The UW-Madison Department of Chemistry is honored to host CRIC 2024
If you will be traveling to Madison for this event, we encourage you to reserve your hotel room as soon as possible – information on room blocks reserved for this event can be found under the “Accommodations” tab.
Registration for this event is free. Please click the registration tab to tell us you will join us in Madison on September 21st, 2024.
Thank you for joining us!
- Schedule
- Invited Speakers
- Poster Information
- Accommodations
- Registration
- Parking
- Visiting Madison
- Sponsors
Saturday, September 21st *All times listed are in CDT*
Time |
Session |
Location |
8:30 – 9:15 AM |
Sign-in Begins |
North Tower Atrium |
9:20 – 9:30 AM | Welcome Address |
S429 |
9:30 – 10:00 AM | Plenary Lecture from Professor Omar Farha, Northwestern University
Smart and Programmable Sponges from Basic Science to Implementation and Commercialization |
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10:00 – 11:00 AM | Poster Session #1: Bioinorganic and Materials Chemistry |
North Tower Atrium |
Nanomaterials Session | Coordination Chemistry Session | |||
Time | Session | Location | Session |
Location |
11:00 – 11:20 AM | Professor Emily Tsui, Notre Dame
Metal-Sulfur Interactions in Reduced Sulfur Solution Speciation |
S429 |
Sagnik Chakrabarti, University of Illinois Urbana-Champaign
A General Synthesis of Catalytically Competent, Thermally Stable Dinuclear Ni(I) Complexes |
S413 |
11:20 – 11:40 AM | Courtney Smoljan, Northwestern
3-dimensional linker-based metal–organic frameworks for sub-angstrom pore control |
Roushan Singh, University of Illinois Chicago
Reduction of transition metal carbonyl by aluminum-based all metal masked frustrated radical pairs reductant under photolytic conditions |
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11:40 – 12:00 PM | Michael Trenerry, University of Minnesota
Ditopic ligand effects on solution structure and redox chemistry in discrete [Cu12S6] clusters with labile Cu–S bonds |
Lauren McNamara, University of Chicago
Tuning electronic structure and NIR II emission in tetrathiafulvalene tetrathiolate diradicaloids |
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12:00 – 12:30 PM | Lunch |
North Tower Atrium |
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12:30 – 1:30 PM | Poster Session #2: Catalysis and Coordination Chemistry |
North Tower Atrium |
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Bioinorganic Session | Solid State Session | |||
Time | Session | Location | Session |
Location |
1:30 – 1:50 PM | Professor Jarett Wilcoxen, UW-Miluwakee
Mechanistic Studies of Nitrate Reductase |
S429 | Professor Kirill Kovnir, Iowa State | S413 |
1:50 – 2:10 PM | Rupal Baliyan, University of Minnesota
Robust Encapsulation of Reactive [4Fe–4S] Cluster Models Inside Synthetic Cages as Protein-like Hosts |
Raul Torres-Cadena, Notre Dame
Hybrid bronzes: cost-effective, water- and air-stable materials with tunable electronic properties |
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2:10 – 2:30 PM | Shawn Eisenberg, University of Iowa
Chelator development for the novel theranostic pair 230U/48V |
Qiucheng Chen, Northwestern
Interfacial Control over Ag-Electrocatalyzed Reductive Electrophile Coupling |
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2:30 – 2:45 PM | Coffee Break | North Tower Atrium | ||
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Computational Session | Catalysis Session | |||
Time | Session | Location | Session |
Location |
2:50 – 3:10 PM | Professor Bess Vlaisavljeich, University of Iowa
Metal‐Ligand Bonding in Trivalent Ln and An Complexes with Soft Donor Borohydride Ligands |
S429 | Professor Courtney Roberts, University of Minnesota | S413 |
3:10 -3:30 PM | Cory Schneider, Loyola University
Impact of substrate structure on the Lewis acid-catalyzed carbonyl-olefin metathesis reaction |
Asmaul Hoque, UW-Madison
An Efficient Multi-Component Catalytic System for Aerobic Oxidation of Primary Alcohols to Aldehydes |
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3:30 – 3:50 PM | Danica Gressel, UW-Madison
Interface Nucleus Complementarity: A Process for the Discovery of Modular Intermetallics Guided by Chemical Pressure |
Grace Murphy, University of Minnesota
Understanding the Mechanism of Nickel-Catalyzed Decarbonylation |
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3:50 – 4:00 PM | Intermission, announcements for poster prize, and selection of next CRIC location | North Tower Atrium | ||
Session | Location | |||
4:00 – 4:20 PM | Plenary Lecture from Professor John Anderson, University of Chicago | S413 | ||
4:20 – 4:40 PM | Plenary Lecture from Professor Thomas Brunold, UW-Madison | |||
4:40 – 5:00 PM | Concluding Remarks and Awards | |||
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All events will take place in our new North Tower chemistry education building, located at the corner of University Avenue and North Mills Street.
