LABORATORY FOR NANOSCALE & QUANTUM PHOTONICS
LABORATORY FOR NANOSCALE
& QUANTUM PHOTONICS
We investigate nanoscale processes which are critical to light-based technologies. Knowledge of these processes is vital in many sectors: energy-conversion, optoelectronics and quantum computing. To probe these dynamical processes, occurring at ultrafast speeds, we combine our expertise in both high-resolution nanofabrication and ultrafast laser optics to capture real-time information about the motion of atoms and electrons, and the bonds that hold them.
Collecting information about the dynamics of the nanostructured systems, which last typically for few fleeting picoseconds (1 ps = one millionth of one millionth of a second), provides physical insights about how they interact to different stimuli and to the environment. This knowledge allows us to understand bottleneck mechanisms. Ultimately, our goal is to tailor spatially, temporally and spectrally optoelectronic nanomaterials to enhance the performance of emerging technologies.
LABORATORY FOR NANOSCALE & QUANTUM PHOTONICS
LABORATORY FOR NANOSCALE
& QUANTUM PHOTONICS
We investigate nanoscale processes which are critical to light-based technologies. Knowledge of these processes is vital in many sectors: energy-conversion, optoelectronics and quantum computing. To probe these dynamical processes, occurring at ultrafast speeds, we combine our expertise in both high-resolution nanofabrication and ultrafast laser optics to capture real-time information about the motion of atoms and electrons, and the bonds that hold them.
Collecting information about the dynamics of the nanostructured systems, which last typically for few fleeting picoseconds (1 ps = one millionth of one millionth of a second), provides physical insights about how they interact to different stimuli and to the environment. This knowledge allows us to understand bottleneck mechanisms. Ultimately, our goal is to tailor spatially, temporally and spectrally optoelectronic nanomaterials to enhance the performance of emerging technologies.
NEWS
NEWS
DEC 2022 //
Congrats to Bibek and Ravi! Their paper on ultrafast dynamics of nucleating microcrystals of hybrid perovskites is accepted at Advanced Optical Materials.
SEP 2022 //
Congrats to Bibek and Aniket! Their paper on cathodoluminescence spectroscopy of hybrid perovskite at a grain boundary is accepted at Nanoscale.
AUG 2022 //
Congrats to Uddhab on getting his PhD!
JUL 2022 //
Congrats to Karly and Bibek! Their paper on nanoscale lasing is now online at Advanced Optical Materials.
NOV 2021 //
Paper on 2D halide perovskites is out! Thanks to Profs. Sfeir and Mohite groups for this great collaboration!
AUG 2021 //
Bibek receives the Graduate Research Scholars Award. Thanks AL EPSCoR!
NEWS
NEWS
DEC 2022 //
Congrats to Bibek and Ravi! Their paper on ultrafast dynamics of nucleating microcrystals of hybrid perovskites is accepted at Advanced Optical Materials.
SEP 2022 //
Congrats to Bibek and Aniket! Their paper on cathodoluminescence spectroscopy of hybrid perovskite at a grain boundary is accepted at Nanoscale.
AUG 2022 //
Congrats to Uddhab on getting his PhD!
JUL 2022 //
Congrats to Karly and Bibek! Their paper on nanoscale lasing is now online at Advanced Optical Materials.
NOV 2021 //
Paper on 2D halide perovskites is out! Thanks to Profs. Sfeir and Mohite groups for this great collaboration!
AUG 2021 //
Bibek receives the Graduate Research Scholars Award. Thanks AL EPSCoR!
RECENT PUBLICATIONS
RECENT PUBLICATIONS
Advanced Optical Materials 2022 // link
Dhami and Tripathi et al., Revealing ultrafast carrier dynamics of hybrid perovskites at various stages of nucleation and growth kinetics
.
Nanoscale 2022 // link
Dhami, Tripathi, Pant et al., Angle-resolved cathodoluminescence of hybrid perovskite for photonic technologies
.
Advanced Optical Materials 2022 // link
Casey and Dhami et al., Large-area lasing in nanoscale complex media
RECENT PUBLICATIONS
RECENT PUBLICATIONS
Advanced Optical Materials 2022 // link
Dhami and Tripathi et al., Revealing ultrafast carrier dynamics of hybrid perovskites at various stages of nucleation and growth kinetics
.
Nanoscale 2022 // link
Dhami, Tripathi, Pant et al., Angle-resolved cathodoluminescence of hybrid perovskite for photonic technologies
.
Advanced Optical Materials 2022 // link
Casey and Dhami et al., Large-area lasing in nanoscale complex media