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University. Explore
RESEARCH - LUIS CAMPOS RESEARCH GROUP Our research targets a multi scale approach to study fundamental properties of organic materials - from single-molecule electronics, to (macro)molecular function, and nanostructured materials. While these three sections are divided here, there is extensive cross-pollination in these research areas. The nature of our fundamental approach aimed MEMBERS - LUIS CAMPOS RESEARCH GROUP Postdocs Kealan Fallon (2020) Elango Kumarasamy (2018) Ramya Raghunathan (2018) Xiaodong Yin (2018) Michael Inkpen (2017) Liangliang Zhu (2015) Jianlong Xia (2014) Sujun Wei (2013) Ryan Shade (2012) Nalini Gupta (2011)LUIS M. CAMPOS
Luis M. Campos is an Associate Professor in the Department of Chemistry at Columbia University. He was born on this planet, just like you. Luis grew up in Guadalajara, Mexico, and moved at the age of eleven to Los Angeles, California. NANOSTRUCTURED MATERIALS Nanostructured Materials. Functional Block Copolymers have the capability to self-assemble into nanoparticles, nanostructured bulk materials, and form highly dense nanoscale architectures on surfaces. We are interested in exploiting nanostructured materials for applications in gene delivery and bioimaging using polyelectrolytesbased on
MACROMOLECULAR SYSTEMS Molecular and Macromolecular Systems. Robust, Efficient, and Orthogonal Transformations play an important role in the development of functional systems. By exploiting various chemical reactions, control of precise molecular architectures can be accomplished in molecules and macromolecules to tune physical properties. Thus, ourgroup develops
RINAT MEIR - LUIS CAMPOS RESEARCH GROUP Rinat Meir, Fulbright Fellow. Rinat received her B.Sc. and M.Sc. degrees in Chemistry from the Hebrew University in Jerusalem, where her research focused on computational quantum chemistry under the supervision of Prof Sason Shaik. After several years of academic teaching, Rinat pursued her PhD at the Faculty of Engineering at Bar-Ilan University. SINGLE-MOLECULE ELECTRONICS Single-Molecule Electronics. Single-molecule charge transport studies can reveal important information about the electronic structure of organic materials. Through structure-property relationships, molecular design features can guide the synthesis of macromolecular materials. Moreover, the ability to tailor chemical functionality can also beDANIEL MALINOWSKI
Daniel Malinowski. Danny grew up in Carmel, NY, just a short train ride outside of NYC. He received his undergraduate degree from Dartmouth College, where he learned organic synthesis skills from Prof. Glenn Micalizio. Danny then spent a few years working on vaccines development at Pfizer before deciding it was time to startpursuing a PhD.
EMILY CHURCHILL
She received her BS in Chemistry from Truman State University in Kirksville, Missouri. Feeling claustrophobic in a town of approximately 17,000 people, she decided to move to New York City. She found that Columbia University has noticeably fewer cows than her hometown of Columbia, but regardless, she is very excited to work withthe Campos group.
LUIS CAMPOS RESEARCH GROUP Luis Campos Research Group Homepage. Department of Chemistry ColumbiaUniversity. Explore
RESEARCH - LUIS CAMPOS RESEARCH GROUP Our research targets a multi scale approach to study fundamental properties of organic materials - from single-molecule electronics, to (macro)molecular function, and nanostructured materials. While these three sections are divided here, there is extensive cross-pollination in these research areas. The nature of our fundamental approach aimed MEMBERS - LUIS CAMPOS RESEARCH GROUP Postdocs Kealan Fallon (2020) Elango Kumarasamy (2018) Ramya Raghunathan (2018) Xiaodong Yin (2018) Michael Inkpen (2017) Liangliang Zhu (2015) Jianlong Xia (2014) Sujun Wei (2013) Ryan Shade (2012) Nalini Gupta (2011)LUIS M. CAMPOS
Luis M. Campos is an Associate Professor in the Department of Chemistry at Columbia University. He was born on this planet, just like you. Luis grew up in Guadalajara, Mexico, and moved at the age of eleven to Los Angeles, California. NANOSTRUCTURED MATERIALS Nanostructured Materials. Functional Block Copolymers have the capability to self-assemble into nanoparticles, nanostructured bulk materials, and form highly dense nanoscale architectures on surfaces. We are interested in exploiting nanostructured materials for applications in gene delivery and bioimaging using polyelectrolytesbased on
MACROMOLECULAR SYSTEMS Molecular and Macromolecular Systems. Robust, Efficient, and Orthogonal Transformations play an important role in the development of functional systems. By exploiting various chemical reactions, control of precise molecular architectures can be accomplished in molecules and macromolecules to tune physical properties. Thus, ourgroup develops
RINAT MEIR - LUIS CAMPOS RESEARCH GROUP Rinat Meir, Fulbright Fellow. Rinat received her B.Sc. and M.Sc. degrees in Chemistry from the Hebrew University in Jerusalem, where her research focused on computational quantum chemistry under the supervision of Prof Sason Shaik. After several years of academic teaching, Rinat pursued her PhD at the Faculty of Engineering at Bar-Ilan University. SINGLE-MOLECULE ELECTRONICS Single-Molecule Electronics. Single-molecule charge transport studies can reveal important information about the electronic structure of organic materials. Through structure-property relationships, molecular design features can guide the synthesis of macromolecular materials. Moreover, the ability to tailor chemical functionality can also beDANIEL MALINOWSKI
Daniel Malinowski. Danny grew up in Carmel, NY, just a short train ride outside of NYC. He received his undergraduate degree from Dartmouth College, where he learned organic synthesis skills from Prof. Glenn Micalizio. Danny then spent a few years working on vaccines development at Pfizer before deciding it was time to startpursuing a PhD.
EMILY CHURCHILL
She received her BS in Chemistry from Truman State University in Kirksville, Missouri. Feeling claustrophobic in a town of approximately 17,000 people, she decided to move to New York City. She found that Columbia University has noticeably fewer cows than her hometown of Columbia, but regardless, she is very excited to work withthe Campos group.
PUBLICATIONS
2021 115. "Photon Upconversion Biomaterials for 3D Optogenetics." Meir, R.; Hirschorn, T.; Kim, S.; Fallon, K. J.; Churchill, E. M.; Wu, D.; Yang, H. W.; Stockwell, B NEWS - LUIS CAMPOS RESEARCH GROUP 2/8/18 - Former visiting Postdoc, Mike Inkpen, will start his Assistant Professor position at USC in January 2019. 12/15/18 - The call for nominations for the Future Faculty Symposium is out! 11/10/17 - The group welcomes first-year students Kaia and Emily! 11/9/17 - Our work was highlighted by C&E News. 10/27/17 - Our latest paper appears in Science Advances. NANOSTRUCTURED MATERIALS Nanostructured Materials. Functional Block Copolymers have the capability to self-assemble into nanoparticles, nanostructured bulk materials, and form highly dense nanoscale architectures on surfaces. We are interested in exploiting nanostructured materials for applications in gene delivery and bioimaging using polyelectrolytesbased on
EMILY CHURCHILL
She received her BS in Chemistry from Truman State University in Kirksville, Missouri. Feeling claustrophobic in a town of approximately 17,000 people, she decided to move to New York City. She found that Columbia University has noticeably fewer cows than her hometown of Columbia, but regardless, she is very excited to work withthe Campos group.
