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Lewis, B., Lakshmy Kannadi Valloli, Manal, K. & Sivaguru, Jayarman. Student presentation: Optimizing photoreaction of cyclic enaminones for uncovering new photochemical reactions. (Poster presentation by Brieanna Lewis,  July 12, 2022). in (2022). Cite

Lakhsmy Kannadi Valloli, Kandappa, S., Mannal, K. & Sivaguru, Jayarman. Student presentation: Exploiting excited state processes to uncover new photochemical reactivity by changing the course of the De Mayo reaction. (Oral presentation by Kannadi Valloli, L Baburaj, July 12, 2022). in (2022). Cite

Lewis, B., Lakshmy Kannadi Valloli, Manal, K. & Sivaguru, Jayarman. Student presentation: Optimizing photoreaction of cyclic enaminones for uncovering new photochemical reactions. (Poster presentation by Brieanna Lewis,  July 12, 2022). in (2022). Cite

Mallik N, Baburaj, S. & Sivaguru, Jayarman. Student presentation: Utilizing novel photocatalyst for [4+2] photodimerization (Poster presentation by Niharika Mallik, July 11, 2022). in (2022). Cite

Kannadi, Valloli. L., Kandappa, S., Jockusch, S. & Sivaguru, J. Student presentation: Exploiting excited state processes to uncover new photochemical reactivity by changing the course of the De Mayo reaction. (Poster Presented by Kannadi, Valloli., July 18, 2022). in (2022). Cite

Lakhsmy Kannadi Valloli & Sivaguru, Jayarman. Student presentation: Exploiting Excited State Processes to Uncover New Photochemical Reactivity (presentation by Lakshmy Kannadi Valloli, April 8, 2022). in (2022). Cite

Lewis, B., Lakshmy Kannadi Valloli, Manal, K. & Sivaguru, Jayarman. Student presentation: Optimizing photoreaction of cyclic enaminones for uncovering new photochemical reactions. (Poster presentation by Brieanna Lewis,  July 12, 2022). in (2022). Cite

Lakhsmy Kannadi Valloli & Sivaguru, Jayarman. Student presentation: Exploiting Excited State Processes to Uncover New Photochemical Reactivity (presentation by Lakshmy Kannadi Valloli, April 8, 2022). in (2022). Cite

Bradshaw, B. Student presentation - “Evaluating Excited State Reactivity of Indoles’’ parents involvement with children nurturing intellectual curiosity in science (PICNICS) presentation, Bowling Green, OH August 13, 2021. (Poster presentation by Brie Bradshaw on August 13, 2021. in (2021). Cite

Sivaguru, J. Lighting Up New Reaction Pathways: Channeling New Excited State Processes Towards Productive Chemical Pathways. in (2021). Cite

Sivaguru, J. Exploring new photoreactivity through rational molecular design (Talk by J. Sivaguru, July 22, 2022). in (2022). Cite

Sivaguru, J. Building Privileged Molecular Skeletons with Light  (Virtural seminar Presented by J. Sivaguru). in (2022). Cite

Sivaguru, J. RadTech Award presentation – Nature’s Creation for Curing (Virtually presented by Jayaraman Sivaguru, Apr 28, 2021). in (2021). Cite

Sivaguru, J. Lighting Up New Reaction Pathways – A Journey Towards Developing New Excited State Processes In Molecules And Materials (Honda-Fujishima Lectureship award Lecture by J. Sivaguru on September 15, 2021). in (2021). Cite

Sivaguru, J. Designing chromophores to uncover novel excited state reactivity (Virtual talk Presented by J. Sivaguru on Dec 16, 2021). in (2021). Cite

Sivaguru, J. Enforcing molecular behavior to uncover new excited state reactivity (keynote lecture (Virtual) by Jayaraman Sivaguru on Oct 13, 2020). in (2020). Cite

Sivaguru, J. Uncovering new light driven transformations through rational design of chromophores (Plenary talk by Jayaraman Sivaguru on Aug 22, 2020). in (2020). Cite

Sivaguru, J. Uncovering New Excited State Reactivity Through Rationale Design of Molecules (Virtual talk, May 5, 2022; Presented by J. Sivaguru). in (2022). Cite

Sivaguru, J. Designing chromophores to uncover novel excited state reactivity. in (2019). Cite

Shailaja, J. ; S., J. ;. Ramamurthy, V. Asymmetric photoreactions inside zeolites. in (2000). Cite

Sivaguru, J. ; R., V. Asymmetric photoreaction of 2,3-diphenylcyclopropane-1-carboxylic acid derivatives inside zeolites. in (2001). Cite

Lakshminarasimhan, P. H. ; S., J. ;. Kaanumalle, L. S. ;. Ramamurthy, V. Control of Photochemical Reactions Via Confinement And Cation-Organic Interactions: Photoisomerization of 1,2-diphenylcyclopropanes. in (2001). Cite

