Symmetry-Enabled Optical Spin Initialization of Luminescent Organic Radical Doublet States

S Sebastian M. Kopp (Department of Chemistry and Institute for Quantum Information Science Research and Engineering (INQUIRE)) Y Yong Rui Poh (Department of Chemistry and Biochemistry) S Shubham Tiwari (Department of Chemistry and Institute for Quantum Information Science Research and Engineering (INQUIRE)) R Ranadeb Ball (Department of Chemistry and Institute for Quantum Information Science Research and Engineering (INQUIRE)) R Ryan M. Young (Department of Chemistry and Institute for Quantum Information Science Research and Engineering (INQUIRE)) M Matthew D. Krzyaniak (Department of Chemistry and Institute for Quantum Information Science Research and Engineering (INQUIRE)) J Joel Yuen-Zhou (Department of Chemistry and Biochemistry) M Michael R. Wasielewski (Department of Chemistry and Institute for Quantum Information Science Research and Engineering (INQUIRE))

Article Details

Volume / Issue Vol. 148, Issue 27
Published July 15, 2026
Pages 28616-28626
ISSN 0002-7863
Publisher American Chemical Society

Journal Info

Journal of the American Chemical Society

American Chemical Society

ISSN: 0002-7863 Physical Sciences

Authors (8)

S

Sebastian M. Kopp

Department of Chemistry and Institute for Quantum Information Science Research and Engineering (INQUIRE)

Y

Yong Rui Poh

Department of Chemistry and Biochemistry

S

Shubham Tiwari

Department of Chemistry and Institute for Quantum Information Science Research and Engineering (INQUIRE)

R

Ranadeb Ball

Department of Chemistry and Institute for Quantum Information Science Research and Engineering (INQUIRE)

R

Ryan M. Young

Department of Chemistry and Institute for Quantum Information Science Research and Engineering (INQUIRE)

M

Matthew D. Krzyaniak

Department of Chemistry and Institute for Quantum Information Science Research and Engineering (INQUIRE)

J

Joel Yuen-Zhou

Department of Chemistry and Biochemistry

M

Michael R. Wasielewski

Department of Chemistry and Institute for Quantum Information Science Research and Engineering (INQUIRE)