ANDREW PUN - LUIS CAMPOS RESEARCH GROUP Andrew B. Pun. Andrew was born and raised in Folsom, a small city in the middle of California famous for having a prison and not much else. After escaping Folsom he moved to the Bay Area to study chemistry at UC Berkeley and learned about all sorts of different organic materials working for Dr. Yi Liu at the Molecular Foundry.SEBASTIAN RUSSELL
At Columbia University he has been recruited as a joint student between Prof. Luis M. Campos and Prof. Sanat K. Kumar for his ability to lift multiple DCM drums while preforming Fourier transforms. When he is not in the gym, Sebastian is exploring the self-assembly diblock copolyelectrolytes for battery, fuel cell, and gas separationapplications.
LAUREN YABLON
Lauren Yablon. Lauren Yablon was born and raised in Westchester, which she stresses is not in upstate New York. She attended Boston College where she majored in chemistry and minored in math. While at Boston College, she conducted research with Prof. Jeffery Byers and developed a love for polymers. After four years far away in Boston, sheGROUP PHOTOS
Summer 2015 BBQ. August, 2015. Group PicturesKAIA PARENTI
Kaia Parenti. Kaia grew up outside of Chicago. She later moved to Ann Arbor, Michigan, only to find that winters there are even worse. At University of Michigan, Kaia developed a love for football and an accompanying hatred of the Ohio State Buckeyes. When not in the Big House, Kaia spent her time researching palladium-catalyzedcarboamination
XIAODONG YIN
Xiaodong Yin received his B.S. in Chemistry in 2006 from Zhejiang University in Hangzhou, China. Then he moved to the Institute of Chemistry, Chinese Academy of Sciences, to pursue his Ph.D with Prof. Yuliang Li and Prof. Daoben Zhu in Organic Chemistry. LUIS CAMPOS RESEARCH GROUP Luis Campos Research Group Homepage. Department of Chemistry ColumbiaUniversity. Explore
RESEARCH - LUIS CAMPOS RESEARCH GROUP Our research targets a multi scale approach to study fundamental properties of organic materials - from single-molecule electronics, to (macro)molecular function, and nanostructured materials. While these three sections are divided here, there is extensive cross-pollination in these research areas. The nature of our fundamental approach aimed MEMBERS - LUIS CAMPOS RESEARCH GROUP Postdocs Kealan Fallon (2020) Elango Kumarasamy (2018) Ramya Raghunathan (2018) Xiaodong Yin (2018) Michael Inkpen (2017) Liangliang Zhu (2015) Jianlong Xia (2014) Sujun Wei (2013) Ryan Shade (2012) Nalini Gupta (2011)LUIS M. CAMPOS
Luis M. Campos is an Associate Professor in the Department of Chemistry at Columbia University. He was born on this planet, just like you. Luis grew up in Guadalajara, Mexico, and moved at the age of eleven to Los Angeles, California. NANOSTRUCTURED MATERIALS Nanostructured Materials. Functional Block Copolymers have the capability to self-assemble into nanoparticles, nanostructured bulk materials, and form highly dense nanoscale architectures on surfaces. We are interested in exploiting nanostructured materials for applications in gene delivery and bioimaging using polyelectrolytesbased on
MACROMOLECULAR SYSTEMS Molecular and Macromolecular Systems. Robust, Efficient, and Orthogonal Transformations play an important role in the development of functional systems. By exploiting various chemical reactions, control of precise molecular architectures can be accomplished in molecules and macromolecules to tune physical properties. Thus, ourgroup develops
RINAT MEIR - LUIS CAMPOS RESEARCH GROUP Rinat Meir, Fulbright Fellow. Rinat received her B.Sc. and M.Sc. degrees in Chemistry from the Hebrew University in Jerusalem, where her research focused on computational quantum chemistry under the supervision of Prof Sason Shaik. After several years of academic teaching, Rinat pursued her PhD at the Faculty of Engineering at Bar-Ilan University. SINGLE-MOLECULE ELECTRONICS Single-Molecule Electronics. Single-molecule charge transport studies can reveal important information about the electronic structure of organic materials. Through structure-property relationships, molecular design features can guide the synthesis of macromolecular materials. Moreover, the ability to tailor chemical functionality can also beDANIEL MALINOWSKI
Daniel Malinowski. Danny grew up in Carmel, NY, just a short train ride outside of NYC. He received his undergraduate degree from Dartmouth College, where he learned organic synthesis skills from Prof. Glenn Micalizio. Danny then spent a few years working on vaccines development at Pfizer before deciding it was time to startpursuing a PhD.
EMILY CHURCHILL
She received her BS in Chemistry from Truman State University in Kirksville, Missouri. Feeling claustrophobic in a town of approximately 17,000 people, she decided to move to New York City. She found that Columbia University has noticeably fewer cows than her hometown of Columbia, but regardless, she is very excited to work withthe Campos group.
LUIS CAMPOS RESEARCH GROUP Luis Campos Research Group Homepage. Department of Chemistry ColumbiaUniversity. Explore
RESEARCH - LUIS CAMPOS RESEARCH GROUP Our research targets a multi scale approach to study fundamental properties of organic materials - from single-molecule electronics, to (macro)molecular function, and nanostructured materials. While these three sections are divided here, there is extensive cross-pollination in these research areas. The nature of our fundamental approach aimed MEMBERS - LUIS CAMPOS RESEARCH GROUP Postdocs Kealan Fallon (2020) Elango Kumarasamy (2018) Ramya Raghunathan (2018) Xiaodong Yin (2018) Michael Inkpen (2017) Liangliang Zhu (2015) Jianlong Xia (2014) Sujun Wei (2013) Ryan Shade (2012) Nalini Gupta (2011)LUIS M. CAMPOS
Luis M. Campos is an Associate Professor in the Department of Chemistry at Columbia University. He was born on this planet, just like you. Luis grew up in Guadalajara, Mexico, and moved at the age of eleven to Los Angeles, California. NANOSTRUCTURED MATERIALS Nanostructured Materials. Functional Block Copolymers have the capability to self-assemble into nanoparticles, nanostructured bulk materials, and form highly dense nanoscale architectures on surfaces. We are interested in exploiting nanostructured materials for applications in gene delivery and bioimaging using polyelectrolytesbased on
MACROMOLECULAR SYSTEMS Molecular and Macromolecular Systems. Robust, Efficient, and Orthogonal Transformations play an important role in the development of functional systems. By exploiting various chemical reactions, control of precise molecular architectures can be accomplished in molecules and macromolecules to tune physical properties. Thus, ourgroup develops
RINAT MEIR - LUIS CAMPOS RESEARCH GROUP Rinat Meir, Fulbright Fellow. Rinat received her B.Sc. and M.Sc. degrees in Chemistry from the Hebrew University in Jerusalem, where her research focused on computational quantum chemistry under the supervision of Prof Sason Shaik. After several years of academic teaching, Rinat pursued her PhD at the Faculty of Engineering at Bar-Ilan University. SINGLE-MOLECULE ELECTRONICS Single-Molecule Electronics. Single-molecule charge transport studies can reveal important information about the electronic structure of organic materials. Through structure-property relationships, molecular design features can guide the synthesis of macromolecular materials. Moreover, the ability to tailor chemical functionality can also beDANIEL MALINOWSKI
Daniel Malinowski. Danny grew up in Carmel, NY, just a short train ride outside of NYC. He received his undergraduate degree from Dartmouth College, where he learned organic synthesis skills from Prof. Glenn Micalizio. Danny then spent a few years working on vaccines development at Pfizer before deciding it was time to startpursuing a PhD.