Sivaguru, J. ; S., T. ;. Yoshimi, Y. ;. Scheffer, J. R. ;. Ramamurthy, V. Asymmetric photoreaction of 2,3-diphenylcyclopropane-1-benzoylcyclopropane derivatives inside zeolites. in Presentation (2001). Cite

Sivaguru, J. ; R., V. Stereoselective Photoisomerization of Diphenylcyclopropane Derivatives. A Study In Isotropic And Organized media. in (2003). Cite

Franz, R. ; P., T. ;. Sivaguru, J. ;. Jockusch, S. ;. Turro, N. J. ,. Adam, W. Mechanistic insights into the diastereoselective photooxidation of enecarbamates. in (2005). Cite

Sivaguru, J. ; R., V. Asymmetric Photoreaction in Isotropic and organized media.  Photochemistry of Diphenylcyclopropane Derivatives. in (2003). Cite

Chin, V. C. ; K., K. ;. Sivaguru, J. ;. Turro, N. J. ,. Flynn, G. Scanning tunneling microscopy: A tool to identify the chirality of absorbed molecules on graphite. in (2005). Cite

Hooper, C. ; P., T. ;. Franz, R. ;. Sivaguru, J. ;. Jockusch, S. ;. Turro, N. J. ;. Adam, W. Mechanistic insight on the stereoselective photooxidation of enecarbamates using PTAD, a singlet oxygen analog. in (2005). Cite

Ayitou, A. J. ; S., J. Imprinting Molecular Chirality in Light Induced Transformations. in (2007). Cite

Wobbemma, A. ; A., A. J. ;. Sivaguru, J. Imprinting Molecular Chirality in Light Induced Transformations. in (2007). Cite

Ayitou, A. J. ; B., N. ;. Pemberton, B. C. ;. Sivaguru, J. Controlling Photochemistry in Solution and in Water Soluble Nano-Containers. in (2008). Cite

Barooah, N. ; S., J. Controlling Photoreactivity of Coumarins in Water Soluble Nano-Cavities. in (2008). Cite

Ayitou, A. J. ; S., J. Molecular Chiral Transfer: 6π-photocyclizaton of acrylanilides. in (2009). Cite

Pemberton, B. C. ; B., N. ;. Johnson, A. C. ;. Sivaguru, J. Photodimerization and Dynamics of Coumarin Derivatives in Water Soluble Cucurbit[8]uril Nanocavities. in (2009). Cite

Ayitou, A. J. ; S., J. Photophysics & Photochemistry of Molecularly Chiral α-Substituted Acrylanilides. in (2010). Cite

Ayitou, A. J. ; J., J. L. ;. Sivaguru, J. Enantiospecific Photochemical Transformations in Solution. in (2009). Cite

Ayitou, A. J. ; S., J. Enantiospecific Photochemical Transformations and Photophysics of Molecularly Chiral Acrylanilides”. in (2010). Cite

Pemberton, B. C. ; S., J. Supramolecular Photocatalysis by Nano-encapsulation. in (2010). Cite

Ayitou, A. J. ; S., J. Enantiospecific Chiral Transfer: Role of Reaction Media, Reactive Spin States and Heavy Atom(s) in the 6π-Photocyclization of Axially Chiral Acrylanilides. in (2011). Cite

Sivaguru, J. Selective Light Induced Reactions in Solution and in Water Soluble Nano-containers. in (2010). Cite

Ayitou, A. J. ; S., J. Light Induced Enantiospecific 6π-Photocyclization of Axially Chiral Acrylanilides in the Solid State. in (2011). Cite

Ayitou, A. J. ; S., J. Heavy Atom(s) Induced Enantiospecific 6π-Photocyclization of Molecularly Chiral Acrylanilides. in (2011). Cite

Kumarasamy, E. ; S., J. Light induced enantiospecific [4π]-ring closure of molecularly chiral-2-pyridones. in (2011). Cite

Ayitou, A. J. ; S., J. Heavy Atom(s) Induced Enantiospecific Chiral Transfer: 6π-Photocyclization of Axially Chiral a-Substituted Acrylanilides. in (2011). Cite

Kumarasamy, E. ; S., J. Light induced enantiospecific [4π]-ring closure of molecularly chiral-2-pyridones. in (2011). Cite

Pemberton, B. C. ; S., J. Insights into Photocatalysis: Turning Nanocavities Into Photocatalysts. in (2011). Cite

Pemberton, B. C. ; S., J. Turning Nanocavities Into Photocatalysts Quebec. in (2011). Cite

Sivaguru, J. From cavity to catalyst: supramolecular photocatalysis within cucurbiturils. in (2011). Cite

Pemberton, B. C. ; S., J. Supramolecular Photocatalysis: Mechanism Studies of Cucurbit[8]uril Facilitating the [2+2] Photodimerization of 6-methylcoumarin. in (2011). Cite