Interactive Map
John Anderson – The University of Chicago
Thomas Brunold – University of Wisconsin – Madison
Omar Farha – Northwestern University
Kirill Kovnir – Iowa State University
Courtney Roberts – University of Minnesota
Emily Tsui – University of Notre Dame
Bess Vlaisavljevich – University of Iowa
Jarett Wilcoxen – University of Wisconsin – Milwaukee
- Poster boards will be provided
- Poster size should be a maximum of 36″x48″
Poster Session #1 Participants
Bioinorganic |
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Poster Assignment | Name | Affiliation | PI |
Title |
|
1-Bio | Andrey Joaqui | UW-Madison | Eszter Boros | ||
2-Bio | Madeline Rodemeier | UW-Madison | Andrew Buller | Metal-Carbene Catalysis with a Cobalt-Substituted Cytochrome P450 Enzyme | |
3-Bio | Sharmin Khandker Shampa | University of Wisconsin Milwaukee | Arsenio Andrew Pacheco | Truncated Hemoglobin N from Mycobacterium Tuberculosis | |
4-Bio | Stephen Tochi Nkwocha | University of Wisconsin Milwaukee | Arsenio Pacheco | Investigating spectroscopic evidence of two-electron reduction of nitrite-loaded cytochrome c nitrite reductase | |
5-Bio | Temidayo Oke | University of Wisconsin Milwaukee | Andy Pacheco | Cytochrome C Nitrite Reductase (ccNiR) catalyzed the reduction of Nitrite to Ammonia using Indigo Dyes | |
6-Bio | Owen Glaser | UW-Madison | Eszter Boros | Charting the Coordinative Landscape of the 18F-Sc/44Sc/177Lu triad with the Tri-aza-cyclononane (tacn) Scaffold | |
7-Bio | Cristina Gonzales/Zachary Bennett | UW-Madison | Thomas Brunold | ||
8-Bio | Ryan Hall | UW-Madison | Thomas Brunold | ||
9-Bio | Tarek El Sayed | University of Illinois Urbana Champaign | Liviu Mirica | Development of Blood Pool Mn-based Magnetic Imaging Resonance (MRI) agents | |
10-Bio | Glenn Blade | University of Illinois Urbana-Champaign | Liviu Mirica | Sulfur-containing chelators for Cu-64 Positron Emission Tomography (PET) imaging applications | |
11-Bio | Shounak Nath | University of Illinois at Urbana-Champaign | Liviu Mirica | The Mechanism of Acetyl-CoA Synthase through the lens of a Synthetic Ni-organometallic Model Complex | |
12-Bio | Nguyen Phuong Tran | UW-Madison | Eszter Boros | ||
13-Bio | Zhuoran Zhong | UW-Madison | Eszter Boros | Metal-Mediated Autolytic Amide Cleavage | |
14-Bio | Leslie Gray | UW-Madison | Eszter Boros | Exploring Chemical Reactivity of Metal Ions with High Lewis Acidity for Metal-Mediated Autolytic Amide Bond Cleavage | |
15-Bio | Abhijit Bera | UW-Madison | Eszter Boros | Radiometal ion Capture, labeling and Photorelease for Radiopharmaceuticals | |
Materials |
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Poster Assignment | Name | Affiliation | PI |
Title |
|
1-Mat | Preston Snee | University of Illinois Chicago | Preston Snee | Enhanced Property Tunability of Doubly-Doped Semiconductor Nanomaterials Using the Cluster Seed Method | |
2-Mat | Mawuli Degbevi | University of Notre Dame | Emily Y. Tsui | Organometallic chemistry at quantum dot surfaces: Effect of anion basicity on reduction potential | |
3-Mat | W. Lakna N. Dayaratne | University of Notre Dame | Adam Jaffe | Investigating the effect of pressure on hybrid organic-inorganic metal oxides | |
4-Mat | Lauren Feden | University of Minnesota | Gwendolyn Bailey | Towards functional synthetic models of ternary Mo/Cu nanocomposites: ligand and configurational approaches to nanocluster stabilization | |
5-Mat | Aiman Shahbaz | University of Iowa | Korey P. Carter | Synthesis and Application Exploration of d- and f-Block 6-Oxo-1,6-dihydro-2,5-pyridinedicarboxylic acid (H3PODC) Hybrid Materials | |
6-Mat | Anton Walte | University of Notre Dame | Adam Jaffe | Mixed Metal Alloying in Hybrid Bronzes | |