EMILY CHURCHILL
She received her BS in Chemistry from Truman State University in Kirksville, Missouri. Feeling claustrophobic in a town of approximately 17,000 people, she decided to move to New York City. She found that Columbia University has noticeably fewer cows than her hometown of Columbia, but regardless, she is very excited to work withthe Campos group.
PUBLICATIONS
2021 115. "Photon Upconversion Biomaterials for 3D Optogenetics." Meir, R.; Hirschorn, T.; Kim, S.; Fallon, K. J.; Churchill, E. M.; Wu, D.; Yang, H. W.; Stockwell, B NEWS - LUIS CAMPOS RESEARCH GROUP 2/8/18 - Former visiting Postdoc, Mike Inkpen, will start his Assistant Professor position at USC in January 2019. 12/15/18 - The call for nominations for the Future Faculty Symposium is out! 11/10/17 - The group welcomes first-year students Kaia and Emily! 11/9/17 - Our work was highlighted by C&E News. 10/27/17 - Our latest paper appears in Science Advances. NANOSTRUCTURED MATERIALS Nanostructured Materials. Functional Block Copolymers have the capability to self-assemble into nanoparticles, nanostructured bulk materials, and form highly dense nanoscale architectures on surfaces. We are interested in exploiting nanostructured materials for applications in gene delivery and bioimaging using polyelectrolytesbased on
EMILY CHURCHILL
She received her BS in Chemistry from Truman State University in Kirksville, Missouri. Feeling claustrophobic in a town of approximately 17,000 people, she decided to move to New York City. She found that Columbia University has noticeably fewer cows than her hometown of Columbia, but regardless, she is very excited to work withthe Campos group.
SEBASTIAN RUSSELL
At Columbia University he has been recruited as a joint student between Prof. Luis M. Campos and Prof. Sanat K. Kumar for his ability to lift multiple DCM drums while preforming Fourier transforms. When he is not in the gym, Sebastian is exploring the self-assembly diblock copolyelectrolytes for battery, fuel cell, and gas separationapplications.
LAUREN YABLON
Lauren Yablon. Lauren Yablon was born and raised in Westchester, which she stresses is not in upstate New York. She attended Boston College where she majored in chemistry and minored in math. While at Boston College, she conducted research with Prof. Jeffery Byers and developed a love for polymers. After four years far away in Boston, sheGROUP PHOTOS
Summer 2015 BBQ. August, 2015. Group PicturesKAIA PARENTI
Kaia Parenti. Kaia grew up outside of Chicago. She later moved to Ann Arbor, Michigan, only to find that winters there are even worse. At University of Michigan, Kaia developed a love for football and an accompanying hatred of the Ohio State Buckeyes. When not in the Big House, Kaia spent her time researching palladium-catalyzedcarboamination
ANDREW PUN - LUIS CAMPOS RESEARCH GROUP Andrew B. Pun. Andrew was born and raised in Folsom, a small city in the middle of California famous for having a prison and not much else. After escaping Folsom he moved to the Bay Area to study chemistry at UC Berkeley and learned about all sorts of different organic materials working for Dr. Yi Liu at the Molecular Foundry.XIAODONG YIN
Xiaodong Yin received his B.S. in Chemistry in 2006 from Zhejiang University in Hangzhou, China. Then he moved to the Institute of Chemistry, Chinese Academy of Sciences, to pursue his Ph.D with Prof. Yuliang Li and Prof. Daoben Zhu in Organic Chemistry. LUIS CAMPOS RESEARCH GROUP Luis Campos Research Group Homepage. Department of Chemistry ColumbiaUniversity. Explore
RESEARCH - LUIS CAMPOS RESEARCH GROUP Our research targets a multi scale approach to study fundamental properties of organic materials - from single-molecule electronics, to (macro)molecular function, and nanostructured materials. While these three sections are divided here, there is extensive cross-pollination in these research areas. The nature of our fundamental approach aimed MEMBERS - LUIS CAMPOS RESEARCH GROUP Postdocs Kealan Fallon (2020) Elango Kumarasamy (2018) Ramya Raghunathan (2018) Xiaodong Yin (2018) Michael Inkpen (2017) Liangliang Zhu (2015) Jianlong Xia (2014) Sujun Wei (2013) Ryan Shade (2012) Nalini Gupta (2011)LUIS M. CAMPOS
Luis M. Campos is an Associate Professor in the Department of Chemistry at Columbia University. He was born on this planet, just like you. Luis grew up in Guadalajara, Mexico, and moved at the age of eleven to Los Angeles, California. NANOSTRUCTURED MATERIALS Nanostructured Materials. Functional Block Copolymers have the capability to self-assemble into nanoparticles, nanostructured bulk materials, and form highly dense nanoscale architectures on surfaces. We are interested in exploiting nanostructured materials for applications in gene delivery and bioimaging using polyelectrolytesbased on
MACROMOLECULAR SYSTEMS Molecular and Macromolecular Systems. Robust, Efficient, and Orthogonal Transformations play an important role in the development of functional systems. By exploiting various chemical reactions, control of precise molecular architectures can be accomplished in molecules and macromolecules to tune physical properties. Thus, ourgroup develops
RINAT MEIR - LUIS CAMPOS RESEARCH GROUP Rinat Meir, Fulbright Fellow. Rinat received her B.Sc. and M.Sc. degrees in Chemistry from the Hebrew University in Jerusalem, where her research focused on computational quantum chemistry under the supervision of Prof Sason Shaik. After several years of academic teaching, Rinat pursued her PhD at the Faculty of Engineering at Bar-Ilan University. SINGLE-MOLECULE ELECTRONICS Single-Molecule Electronics. Single-molecule charge transport studies can reveal important information about the electronic structure of organic materials. Through structure-property relationships, molecular design features can guide the synthesis of macromolecular materials. Moreover, the ability to tailor chemical functionality can also beDANIEL MALINOWSKI
Daniel Malinowski. Danny grew up in Carmel, NY, just a short train ride outside of NYC. He received his undergraduate degree from Dartmouth College, where he learned organic synthesis skills from Prof. Glenn Micalizio. Danny then spent a few years working on vaccines development at Pfizer before deciding it was time to startpursuing a PhD.
EMILY CHURCHILL
She received her BS in Chemistry from Truman State University in Kirksville, Missouri. Feeling claustrophobic in a town of approximately 17,000 people, she decided to move to New York City. She found that Columbia University has noticeably fewer cows than her hometown of Columbia, but regardless, she is very excited to work withthe Campos group.
