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<object xmlns:xs="//www.w3.org/2001/XMLSchema"><field name="primaryMedia"><value>https://collections.carlos.emory.edu/internal/media/dispatcher/39273/full</value></field><field label="Title" name="title"><value>Bracelet</value></field><field label="Date" name="displayDate"><value>5th-4th Century BCE</value></field><field label="Dimensions" name="dimensions"><value>2 7/8 x 2 3/8 in. (7.3 x 6 cm)</value></field><field label="Medium" name="medium"><value>Gold</value></field><field label="Credit Line" name="creditline"><value>Carlos Collection of Ancient Art</value></field><field label="Object number" name="invno"><value>2003.008.003</value></field><field label="On View" name="onview"><value>1</value></field><field label="Description" name="description"><value>Emory University student Emily Farek investigated the ancient technique of gold granulation. She examined Carlos Museum objects and considered the chemistry that enables this process. She also participated in a demonstration of the technique conducted by jewelry artist and gemologist Kathy Kinev. Granulation relies upon surface tension and the addition of a solute to a solution. These general chemistry concepts explain how ancient artists created such delicate and spectacular objects. &lt;a href="https://www.youtube.com/watch?v=v2HQFHtVDdo&amp;feature=emb_logo"&gt;Click here&lt;/a&gt; for a video describing this work.
</value></field><field label="Classifications" name="classification"><value>Greek and Roman Art</value></field><field label="Width" name="width"/><field label="Height" name="height"/><field label="Depth" name="depth"/><field label="Id" name="id"><value>528423</value></field><field label="Source ID" name="sourceId"><value>10296</value></field></object>