of years silvereye.org/auction2018 and represent one of the most exciting exhibitions held on the premises of Silver Eye. As an organization, we are dedicated to the understanding, appreciation, education, and promotion of photography as art. No exhibition allows us to share the breadth and depth of our program as well as the Auction Preview Exhibition. We are profoundly grateful to those who believe in us and support what we bring to the field of photography. Silver Eye is generously supported by the Allegheny Regional Asset District, Pennsylvania Council on the Arts, The Heinz Endowments, The Pittsburgh Foundation, The Fine Foundation, The Jack Buncher Foundation, The Joy of Giving Something Foundation, The Hillman Foundation, an anonymous donor, other foundations, and our members. -
Mindful Photographer
Operating Manual for the Mindful Photographer Ed Heckerman Copyright © 2017 Cerritos College and Ed Heckerman 11110 Alondra Blvd., Norwalk, CA 90650 Second Edition, 2018 This interactive PDF was made in partial fulfillment for a sabbatical during the academic year 2016 - 2017. No part of the text of this book may be reporduced without permission from Cerritos College. All photographs were taken by Ed Heckerman and produced independently from sabbat- ical contract. Ed Heckerman maintains the copyright for all the photographs and edition changes. No images may be copied from this manual for any use without his consent. Contents Part 1 — Insights and Aspirations 1 contents page Introduction 1 What is Photography? 2 What is a Photograph? Motivations — Why Make Photographs? Photography and Mindfulness 6 Thoughts On Tradition ��������������������������������������������������������������������������12 Part 2 — Navigating Choices ������������������������������������������������������������� 14 Cameras Loading Your Camera Unloading Your Camera Manual Focus Autofocus Sensitivity and Resolution — ISO Controlling Exposure — Setting the Aperture and Shutter Speed Shutter Speed Coordinating Apertures and Shutter Speeds Exposure Metering Systems ��������������������������������������������������������������� 25 Full-frame Average Metering Center Weighted Metering Spot Metering Multi-Zone Metering Incident Metering -
Educator Guide: Tom Schiff: Surrounded By
EDUCATOR GUIDE Tom Schiff: Surrounded by Art Panoramic Views of America’s Landmark Museums November 22 – March 01, 2020 1 | P a g e Welcome! Dear Educators, We are delighted to have you join us at the Contemporary Arts Center (CAC) for Tom Schiff’s first solo exhibition, Surrounded by Art Panoramic Views of America’s Landmark Museums . The exhibition is on view from November 22, 2019 – March 1, 2020. For years, Schiff has traveled the country taking dynamic exterior and interior photographs of different arts institutions, and, as a result, created a visual catalogue of museums. Through artistic license and deliberate framing, Schiff turns the architecture of landmark American museums into a medium. We are encouraged to define panorama, symmetry, asymmetry, abstraction, cirkut, and composition as we explore the way Schiff utilizes his photographic panorama technique. We invite you to explore, create, immerse yourselves, and discover what stories, connections and lessons can be found within this exhibition. Enjoy your visit! 2 | P a g e CONTENTS 4 – 5 Introduction to Tom Schiff: Surrounded by Art - About the artist - About the work - Quotes - About the exhibition 5 - 6 Vocabulary and Themes 7 – 8 Pre-visit Discussions - About the CAC - About the building - Rules and Guidelines 8 - 9 Accessibility Information 9 Artwork Discussions 9 – 10 Lesson Plan Ideas 11 – 17 Artwork and information 18 Resources and Learning standards 3 | P a g e ABOUT THE ARTIST Tom Schiff 1. Cincinnati-based photographer 2. Earned a BBA degree (Bachelors in Business Administration) from Ohio University in 1970, during which time he studied photography under Clarence White, Jr. -
Nagatani Press Release
Andrew Smith Gallery, Inc. Masterpieces of Photography PRESS RELEASE FOR IMMEDIATE RELEASE January 25, 2014 ANDREW SMITH GALLERY ANNEX Patrick Nagatani "Outer and Inner: Contemplations on the Physical and the Spiritual" The Race A Photo-Novel The Buddhist Tape-esteries 200 - 2013 Recent Novellas Opening and artist's reception at Annex Gallery 203 W. San Francisco St., Santa Fe (between the Plaza and the Eldorado Hotel) Exhibition Dates: Friday, January 31 through March 14, 2014 Artist Reception: 4 to 6 p.m. Friday, January 31, 2014 Andrew Smith Gallery has (re-)opened a Gallery Annex in our historic storefront location at 203 W. San Francisco St., in downtown Santa Fe, with an exhibit by Patrick Nagatani titled "Outer and Inner: Contemplations on the Physical and the Spiritual." The location is familiar as it was our primary gallery location from 1994 to 2009. There will be an opening reception attended by Patrick Nagatani on Friday, January 31, 2014 from 5 to 8 p.m., including a reading from his new novel "The Race." A SPECIAL NOTE FROM PATRICK NAGATANI "This exhibition comes at a crazy time for me. In dealing with metastatic cancer stage 4 for the 5 months (radiation and now heavy duty chemotherapy) I have been dealing with the realization of impermanence and have been introspective of the spiritual and the physical aspect of my life as it is. I have tried to be in the moment and totally enjoy what life has to offer. I have chemo brain (good for writing and playing blackjack) and chemo emo (cry and cuss a lot and mostly happy). -