LUIS CAMPOS RESEARCH GROUP Luis Campos Research Group Homepage. Department of Chemistry ColumbiaUniversity. Explore
RESEARCH - LUIS CAMPOS RESEARCH GROUP Our research targets a multi scale approach to study fundamental properties of organic materials - from single-molecule electronics, to (macro)molecular function, and nanostructured materials. While these three sections are divided here, there is extensive cross-pollination in these research areas. The nature of our fundamental approach aimed MEMBERS - LUIS CAMPOS RESEARCH GROUP Postdocs Kealan Fallon (2020) Elango Kumarasamy (2018) Ramya Raghunathan (2018) Xiaodong Yin (2018) Michael Inkpen (2017) Liangliang Zhu (2015) Jianlong Xia (2014) Sujun Wei (2013) Ryan Shade (2012) Nalini Gupta (2011)LUIS M. CAMPOS
Luis M. Campos is an Associate Professor in the Department of Chemistry at Columbia University. He was born on this planet, just like you. Luis grew up in Guadalajara, Mexico, and moved at the age of eleven to Los Angeles, California. NANOSTRUCTURED MATERIALS Nanostructured Materials. Functional Block Copolymers have the capability to self-assemble into nanoparticles, nanostructured bulk materials, and form highly dense nanoscale architectures on surfaces. We are interested in exploiting nanostructured materials for applications in gene delivery and bioimaging using polyelectrolytesbased on
MACROMOLECULAR SYSTEMS Molecular and Macromolecular Systems. Robust, Efficient, and Orthogonal Transformations play an important role in the development of functional systems. By exploiting various chemical reactions, control of precise molecular architectures can be accomplished in molecules and macromolecules to tune physical properties. Thus, ourgroup develops
RINAT MEIR - LUIS CAMPOS RESEARCH GROUP Rinat Meir, Fulbright Fellow. Rinat received her B.Sc. and M.Sc. degrees in Chemistry from the Hebrew University in Jerusalem, where her research focused on computational quantum chemistry under the supervision of Prof Sason Shaik. After several years of academic teaching, Rinat pursued her PhD at the Faculty of Engineering at Bar-Ilan University. SINGLE-MOLECULE ELECTRONICS Single-Molecule Electronics. Single-molecule charge transport studies can reveal important information about the electronic structure of organic materials. Through structure-property relationships, molecular design features can guide the synthesis of macromolecular materials. Moreover, the ability to tailor chemical functionality can also beDANIEL MALINOWSKI
Daniel Malinowski. Danny grew up in Carmel, NY, just a short train ride outside of NYC. He received his undergraduate degree from Dartmouth College, where he learned organic synthesis skills from Prof. Glenn Micalizio. Danny then spent a few years working on vaccines development at Pfizer before deciding it was time to startpursuing a PhD.
EMILY CHURCHILL
She received her BS in Chemistry from Truman State University in Kirksville, Missouri. Feeling claustrophobic in a town of approximately 17,000 people, she decided to move to New York City. She found that Columbia University has noticeably fewer cows than her hometown of Columbia, but regardless, she is very excited to work withthe Campos group.
PUBLICATIONS
2021 115. "Photon Upconversion Biomaterials for 3D Optogenetics." Meir, R.; Hirschorn, T.; Kim, S.; Fallon, K. J.; Churchill, E. M.; Wu, D.; Yang, H. W.; Stockwell, B NEWS - LUIS CAMPOS RESEARCH GROUP 2/8/18 - Former visiting Postdoc, Mike Inkpen, will start his Assistant Professor position at USC in January 2019. 12/15/18 - The call for nominations for the Future Faculty Symposium is out! 11/10/17 - The group welcomes first-year students Kaia and Emily! 11/9/17 - Our work was highlighted by C&E News. 10/27/17 - Our latest paper appears in Science Advances. NANOSTRUCTURED MATERIALS Nanostructured Materials. Functional Block Copolymers have the capability to self-assemble into nanoparticles, nanostructured bulk materials, and form highly dense nanoscale architectures on surfaces. We are interested in exploiting nanostructured materials for applications in gene delivery and bioimaging using polyelectrolytesbased on
EMILY CHURCHILL
She received her BS in Chemistry from Truman State University in Kirksville, Missouri. Feeling claustrophobic in a town of approximately 17,000 people, she decided to move to New York City. She found that Columbia University has noticeably fewer cows than her hometown of Columbia, but regardless, she is very excited to work withthe Campos group.
SEBASTIAN RUSSELL
At Columbia University he has been recruited as a joint student between Prof. Luis M. Campos and Prof. Sanat K. Kumar for his ability to lift multiple DCM drums while preforming Fourier transforms. When he is not in the gym, Sebastian is exploring the self-assembly diblock copolyelectrolytes for battery, fuel cell, and gas separationapplications.
LAUREN YABLON
Lauren Yablon. Lauren Yablon was born and raised in Westchester, which she stresses is not in upstate New York. She attended Boston College where she majored in chemistry and minored in math. While at Boston College, she conducted research with Prof. Jeffery Byers and developed a love for polymers. After four years far away in Boston, sheGROUP PHOTOS
Summer 2015 BBQ. August, 2015. Group PicturesKAIA PARENTI
Kaia Parenti. Kaia grew up outside of Chicago. She later moved to Ann Arbor, Michigan, only to find that winters there are even worse. At University of Michigan, Kaia developed a love for football and an accompanying hatred of the Ohio State Buckeyes. When not in the Big House, Kaia spent her time researching palladium-catalyzedcarboamination
ANDREW PUN - LUIS CAMPOS RESEARCH GROUP Andrew B. Pun. Andrew was born and raised in Folsom, a small city in the middle of California famous for having a prison and not much else. After escaping Folsom he moved to the Bay Area to study chemistry at UC Berkeley and learned about all sorts of different organic materials working for Dr. Yi Liu at the Molecular Foundry.XIAODONG YIN
Xiaodong Yin received his B.S. in Chemistry in 2006 from Zhejiang University in Hangzhou, China. Then he moved to the Institute of Chemistry, Chinese Academy of Sciences, to pursue his Ph.D with Prof. Yuliang Li and Prof. Daoben Zhu in Organic Chemistry. LUIS CAMPOS RESEARCH GROUP Luis Campos Research Group Homepage. Department of Chemistry ColumbiaUniversity. Explore
RESEARCH - LUIS CAMPOS RESEARCH GROUP Our research targets a multi scale approach to study fundamental properties of organic materials - from single-molecule electronics, to (macro)molecular function, and nanostructured materials. While these three sections are divided here, there is extensive cross-pollination in these research areas. The nature of our fundamental approach aimed ABOUT - LUIS CAMPOS RESEARCH GROUP Research. Our group is interested in exploring molecular, macromolecular, and nanostructured materials for the development of advanced functional systems. We take advantage of building blocks that can be finely tuned through molecular design and robust synthetic strategies. The interdisciplinary nature of our work allows the groupto build
MEMBERS - LUIS CAMPOS RESEARCH GROUP Postdocs Kealan Fallon (2020) Elango Kumarasamy (2018) Ramya Raghunathan (2018) Xiaodong Yin (2018) Michael Inkpen (2017) Liangliang Zhu (2015) Jianlong Xia (2014) Sujun Wei (2013) Ryan Shade (2012) Nalini Gupta (2011) CONTACT - LUIS CAMPOS RESEARCH GROUP NWC Building, Room 1306 550 W. 120th Ave New York, NY 10027 E-mail: lcamposcolumbia.edu Office: +1-212-854-9561LUIS M. CAMPOS
Luis M. Campos is an Associate Professor in the Department of Chemistry at Columbia University. He was born on this planet, just like you. Luis grew up in Guadalajara, Mexico, and moved at the age of eleven to Los Angeles, California. MACROMOLECULAR SYSTEMS Molecular and Macromolecular Systems. Robust, Efficient, and Orthogonal Transformations play an important role in the development of functional systems. By exploiting various chemical reactions, control of precise molecular architectures can be accomplished in molecules and macromolecules to tune physical properties. Thus, ourgroup develops
SINGLE-MOLECULE ELECTRONICS Single-Molecule Electronics. Single-molecule charge transport studies can reveal important information about the electronic structure of organic materials. Through structure-property relationships, molecular design features can guide the synthesis of macromolecular materials. Moreover, the ability to tailor chemical functionality can also be RINAT MEIR - LUIS CAMPOS RESEARCH GROUP Rinat Meir, Fulbright Fellow. Rinat received her B.Sc. and M.Sc. degrees in Chemistry from the Hebrew University in Jerusalem, where her research focused on computational quantum chemistry under the supervision of Prof Sason Shaik. After several years of academic teaching, Rinat pursued her PhD at the Faculty of Engineering at Bar-Ilan University.DANIEL MALINOWSKI
Daniel Malinowski. Danny grew up in Carmel, NY, just a short train ride outside of NYC. He received his undergraduate degree from Dartmouth College, where he learned organic synthesis skills from Prof. Glenn Micalizio. Danny then spent a few years working on vaccines development at Pfizer before deciding it was time to startpursuing a PhD.
