Tersilla Virgili

Dr. Tersilla Virgili

National Research Council- CNR, Milan, Lombardy, Italy
orcid

Research Focus & Metrics

Academic Career Length

31Years (1996-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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3 September 1998 in Nature
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Journal Article
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David George LidzeyDavid George Lidzey
David George Lidzey
DBDonal Bradley
Donal Bradley
MSM. S. Skolnick
M. S. Skolnick
Tersilla VirgiliTersilla Virgili
Tersilla Virgili
SWS. Walker
S. Walker
DWD. M. Whittaker
D. M. Whittaker

14 January 2022 in Science Advances
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Journal Article
Open access
JQJames Quach
James Quach
KMKirsty E. McGhee
Kirsty E. McGhee
LGLucia Ganzer
Lucia Ganzer
DRDominic M. Rouse
Dominic M. Rouse
BLBrendon W. Lovett
Brendon W. Lovett
Tersilla VirgiliTersilla Virgili
Tersilla Virgili
In a major step toward the development of a quantum battery, superabsorption has been achieved in an organic microcavity.

19 April 1999 in Physical Review Letters
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Journal Article
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David George LidzeyDavid George Lidzey
David George Lidzey
DBDonal Bradley
Donal Bradley
Tersilla VirgiliTersilla Virgili
Tersilla Virgili
AAA. Armitage
A. Armitage
MSM. S. Skolnick
M. S. Skolnick
SWS. Walker
S. Walker
We report a room temperature study of the strong exciton-photon coupling regime in a planar microcavity, containing cyanine dye aggregates with delocalized exciton wave functions ( J aggregates). Giant Rabi splittings of 80 meV between upper and lower polariton branches are observed and cavity polariton emission is detected from the lower polariton branch. The small linewidth and large oscillator strength characteristic of J aggregates make them a favorable physical structure to allow the observation of strong coupling for organic semiconductors.


20 June 2011 in Physical Review B
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Tersilla VirgiliTersilla Virgili
Tersilla Virgili
DCD. Coles
D. Coles
AAA. M. Adawi
A. M. Adawi
CCC. Clark
C. Clark
PMP. Michetti
P. Michetti
David George LidzeyDavid George Lidzey
David George Lidzey
We study an organic semiconductor microcavity operating in the strong-coupling regime using fs pump-probe spectroscopy. By probing the induced absorption associated with the one-exciton to two-exciton transition, we are able to characterize the time-dependent population densities of states in the upper- and lower-polariton branches following impulsive excitation. We model the time-dependent polariton dynamics and provide direct evidence of a scattering process that returns upper-branch cavity polaritons to states in the exciton reservoir having a rate of (150 fs)−1. A slower process similarly populates lower-branch polaritons by return scattering from the exciton reservoir.

29 July 2016 in Advanced Optical Materials
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RGRichard T. Grant
Richard T. Grant
PMPaolo Michetti
Paolo Michetti
AMAndrew J. Musser
Andrew J. Musser
PGPascal Gregoire
Pascal Gregoire
Tersilla VirgiliTersilla Virgili
Tersilla Virgili
David George LidzeyDavid George Lidzey
David George Lidzey