Meet Jeanine ✨
Jeanine moved to Montreal in 2018 to study bioengineering at McGill and then joined the Bouilly Lab team to do her master's degree working on graphene Raman spectroscopy!
#WomenInSciences #SpectroscopieRaman #Graphene
Jeanine moved to Montreal in 2018 to study bioengineering at McGill and then joined the Bouilly Lab team to do her master's degree working on graphene Raman spectroscopy!
#WomenInSciences #SpectroscopieRaman #Graphene
May 15, 2025 at 11:01 PM
Meet Jeanine ✨
Jeanine moved to Montreal in 2018 to study bioengineering at McGill and then joined the Bouilly Lab team to do her master's degree working on graphene Raman spectroscopy!
#WomenInSciences #SpectroscopieRaman #Graphene
Jeanine moved to Montreal in 2018 to study bioengineering at McGill and then joined the Bouilly Lab team to do her master's degree working on graphene Raman spectroscopy!
#WomenInSciences #SpectroscopieRaman #Graphene
Le vide comprimé à deux modes permet une sensibilité inférieure au bruit de grenaille dans les mesures ROA stimulées, nécessitant 10⁴–10⁷ fois moins de photons que les sondes classiques pour détecter les biomolécules chirales sans photodommages.
#MétrieQuantique #SpectroscopieRaman #Recherche
#MétrieQuantique #SpectroscopieRaman #Recherche
Estimation Renforcée Quantiquement de l'Activité Optique Raman Stimulée
iq.fp2.dev
June 24, 2026 at 7:52 AM
Le vide comprimé à deux modes permet une sensibilité inférieure au bruit de grenaille dans les mesures ROA stimulées, nécessitant 10⁴–10⁷ fois moins de photons que les sondes classiques pour détecter les biomolécules chirales sans photodommages.
#MétrieQuantique #SpectroscopieRaman #Recherche
#MétrieQuantique #SpectroscopieRaman #Recherche