LUIS CAMPOS RESEARCH GROUP Luis Campos Research Group Homepage. Department of Chemistry ColumbiaUniversity. Explore
RESEARCH - LUIS CAMPOS RESEARCH GROUP Our research targets a multi scale approach to study fundamental properties of organic materials - from single-molecule electronics, to (macro)molecular function, and nanostructured materials. While these three sections are divided here, there is extensive cross-pollination in these research areas. The nature of our fundamental approach aimed ABOUT - LUIS CAMPOS RESEARCH GROUP Research. Our group is interested in exploring molecular, macromolecular, and nanostructured materials for the development of advanced functional systems. We take advantage of building blocks that can be finely tuned through molecular design and robust synthetic strategies. The interdisciplinary nature of our work allows the groupto build
MEMBERS - LUIS CAMPOS RESEARCH GROUP Postdocs Kealan Fallon (2020) Elango Kumarasamy (2018) Ramya Raghunathan (2018) Xiaodong Yin (2018) Michael Inkpen (2017) Liangliang Zhu (2015) Jianlong Xia (2014) Sujun Wei (2013) Ryan Shade (2012) Nalini Gupta (2011) CONTACT - LUIS CAMPOS RESEARCH GROUP NWC Building, Room 1306 550 W. 120th Ave New York, NY 10027 E-mail: lcamposcolumbia.edu Office: +1-212-854-9561LUIS M. CAMPOS
Luis M. Campos is an Associate Professor in the Department of Chemistry at Columbia University. He was born on this planet, just like you. Luis grew up in Guadalajara, Mexico, and moved at the age of eleven to Los Angeles, California. MACROMOLECULAR SYSTEMS Molecular and Macromolecular Systems. Robust, Efficient, and Orthogonal Transformations play an important role in the development of functional systems. By exploiting various chemical reactions, control of precise molecular architectures can be accomplished in molecules and macromolecules to tune physical properties. Thus, ourgroup develops
SINGLE-MOLECULE ELECTRONICS Single-Molecule Electronics. Single-molecule charge transport studies can reveal important information about the electronic structure of organic materials. Through structure-property relationships, molecular design features can guide the synthesis of macromolecular materials. Moreover, the ability to tailor chemical functionality can also be RINAT MEIR - LUIS CAMPOS RESEARCH GROUP Rinat Meir, Fulbright Fellow. Rinat received her B.Sc. and M.Sc. degrees in Chemistry from the Hebrew University in Jerusalem, where her research focused on computational quantum chemistry under the supervision of Prof Sason Shaik. After several years of academic teaching, Rinat pursued her PhD at the Faculty of Engineering at Bar-Ilan University.DANIEL MALINOWSKI
Daniel Malinowski. Danny grew up in Carmel, NY, just a short train ride outside of NYC. He received his undergraduate degree from Dartmouth College, where he learned organic synthesis skills from Prof. Glenn Micalizio. Danny then spent a few years working on vaccines development at Pfizer before deciding it was time to startpursuing a PhD.
MEMBERS - LUIS CAMPOS RESEARCH GROUP Postdocs Kealan Fallon (2020) Elango Kumarasamy (2018) Ramya Raghunathan (2018) Xiaodong Yin (2018) Michael Inkpen (2017) Liangliang Zhu (2015) Jianlong Xia (2014) Sujun Wei (2013) Ryan Shade (2012) Nalini Gupta (2011)PUBLICATIONS
2021 115. "Photon Upconversion Biomaterials for 3D Optogenetics." Meir, R.; Hirschorn, T.; Kim, S.; Fallon, K. J.; Churchill, E. M.; Wu, D.; Yang, H. W.; Stockwell, B NANOSTRUCTURED MATERIALS Nanostructured Materials. Functional Block Copolymers have the capability to self-assemble into nanoparticles, nanostructured bulk materials, and form highly dense nanoscale architectures on surfaces. We are interested in exploiting nanostructured materials for applications in gene delivery and bioimaging using polyelectrolytesbased on
EDUCATIONAL LINKS
The Paul & Daisy Soros Fellowship NSF Graduate Research Fellowship DoE Office of Science Graduate Fellowship Program National Defense Science & Engineering Graduate Fellowship Hertz Foundation Graduate Fellowship Ford Foundation Fellowship Program SMART Scholarship NSF IGERT Program UCSB Undergrad Research Opportunities UCLA Undergrad ResearchOpportunities
EMILY CHURCHILL
She received her BS in Chemistry from Truman State University in Kirksville, Missouri. Feeling claustrophobic in a town of approximately 17,000 people, she decided to move to New York City. She found that Columbia University has noticeably fewer cows than her hometown of Columbia, but regardless, she is very excited to work withthe Campos group.
GROUP PHOTOS
Summer 2015 BBQ. August, 2015. Group PicturesSEBASTIAN RUSSELL
At Columbia University he has been recruited as a joint student between Prof. Luis M. Campos and Prof. Sanat K. Kumar for his ability to lift multiple DCM drums while preforming Fourier transforms. When he is not in the gym, Sebastian is exploring the self-assembly diblock copolyelectrolytes for battery, fuel cell, and gas separationapplications.