Imaging and Imaging Detectors
4–1 Imaging and Imaging Detectors 4–2 Introduction Detectors we have dealt with so far: non-imaging detectors. This lecture: imaging optical photons and X-rays Any imaging system has two parts: 1. Imaging optics In most applications, mirrors are used for imaging, although other techniques (variants of shadow cameras) are used, e.g., for γ-rays 2. Spatially resolved detector i.e., a detector capable of measuring where a photon hits it in the focal plane. This can be a photographic plate or film, but is normally a charge coupled device (CCD). Introduction 1 4–3 Optical Imaging, I Cassegrain telescope, after Wikipedia Reminder: Optical telescopes are usually reflectors: primary mirror secondary mirror detector → → Main characteristics of a telescope: collecting area (i.e., open area of telescope, πd2/4, where d: telescope diameter) • ∼ fpr small telescopes: angular resolution, • λ θ = 1.22 (4.1) d but do not forget the seeing! Imaging 1 4–4 Optical Imaging, II Optical telescopes are based on principle that reflection “just works” with metallic surfaces. For X-rays, things are more complicated... Snell’s law of refraction: sin α n α1 n2 1 1 = = n (4.2) sin α2 n1 θ where n index of refraction, and α1,2 angle wrt. 1 surface normal. If n 1: Total internal reflection Total reflection occurs for α2 = 90◦, i.e. for n < n α 2 1 sin α1,c = n cos θc = n (4.3) 2 ⇐⇒ with the critical angle θ = π/2 α . c − 1,c Clearly, total reflection is only possible for n< 1 Light in glass at glass/air interface: n = 1/1.6 = θc 50◦ = principle behind optical fibers. -
Chromogenic Characterization: a Study of Kodak Color Prints, 1942-2008
CHROMOGENIC CHARACTERIZATION: A STUDY OF KODAK COLOR PRINTS, 1942-2008 GAWAIN WEAVER AND ZACH LONG Presented at the 2009 PMG Winter Meeting in Tucson, Arizona ABSTRACT The Eastman Kodak Co. and their coupler-incorporated chromogenic print process, were nearly synonymous with the 20th century color snapshot. Introduced in 1942 and still manufactured today, samples of these prints from intervals across the manufacturing history were studied in detail in order to gain a fuller understanding of the material characteristics of this photographic process. The following aspects of the prints were examined: support, dye cloud structure, layer order, backprinting and stamps, dye and coupler stability, and fluorescence. The prints were documented overall and in cross-section under both visible and UV radiation, using an Olympus AX-70 compound microscope, and a Canon EOS 5D digital SLR. Changes in the print characteristics over time were documented and when possible, correlated to known technological developments. The documentation of these changes over time made it possible to date nearly any print to within a few years. Subsequent findings from this inquiry significantly add to the knowledge about these ubiquitous yet rarely studied photographic prints. INTRODUCTION The era of the color snapshot began in January 1942 when Kodak introduced Kodacolor--the first consumer-oriented mass production negative/positive color print process. The process, which produced fiber base color prints from color negatives, was dramatically simpler and cheaper than previous alternatives. One of the innovations of this new process was the use of coupler- incorporated negative film and print materials. Issues with color rendition and extremely poor dye stability plagued the process in its early years, though technological innovations led to gradual improvements in print quality and stability. -
Some Applications of Natural Color Photography in Mineralogy B
