June 23-28, 3013
This workshop encoils inorganic faculty, postdocs, and graduate students into the supportive community of scholars known as IONiC (Interactive Online Network of Inorganic Chemistry). Inorganic chemistry is one of the broadest fields in chemistry, covering the entire Periodic Table of the Elements, yet faculty tend to be narrowly trained in a single subdiscipline. Stepping into the inorganic classroom, where knowledge of all of the subdisciplines is expected, can be daunting. Collaboration with colleagues from different inorganic subfields is an obvious solution to this problem, but geographical and professional isolation, especially at small institutions, inhibits such collaborations. This workshop provides an opportunity to network and collaborate with other inorganic chemists and to deepen knowledge in the subfield of solid state and materials chemistry in order to introduce students to advances at the frontiers of developing solid state materials for alternative energy needs such as solar power, batteries, and fuel cells.
The IONiC community supports faculty interaction through its web home, VIPEr (Virtual Inorganic Pedagogical Electronic Resource,www.ionicviper.org). Participants in this workshop will learn about the resources on VIPEr and become active VIPEr contributors. The workshop theme, alternative energy needs, will add a “back to grad school” feel to the workshop, with participants immersing themselves in cutting edge chemistry, learning from leading researchers in the field, and creating new learning opportunities for their students. Participants will work collaboratively to develop new teaching materials to introduce or expand the theme of alternative energy needs in their classrooms.
POST-WORKSHOP RESULTS!
These are the Learning Objects (LOs) that were produced by the participants at the Penn State TUES workshop. Excellent!
LO title | LO Type | Author(s) | Institution |
Virtual Schlenk Line | Web Resources and Apps | Amanda Reig | Ursinus College |
Cmap: Concept Mapping Tool | Web Resources and Apps | Amanda Reig | Ursinus College |
Organometallic reducing agents | Problem Set | Angela Jovanovic | Penn State |
Synthesis and Characterization of Magnetic Spinel Nanoparticles | Literature Discussion | Anne Bentley | Lewis & Clark College |
A Schaaking development of colloidal hybrid nanoparticles | Literature Discussion | Anne Bentley, Angela Jovanovic, Cameron Gren, Charles Mebi, Karen McFarlane Holman, Karen S. Brewer | Lewis & Clark College, Penn State, U of North Alabama, Arkansas Tech U, Willamette U, Hamilton College |
Using Solid State Chemistry and Crystal Field Theory to Design a New Blue Solid | Literature Discussion | Barbara Reisner, Maggie Geselbracht | James Madison U, Reed College |
Relating local industry to primary literature: The David Sarnoff/RCA Project | Literature Discussion | Benny Chan | The College of New Jersey |
Tuning the band gap of CTZ(S,Se) nanocrystals by anion substitution | Literature Discussion | Benny Chan, Amanda Reig, Dimitri Vaughn II, Minh An T. Nguyen, Rebecca Ricciardo, Vanessa McCaffrey, Walter Flomer | The College of New Jersey, Ursinus College, Penn State, Penn State, Ohio State, Albion College, St. Andrew's U |
Concept mapping the primary literature: "Compositionally Tunable Cu2ZnSn(S1-x,Sex)4 nanocrystals" | In-Class Activity | Benny Chan, Amanda Reig, Dimitri Vaughn II, Minh An T. Nguyen, Rebecca Ricciardo, Vanessa McCaffrey, Walter Flomer | The College of New Jersey, Ursinus College, Penn State, Penn State, Ohio State, Albion College, St. Andrew's U |
Zinc Finger Proteins: A Bioinorganic Example of LFSE and HSAB | Problem Set | Elizabeth Jamieson | Smith College |
Copper(I) Complexes: Ancillary Ligands and Back Bonding Interactions | Problem Set | Elizabeth Jamieson | Smith College |
Literature summary through student presentation - free choice of topic. | Literature Discussion | Cameron Gren | U of North Alabama |
Defining Crystalline/Amorphous Phases of Nanoparticles through X-ray Absorption Spectroscopy and X-ray Diffraction: The Case of Nickel Phosphide | Literature Discussion | Carrie Read Spray | Eastern Nazarene College |
Chemical Acrostics for Fun and Active Learning | In-Class Activity | Charles Mebi | Arkansas Tech U |
Lattice Systems Origami | In-Class Activity | Jeremiah Duncan | Plymouth State U |
Symmetry, Group Theory, and Computational Chemistry Collection | Collection | Joanne Stewart | Hope College |
Properties of Intrinsic and Extrinsic Semiconductors: Band Gap, Conductivity, and Carriers | Problem Set | Karen Brewer | Hamilton College |
XAS Rules! - Five Slides About XAS and its applications to LFT | Five Slides About | Karen McFarlane Holman | Willamette U |
Determining the Vibrational Modes of Cu2O2 Complexes | Problem Set | Kathy Van Heuvelen | Harvey Mudd College |
More Blue Solids Based on Trigonal Bipyramidal Mn3+ | Problem Set | Maggie Geselbracht | Reed College |
Kool-Aid analysis: Visible Spectroscopy and Paper Chromatography | Lab Experiment | Megan Strayer | Penn State |
Introduction to Synchrotron Radiation | Five Slides About | Megan Strayer, Greg Moehring, Kathy Van Heuvelen, Libbie S. W. Pelter, Sarah St. Angelo, Sophia E. Hayes | Penn State, Monmouth U, Harvey Mudd College, Purdue U Calumet, Dickinson College, Washington U |
The Synthesis and Characterization of Cobalt Spinels | Lab Experiment | Rebecca Ricciardo | The Ohio State University |
Five Slides About a Simple powder XRD Analysis | Five Slides About | Rebecca Ricciardo | The Ohio State University |
Trends in Measured Redox Potentials and Computed Molecular Orbital Energies of Derivatized Buckminsterfullerenes | Lab Experiment | Robert Q. Topper | Cooper Union |
How Many Atoms Are In A Nanowire? | Problem Set | Robert Q. Topper, Carrie Read Spray, Jeremiah Duncan, LaRico J. Treadwell, Sabrina G. Sobel | Cooper Union, Eastern Nazarene College, Plymouth State U, Louisiana State U, Hofstra U |
Synthesis and Analysis of the POM Ammonium Decavanadate, (NH4) 6V10O28*6H2O | Lab Experiment | Sabrina Sobel | Hofstra University |
Calculations for surface-affected volume and surface energies of nanoparticles | Problem Set | Sarah St. Angelo | Dickinson College |
Collaborative Team Competition for Identification of Symmetry Operations on (Paper) Models | In-Class Activity | Sophia Hayes | Washington U |
QSAR and Inorganic Chemistry | Five Slides About | Vanessa McCaffrey | Albion College |
Chimera - A Molecular Modeling Program | Web Resources and Apps | Walter Flomer | St. Andrew's U |