ANDREW PUN - LUIS CAMPOS RESEARCH GROUP Andrew B. Pun. Andrew was born and raised in Folsom, a small city in the middle of California famous for having a prison and not much else. After escaping Folsom he moved to the Bay Area to study chemistry at UC Berkeley and learned about all sorts of different organic materials working for Dr. Yi Liu at the Molecular Foundry.SPENCER BRUCKS
Spencer Brucks. Spencer was born and raised in Buffalo, NY, home of the chicken wing, and the most depressed fan base in professional sports. For undergrad, he traveled to Cornell in centrally isolated Ithaca, NY. He majored in chemistry and biology, and was fortunate to gain his first research experience in the laboratory of Prof. William HELEN TRAN - LUIS CAMPOS RESEARCH GROUP Helen Tran. Helen likes cheese. Helen likes cake. But Helen doesn't like cheesecake. Helen studied Chemistry and Chemical Engineering at UC Berkeley. She previously conducted research with Prof. Tsu-Jae King Liu (Electrical Engineering, Berkeley), Prof. Christopher Schuh (Material Science, MIT), and Dr. Ronald Zuckermann (Molecular Foundry,LBNL).
LUIS CAMPOS RESEARCH GROUP Luis Campos Research Group Homepage. Department of Chemistry ColumbiaUniversity. Explore
RESEARCH - LUIS CAMPOS RESEARCH GROUPLUIS CAMPOS ONCOLOGISTLUIS CAMPOS COLUMBIALUIS CAMPOS EASTONDR LUIS CAMPOS ALLENTOWN PALUIS CAMPOS MD HOUSTONLUIS CAMPOS LILLE Our research targets a multi scale approach to study fundamental properties of organic materials - from single-molecule electronics, to (macro)molecular function, and nanostructured materials. While these three sections are divided here, there is extensive cross-pollination in these research areas. The nature of our fundamental approach aimed MEMBERS - LUIS CAMPOS RESEARCH GROUPDR LUIS CAMPOS ALLENTOWN PALUIS CAMPOS COLUMBIALUIS CAMPOS EASTONLUIS CAMPOS MD HOUSTONLUIS CAMPOS ONCOLOGISTDR AMANDA CAMPOS Postdocs Kealan Fallon (2020) Elango Kumarasamy (2018) Ramya Raghunathan (2018) Xiaodong Yin (2018) Michael Inkpen (2017) Liangliang Zhu (2015) Jianlong Xia (2014) Sujun Wei (2013) Ryan Shade (2012) Nalini Gupta (2011) CONTACT - LUIS CAMPOS RESEARCH GROUPLUIS CAMPOS ONCOLOGISTLUIS CAMPOS COLUMBIALUIS CAMPOS EASTONDR LUIS CAMPOS ALLENTOWN PALUIS CAMPOS MD HOUSTONLUIS CAMPOS LILLE NWC Building, Room 1306 550 W. 120th Ave New York, NY 10027 E-mail: lcamposcolumbia.edu Office: +1-212-854-9561LUIS M. CAMPOS
Luis M. Campos is an Associate Professor in the Department of Chemistry at Columbia University. He was born on this planet, just like you. Luis grew up in Guadalajara, Mexico, and moved at the age of eleven to Los Angeles, California. MACROMOLECULAR SYSTEMS Molecular and Macromolecular Systems. Robust, Efficient, and Orthogonal Transformations play an important role in the development of functional systems. By exploiting various chemical reactions, control of precise molecular architectures can be accomplished in molecules and macromolecules to tune physical properties. Thus, ourgroup develops
NANOSTRUCTURED MATERIALS Nanostructured Materials. Functional Block Copolymers have the capability to self-assemble into nanoparticles, nanostructured bulk materials, and form highly dense nanoscale architectures on surfaces. We are interested in exploiting nanostructured materials for applications in gene delivery and bioimaging using polyelectrolytesbased on
SINGLE-MOLECULE ELECTRONICS Single-Molecule Electronics. Single-molecule charge transport studies can reveal important information about the electronic structure of organic materials. Through structure-property relationships, molecular design features can guide the synthesis of macromolecular materials. Moreover, the ability to tailor chemical functionality can also be RINAT MEIR - LUIS CAMPOS RESEARCH GROUP Rinat Meir, Fulbright Fellow. Rinat received her B.Sc. and M.Sc. degrees in Chemistry from the Hebrew University in Jerusalem, where her research focused on computational quantum chemistry under the supervision of Prof Sason Shaik. After several years of academic teaching, Rinat pursued her PhD at the Faculty of Engineering at Bar-Ilan University.DANIEL MALINOWSKI
Daniel Malinowski. Danny grew up in Carmel, NY, just a short train ride outside of NYC. He received his undergraduate degree from Dartmouth College, where he learned organic synthesis skills from Prof. Glenn Micalizio. Danny then spent a few years working on vaccines development at Pfizer before deciding it was time to startpursuing a PhD.
LUIS CAMPOS RESEARCH GROUP Luis Campos Research Group Homepage. Department of Chemistry ColumbiaUniversity. Explore
RESEARCH - LUIS CAMPOS RESEARCH GROUPLUIS CAMPOS ONCOLOGISTLUIS CAMPOS COLUMBIALUIS CAMPOS EASTONDR LUIS CAMPOS ALLENTOWN PALUIS CAMPOS MD HOUSTONLUIS CAMPOS LILLE Our research targets a multi scale approach to study fundamental properties of organic materials - from single-molecule electronics, to (macro)molecular function, and nanostructured materials. While these three sections are divided here, there is extensive cross-pollination in these research areas. The nature of our fundamental approach aimed MEMBERS - LUIS CAMPOS RESEARCH GROUPDR LUIS CAMPOS ALLENTOWN PALUIS CAMPOS COLUMBIALUIS CAMPOS EASTONLUIS CAMPOS MD HOUSTONLUIS CAMPOS ONCOLOGISTDR AMANDA CAMPOS Postdocs Kealan Fallon (2020) Elango Kumarasamy (2018) Ramya Raghunathan (2018) Xiaodong Yin (2018) Michael Inkpen (2017) Liangliang Zhu (2015) Jianlong Xia (2014) Sujun Wei (2013) Ryan Shade (2012) Nalini Gupta (2011) CONTACT - LUIS CAMPOS RESEARCH GROUPLUIS CAMPOS ONCOLOGISTLUIS CAMPOS COLUMBIALUIS CAMPOS EASTONDR LUIS CAMPOS ALLENTOWN PALUIS CAMPOS MD HOUSTONLUIS CAMPOS LILLE NWC Building, Room 1306 550 W. 120th Ave New York, NY 10027 E-mail: lcamposcolumbia.edu Office: +1-212-854-9561LUIS M. CAMPOS
Luis M. Campos is an Associate Professor in the Department of Chemistry at Columbia University. He was born on this planet, just like you. Luis grew up in Guadalajara, Mexico, and moved at the age of eleven to Los Angeles, California. MACROMOLECULAR SYSTEMS Molecular and Macromolecular Systems. Robust, Efficient, and Orthogonal Transformations play an important role in the development of functional systems. By exploiting various chemical reactions, control of precise molecular architectures can be accomplished in molecules and macromolecules to tune physical properties. Thus, ourgroup develops
NANOSTRUCTURED MATERIALS Nanostructured Materials. Functional Block Copolymers have the capability to self-assemble into nanoparticles, nanostructured bulk materials, and form highly dense nanoscale architectures on surfaces. We are interested in exploiting nanostructured materials for applications in gene delivery and bioimaging using polyelectrolytesbased on
SINGLE-MOLECULE ELECTRONICS Single-Molecule Electronics. Single-molecule charge transport studies can reveal important information about the electronic structure of organic materials. Through structure-property relationships, molecular design features can guide the synthesis of macromolecular materials. Moreover, the ability to tailor chemical functionality can also be RINAT MEIR - LUIS CAMPOS RESEARCH GROUP Rinat Meir, Fulbright Fellow. Rinat received her B.Sc. and M.Sc. degrees in Chemistry from the Hebrew University in Jerusalem, where her research focused on computational quantum chemistry under the supervision of Prof Sason Shaik. After several years of academic teaching, Rinat pursued her PhD at the Faculty of Engineering at Bar-Ilan University.DANIEL MALINOWSKI
Daniel Malinowski. Danny grew up in Carmel, NY, just a short train ride outside of NYC. He received his undergraduate degree from Dartmouth College, where he learned organic synthesis skills from Prof. Glenn Micalizio. Danny then spent a few years working on vaccines development at Pfizer before deciding it was time to startpursuing a PhD.