SOME APPLICATIONS OF NATURAL COLOR PHOTOGRAPHY IN MINERALOGY B. M. Snaus, Smith College,Northampton, Massachusetts. The use of natural color photographs or color transparenciesl in mineralogy and petrography is still in the initial stage of application, although hand-colored lantern slides have, for a long time, been em- ployed by teachers and lecturers on these subjects. During the past decade improvements have been made in the art of color photography, and at present there are several good color plates on the market. These are known as screenplates. In one type the color elements,red, green and blue-violet, are incorporated in an irregular mosaic forming a color screen, which is placed between the glass plate or film and the photo- graphic emulsion. In another type the color screen involves a separate plate consisting of a regular pattern of square or other ruled elements having the same colors in a gelatin coating. The former is known as a combination screenplate, or film, of which the Lumiere Autochrome film and the Agfa color plate are examples; the latter are referred to as sepa- rate screen plates, and the well known Finlay color plate is the out- standing example. The production of a positive picture on a combination plate involves a comparatively simple reversing process,during the finishing operations. With the separate screen plate a negative is made on a separate pan- chromatic plate which is exposed while pressedin contact, emulsion to t'taking emulsion, with a color screen known as the screen." The glass side of the latter is held towards the lens. -
Dye and Pigment Print Process Descriptors, Naming Conventions
Contemporary Analog and Digital Color Photographic Prints: Dye and Pigment Print Process Descriptors, Naming Conventions, Dating, and Permanence Characteristics By Henry Wilhelm Presented at the 42nd Annual Conference of the American Institute Wilhelm Imaging Research, Inc. and The Center for the Image.org for Conservation of Historic and Artistic Works (AIC) on May 29, 2014. The conference was held at the Hyatt Regency Embarcadero Hotel in Grinnell, Iowa 50112 USA www.wilhelm-research.com San Francisco, California USA. Poster size: 44x50 inches (112x127 cm). Elger Esser at the Sonnabend Gallery, New York City – April 2014. Pigment Inkjet Print on Aluminum (UV-Curable Inks) Introduction: Inkjet Processes: • Pigment Inkjet Print on XX (Aqueous Inks) Drawing on the many years of research associated with The William Eggleston: “Los Alamos” at Gagosian Beverly Hills, California – 2012. Wilhelm Analog and Digital Color Print Materials Reference Pigment Inkjet Prints made in 2012 from scans of the original color negatives. • Pigment Inkjet Backlit Print on XX (Aqueous Inks) Collection – 1971 to 2014, this paper describes the wide range • Pigment Inkjet Print on XX (Solvent Inks) of color print processes that comprise the modern era of color Proposed Naming Conventions for Digital Print • Pigment Inkjet Backlit Print on XX (Solvent Inks) photography which began in 1935 with Kodak’s introduction of Processes (a work in progress.....) • Pigment Inkjet Print on XX (UV-Curable Inks) Andreas Gursky at the de Young Museum in San Francisco, California – 2012. Kodachrome transparency film and the companion Kodak Mini- • Pigment Inkjet Backlit Print on XX (UV-Curable Inks) (The Exhibition: “Real to Real” from the collection of Trevor Traina.) The era of analog silver-based color photography is rapidly color print process announced in 1941, both of which utilized • Dye Inkjet Print on XX (Aqueous Inks) drawing to a close. -
Silver Halide Print Media for Direct Digital Writing
IS&T©s 2000 PICS Conference IS&T©s 2000 PICS Conference Copyright 2000, IS&T Silver Halide Print Media for Direct Digital Writing Jack Rieger Eastman Kodak Company Rochester, New York USA Abstract image sensor, while ‘silver halide capture’ assumes a conventional camera containing film. ‘Digital hardcopy’ Traditionally, the word ‘digital’ is not used in combination usually refers to inkjet, thermal, and electrophotographic with the words ‘silver halide’. If it is digital, prevailing technologies, while ‘silver halide hardcopy’ usually refers to wisdom assumes that it is not silver halide, and vice-versa. analog optical printing using conventional enlargers or This assumption is now faulty, for excellent results in printers. digital imaging can be obtained with silver halide capture and output. This talk will discuss the technology of digital Strength of Silver Halide silver halide output. The term ‘digital’ should not exclude silver halide Eastman Kodak Company has been interested in direct technology. ‘Silver halide’ can be a subset of the ‘Digital’ digital exposure onto silver halide media for many years. In category. The strength of silver halide in image capture is its the last few years, consumer and professional photographic ability to record high resolution at low cost, and its archival laboratories have begun to realize the advantages of direct optical storage capacity. For digital output, there is room in digital writing onto color photographic paper. We have now the industry for multiple technologies. Each of these has its introduced multiple generations of digital silver halide paper own strengths and weaknesses. The strength of silver halide and digital silver halide display film.