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Graduate Center of the City University of New York
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The purpose of this project to engage high school students and get them interested in scientific ... more The purpose of this project to engage high school students and get them interested in scientific methodology and discovery. It is our aim to demonstrate that science is a collaborative effort and stimulate interest by looking back to major discoveries in modern physics in the field of nuclear physics and the study of atomic structure. Moreover we aim to demonstrate how major discoveries were made possible through collaboration and informed experimental investigation. Among these examples, we show how the discovery of Radioactivity and Radioactive decay was a collective effort starting with Wilhelm Röentgen, Henri Becquerel, Marie Curie, and Ernest Rutherford and how each scientist expanded on the work of their predecessors. Moreover, the ideas of these scientists lead to the development of quantum theory and great advances in nuclear and particle physics
RSC Advances, 2017
Carbon/Fe3O4 hybrid dots are prepared for their optical properties in reference to those of neat ... more Carbon/Fe3O4 hybrid dots are prepared for their optical properties in reference to those of neat carbon dots.
Chemical Physics Letters, 2019
• Carbon dots (CDots) exploit unique properties of small carbon nanoparticles. • Carbon nanoparti... more • Carbon dots (CDots) exploit unique properties of small carbon nanoparticles. • Carbon nanoparticles represent another 0-D carbon allotrope beyond fullerenes. • The core nanoparticles can be modified by selected chromophores for hybrid CDots. • The hybrid CDots exhibit integrated electronic structures and properties. • The hybrid CDots may enable optical and redox properties by design.
New Journal of Chemistry, 2018
Carbon–TiO2 hybrid dots in different structural configurations were found to exhibit very differe... more Carbon–TiO2 hybrid dots in different structural configurations were found to exhibit very different optical properties and photoinduced redox characteristics.
The purpose of this project to engage high school students and get them interested in scientific ... more The purpose of this project to engage high school students and get them interested in scientific methodology and discovery. It is our aim to demonstrate that science is a collaborative effort and stimulate interest by looking back to major discoveries in modern physics in the field of nuclear physics and the study of atomic structure. Moreover we aim to demonstrate how major discoveries were made possible through collaboration and informed experimental investigation. Among these examples, we show how the discovery of Radioactivity and Radioactive decay was a collective effort starting with Wilhelm Röentgen, Henri Becquerel, Marie Curie, and Ernest Rutherford and how each scientist expanded on the work of their predecessors. Moreover, the ideas of these scientists lead to the development of quantum theory and great advances in nuclear and particle physics
RSC Advances, 2017
Carbon/Fe3O4 hybrid dots are prepared for their optical properties in reference to those of neat ... more Carbon/Fe3O4 hybrid dots are prepared for their optical properties in reference to those of neat carbon dots.
Chemical Physics Letters, 2019
• Carbon dots (CDots) exploit unique properties of small carbon nanoparticles. • Carbon nanoparti... more • Carbon dots (CDots) exploit unique properties of small carbon nanoparticles. • Carbon nanoparticles represent another 0-D carbon allotrope beyond fullerenes. • The core nanoparticles can be modified by selected chromophores for hybrid CDots. • The hybrid CDots exhibit integrated electronic structures and properties. • The hybrid CDots may enable optical and redox properties by design.
New Journal of Chemistry, 2018
Carbon–TiO2 hybrid dots in different structural configurations were found to exhibit very differe... more Carbon–TiO2 hybrid dots in different structural configurations were found to exhibit very different optical properties and photoinduced redox characteristics.