ABOUT - LUIS CAMPOS RESEARCH GROUP Research. Our group is interested in exploring molecular, macromolecular, and nanostructured materials for the development of advanced functional systems. We take advantage of building blocks that can be finely tuned through molecular design and robust synthetic strategies. The interdisciplinary nature of our work allows the groupto build
PUBLICATIONS
2021 115. "Photon Upconversion Biomaterials for 3D Optogenetics." Meir, R.; Hirschorn, T.; Kim, S.; Fallon, K. J.; Churchill, E. M.; Wu, D.; Yang, H. W.; Stockwell, BEDUCATIONAL LINKS
The Paul & Daisy Soros Fellowship NSF Graduate Research Fellowship DoE Office of Science Graduate Fellowship Program National Defense Science & Engineering Graduate Fellowship Hertz Foundation Graduate Fellowship Ford Foundation Fellowship Program SMART Scholarship NSF IGERT Program UCSB Undergrad Research Opportunities UCLA Undergrad ResearchOpportunities
EMILY CHURCHILL
She received her BS in Chemistry from Truman State University in Kirksville, Missouri. Feeling claustrophobic in a town of approximately 17,000 people, she decided to move to New York City. She found that Columbia University has noticeably fewer cows than her hometown of Columbia, but regardless, she is very excited to work withthe Campos group.
GROUP PHOTOS
Summer 2015 BBQ. August, 2015. Group PicturesISAAC KNUDSON
Hailing from the sultry swamps of Gainesville, Florida, Isaac joined the Campos group in the big apple after a two-year stint of molecular biology research under Dr. Jorg Bungert at the University of Florida. DINO WU - LUIS CAMPOS RESEARCH GROUP Dino Wu, Swiss National Science Foundation Fellow. Dino was born close to Milan (Italy) and grew up there and in Zürich (Switzerland). He received his BSc/MSc degrees at ETH Zürich, where he performed his Master research in the group of Prof. François Diederich, HELEN TRAN - LUIS CAMPOS RESEARCH GROUP Helen Tran. Helen likes cheese. Helen likes cake. But Helen doesn't like cheesecake. Helen studied Chemistry and Chemical Engineering at UC Berkeley. She previously conducted research with Prof. Tsu-Jae King Liu (Electrical Engineering, Berkeley), Prof. Christopher Schuh (Material Science, MIT), and Dr. Ronald Zuckermann (Molecular Foundry,LBNL).
SPENCER BRUCKS
Spencer Brucks. Spencer was born and raised in Buffalo, NY, home of the chicken wing, and the most depressed fan base in professional sports. For undergrad, he traveled to Cornell in centrally isolated Ithaca, NY. He majored in chemistry and biology, and was fortunate to gain his first research experience in the laboratory of Prof. WilliamLAUREN YABLON
Lauren Yablon. Lauren Yablon was born and raised in Westchester, which she stresses is not in upstate New York. She attended Boston College where she majored in chemistry and minored in math. While at Boston College, she conducted research with Prof. Jeffery Byers and developed a love for polymers. After four years far away in Boston, she LUIS CAMPOS RESEARCH GROUP Luis Campos Research Group Homepage. Department of Chemistry ColumbiaUniversity. Explore
RESEARCH - LUIS CAMPOS RESEARCH GROUPLUIS CAMPOS ONCOLOGISTLUIS CAMPOS COLUMBIALUIS CAMPOS EASTONDR LUIS CAMPOS ALLENTOWN PALUIS CAMPOS MD HOUSTONLUIS CAMPOS LILLE Our research targets a multi scale approach to study fundamental properties of organic materials - from single-molecule electronics, to (macro)molecular function, and nanostructured materials. While these three sections are divided here, there is extensive cross-pollination in these research areas. The nature of our fundamental approach aimed MEMBERS - LUIS CAMPOS RESEARCH GROUPDR LUIS CAMPOS ALLENTOWN PALUIS CAMPOS COLUMBIALUIS CAMPOS EASTONLUIS CAMPOS MD HOUSTONLUIS CAMPOS ONCOLOGISTDR AMANDA CAMPOS Postdocs Kealan Fallon (2020) Elango Kumarasamy (2018) Ramya Raghunathan (2018) Xiaodong Yin (2018) Michael Inkpen (2017) Liangliang Zhu (2015) Jianlong Xia (2014) Sujun Wei (2013) Ryan Shade (2012) Nalini Gupta (2011) CONTACT - LUIS CAMPOS RESEARCH GROUPLUIS CAMPOS ONCOLOGISTLUIS CAMPOS COLUMBIALUIS CAMPOS EASTONDR LUIS CAMPOS ALLENTOWN PALUIS CAMPOS MD HOUSTONLUIS CAMPOS LILLE NWC Building, Room 1306 550 W. 120th Ave New York, NY 10027 E-mail: lcamposcolumbia.edu Office: +1-212-854-9561LUIS M. CAMPOS
Luis M. Campos is an Associate Professor in the Department of Chemistry at Columbia University. He was born on this planet, just like you. Luis grew up in Guadalajara, Mexico, and moved at the age of eleven to Los Angeles, California. MACROMOLECULAR SYSTEMS Molecular and Macromolecular Systems. Robust, Efficient, and Orthogonal Transformations play an important role in the development of functional systems. By exploiting various chemical reactions, control of precise molecular architectures can be accomplished in molecules and macromolecules to tune physical properties. Thus, ourgroup develops
NANOSTRUCTURED MATERIALS Nanostructured Materials. Functional Block Copolymers have the capability to self-assemble into nanoparticles, nanostructured bulk materials, and form highly dense nanoscale architectures on surfaces. We are interested in exploiting nanostructured materials for applications in gene delivery and bioimaging using polyelectrolytesbased on
SINGLE-MOLECULE ELECTRONICS Single-Molecule Electronics. Single-molecule charge transport studies can reveal important information about the electronic structure of organic materials. Through structure-property relationships, molecular design features can guide the synthesis of macromolecular materials. Moreover, the ability to tailor chemical functionality can also be RINAT MEIR - LUIS CAMPOS RESEARCH GROUP Rinat Meir, Fulbright Fellow. Rinat received her B.Sc. and M.Sc. degrees in Chemistry from the Hebrew University in Jerusalem, where her research focused on computational quantum chemistry under the supervision of Prof Sason Shaik. After several years of academic teaching, Rinat pursued her PhD at the Faculty of Engineering at Bar-Ilan University.DANIEL MALINOWSKI
Daniel Malinowski. Danny grew up in Carmel, NY, just a short train ride outside of NYC. He received his undergraduate degree from Dartmouth College, where he learned organic synthesis skills from Prof. Glenn Micalizio. Danny then spent a few years working on vaccines development at Pfizer before deciding it was time to startpursuing a PhD.
