Samsung Electronics Co., Ltd.

Whitney Miller

Robert J Nick

Jonathan S Steckel

Justin Wade Kamplain

Chunming Wang

Zhiming Wang

Charles Hamilton

Catherine Mauck

A pre-polymer formulation comprising quantum dots and a precursor for a polymer having a free volume parameter V/&#x3b3; with a value less than or equal to 0.03 cm/g is disclosed. A pre-polymer formulation comprising quantum dots and a cyclohexylacrylate monomer is further disclosed. Also disclosed are a quantum dot composition including quantum dots dispersed in a polymer matrix, the quantum dot composition being prepared from a pre-polymer formulation comprising quantum dots and a precursor for a polymer having a free volume parameter V/&#x3b3; with a value less than or equal to cm/g; a method; and other products including a quantum dot composition described herein.

Quantum dot-containing materials and products including same cross reference to related applications

A pre-polymer formulation comprising quantum dots and a precursor for a polymer having a free volume parameter Vwith a value less than or equal to 0.03 cm/g is disclosed. A pre-polymer formulation comprising quantum dots and a cyclohexylacrylate monomer is further disclosed. Also disclosed are a quantum dot composition including quantum dots dispersed in a polymer matrix, the quantum dot composition being prepared from a pre-polymer formulation comprising quantum dots and a precursor for a polymer having a free volume parameter Vwith a value less than or equal to cm/g; a method; and other products including a quantum dot composition described herein.

Quantum dot-containing materials and products including same

A method for preparing semiconductor nanocrystals is disclosed. The method includes adding one or more cation precursors and one or more anion precursors in a reaction mixture including a solvent in a reaction vessel, maintaining the reaction mixture at a first temperature and for a first time period sufficient to produce semiconductor nanocrystal seed particles of the cation and the anion, and maintaining the reaction mixture at a second temperature that is higher than the first temperature for a second time period sufficient to enlarge the semiconductor nanocrystal seed particles to produce semiconductor nanocrystals from the cation and the anion.

Methods of preparation of semiconductor nanocrystals group IIIA and group VA elements

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Lowell, MA, United States of America

Whitney Miller