LUIS CAMPOS RESEARCH GROUP Luis Campos Research Group Homepage. Department of Chemistry ColumbiaUniversity. Explore
RESEARCH - LUIS CAMPOS RESEARCH GROUPLUIS CAMPOS ONCOLOGISTLUIS CAMPOS COLUMBIALUIS CAMPOS EASTONDR LUIS CAMPOS ALLENTOWN PALUIS CAMPOS MD HOUSTONLUIS CAMPOS LILLE Our research targets a multi scale approach to study fundamental properties of organic materials - from single-molecule electronics, to (macro)molecular function, and nanostructured materials. While these three sections are divided here, there is extensive cross-pollination in these research areas. The nature of our fundamental approach aimed MEMBERS - LUIS CAMPOS RESEARCH GROUPDR LUIS CAMPOS ALLENTOWN PALUIS CAMPOS COLUMBIALUIS CAMPOS EASTONLUIS CAMPOS MD HOUSTONLUIS CAMPOS ONCOLOGISTDR AMANDA CAMPOS Postdocs Kealan Fallon (2020) Elango Kumarasamy (2018) Ramya Raghunathan (2018) Xiaodong Yin (2018) Michael Inkpen (2017) Liangliang Zhu (2015) Jianlong Xia (2014) Sujun Wei (2013) Ryan Shade (2012) Nalini Gupta (2011) CONTACT - LUIS CAMPOS RESEARCH GROUPLUIS CAMPOS ONCOLOGISTLUIS CAMPOS COLUMBIALUIS CAMPOS EASTONDR LUIS CAMPOS ALLENTOWN PALUIS CAMPOS MD HOUSTONLUIS CAMPOS LILLE NWC Building, Room 1306 550 W. 120th Ave New York, NY 10027 E-mail: lcamposcolumbia.edu Office: +1-212-854-9561LUIS M. CAMPOS
Luis M. Campos is an Associate Professor in the Department of Chemistry at Columbia University. He was born on this planet, just like you. Luis grew up in Guadalajara, Mexico, and moved at the age of eleven to Los Angeles, California. MACROMOLECULAR SYSTEMS Molecular and Macromolecular Systems. Robust, Efficient, and Orthogonal Transformations play an important role in the development of functional systems. By exploiting various chemical reactions, control of precise molecular architectures can be accomplished in molecules and macromolecules to tune physical properties. Thus, ourgroup develops
NANOSTRUCTURED MATERIALS Nanostructured Materials. Functional Block Copolymers have the capability to self-assemble into nanoparticles, nanostructured bulk materials, and form highly dense nanoscale architectures on surfaces. We are interested in exploiting nanostructured materials for applications in gene delivery and bioimaging using polyelectrolytesbased on
SINGLE-MOLECULE ELECTRONICS Single-Molecule Electronics. Single-molecule charge transport studies can reveal important information about the electronic structure of organic materials. Through structure-property relationships, molecular design features can guide the synthesis of macromolecular materials. Moreover, the ability to tailor chemical functionality can also be RINAT MEIR - LUIS CAMPOS RESEARCH GROUP Rinat Meir, Fulbright Fellow. Rinat received her B.Sc. and M.Sc. degrees in Chemistry from the Hebrew University in Jerusalem, where her research focused on computational quantum chemistry under the supervision of Prof Sason Shaik. After several years of academic teaching, Rinat pursued her PhD at the Faculty of Engineering at Bar-Ilan University.DANIEL MALINOWSKI
Daniel Malinowski. Danny grew up in Carmel, NY, just a short train ride outside of NYC. He received his undergraduate degree from Dartmouth College, where he learned organic synthesis skills from Prof. Glenn Micalizio. Danny then spent a few years working on vaccines development at Pfizer before deciding it was time to startpursuing a PhD.
ABOUT - LUIS CAMPOS RESEARCH GROUP Research. Our group is interested in exploring molecular, macromolecular, and nanostructured materials for the development of advanced functional systems. We take advantage of building blocks that can be finely tuned through molecular design and robust synthetic strategies. The interdisciplinary nature of our work allows the groupto build
PUBLICATIONS
2021 115. "Photon Upconversion Biomaterials for 3D Optogenetics." Meir, R.; Hirschorn, T.; Kim, S.; Fallon, K. J.; Churchill, E. M.; Wu, D.; Yang, H. W.; Stockwell, BEDUCATIONAL LINKS
The Paul & Daisy Soros Fellowship NSF Graduate Research Fellowship DoE Office of Science Graduate Fellowship Program National Defense Science & Engineering Graduate Fellowship Hertz Foundation Graduate Fellowship Ford Foundation Fellowship Program SMART Scholarship NSF IGERT Program UCSB Undergrad Research Opportunities UCLA Undergrad ResearchOpportunities
EMILY CHURCHILL
She received her BS in Chemistry from Truman State University in Kirksville, Missouri. Feeling claustrophobic in a town of approximately 17,000 people, she decided to move to New York City. She found that Columbia University has noticeably fewer cows than her hometown of Columbia, but regardless, she is very excited to work withthe Campos group.
GROUP PHOTOS
Summer 2015 BBQ. August, 2015. Group PicturesISAAC KNUDSON
Hailing from the sultry swamps of Gainesville, Florida, Isaac joined the Campos group in the big apple after a two-year stint of molecular biology research under Dr. Jorg Bungert at the University of Florida. DINO WU - LUIS CAMPOS RESEARCH GROUP Dino Wu, Swiss National Science Foundation Fellow. Dino was born close to Milan (Italy) and grew up there and in Zürich (Switzerland). He received his BSc/MSc degrees at ETH Zürich, where he performed his Master research in the group of Prof. François Diederich, HELEN TRAN - LUIS CAMPOS RESEARCH GROUP Helen Tran. Helen likes cheese. Helen likes cake. But Helen doesn't like cheesecake. Helen studied Chemistry and Chemical Engineering at UC Berkeley. She previously conducted research with Prof. Tsu-Jae King Liu (Electrical Engineering, Berkeley), Prof. Christopher Schuh (Material Science, MIT), and Dr. Ronald Zuckermann (Molecular Foundry,LBNL).
SPENCER BRUCKS
Spencer Brucks. Spencer was born and raised in Buffalo, NY, home of the chicken wing, and the most depressed fan base in professional sports. For undergrad, he traveled to Cornell in centrally isolated Ithaca, NY. He majored in chemistry and biology, and was fortunate to gain his first research experience in the laboratory of Prof. WilliamLAUREN YABLON
Lauren Yablon. Lauren Yablon was born and raised in Westchester, which she stresses is not in upstate New York. She attended Boston College where she majored in chemistry and minored in math. While at Boston College, she conducted research with Prof. Jeffery Byers and developed a love for polymers. After four years far away in Boston, she* Home
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