7-Mat | Grace Robertson | University of Notre Dame | Adam Jaffe | Atom transfer in solid-state materials: a molecular approach to solid-state synthesis | |
8-Mat | Kasuni Handunge | University of Notre Dame – Indiana | Emily Y. Tsui | Characterizing surface reduction and oxidation at colloidal CdSe and CdS nanocrystals | |
9-Mat | Laura Perlmutter | Northwestern University | Bryan Hunter | Tetrahedrite to Facilitate CO2 Adsorption and Reduction | |
10-Mat | Nandhini Nair | Northwestern University | Bryan Hunter | Tuning the Emission of Lanthanide-Doped Optical Probes for Biomedical Nanoparticle Imaging | |
11-Mat | Joshua Morales Campos | University of Notre Dame | Adam Jaffe | Isolation of potential reactive sites in 2D extended solids through atom-transfer/exchange reactions | |
12-Mat | Anwesa Samanta | University of Illinois Chicago | Jordi Cabana | Study of the Local and Average Structure of Vanadium Oxides As Potential Cathodes for Mg-Ion Batteries | |
Poster Session #2 Participants
Catalysis |
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Poster Assignment | Name | Affiliation | PI |
Title |
1-Cat | Dian Wang | Marquette University | Dian Wang | Visible-Light-Driven Activation of Carbon-Carbon and Carbon-Halogen Bond in Nickel- and Copper Bipyridine Complexes |
2-Cat | Malkanthi Karunananda | Saint Louis University | Malkanthi Karunananda | Trends in photosensitizers with metal-metal bonds |
3-Cat | Adam Fiedler | Marquette University | Adam Fiedler | Probing the Magnetic Anisotropy of Transition Complexes Featuring Radical Ligands |
4-Cat | Ian Garvey | UW-Madison | Shannon Stahl | Establishing Design Criteria for the Synthesis of Heterogeneous Fe-N-C Catalysts for Aerobic Oxidation of Organic Molecules |
5-Cat | Tianxiao Jiang | UW-Madison | Shannon Stahl | Manganese-Mediated Electrochemical Oxidation of Thioethers to Sulfoxides Using Water as the Source of Oxygen Atoms |
6-Cat | Evelyn Widmaier | UW-Madison | Shannon Stahl | Proton-coupled oxidation of hydrazones to diazo compounds with electron-transfer mediators using heterogeneous M-N-C catalysts |
7-Cat | Kumuditha Rathnayake | University of Illinois Chicago | Jordi Cabana | An Operando Investigation of Molybdenum(IV) Oxo Benzene 1,2 Dithiolate Electrocatalyst toward Oxygen Atom Transfer Reaction |
8-Cat | Jubyeong Chae | University of Illinois at Urbana Champaign | Liviu Mirica | Mechanistic Studies and Applications of Nickel-Catalyzed Csp3-Csp3 Kumada Cross-Coupling Reactions |
9-Cat | Romualda Aquino | University of Minnesota | Gwendolyn Bailey | Synthesis of Nickel Complexes with para-Substituted Bidentate N-Heterocyclic Carbene Ligands for C-F Activation |
10-Cat | Eryck Garcia Labarca | University of Minnesota | Gwendolyn Bailey | Towards solution-stable, multimetallic-mediated reactivity with atomistic control: Exploring the reactivity of phosphine-stabilized copper sulfide clusters |
11-Cat | Anthony Castro | UW-Madison | Dan Weix | Cross-Electrophile Coupling of Sterically-Hindered Aryl Bromides with Secondary Alkyl Bromides for C(sp2)–C(sp3) Bond Formation |
12-Cat | Manuraj Kallumkal | University of Minnesota Twin Cities | Gwendolyn Bailey | Multimetallic CuS clusters as molecular platforms for next generation catalysis |
14-Cat | Sofie Hokanson | University of Minnesota-Twin Cities | Courtney Roberts | |
15-Cat | Alex Tascher | University of Chicago | John Anderson | Electrocatalysis with a Dihydrazonopyrrole Copper Complex |
16-Cat | Trevor Chau | Northwestern University | Bryan Hunter | Observation and characterization of “blue dimer” intermediates related to neutral water oxidation |
Coordination Chemistry |
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Poster Assignment | Name | Affiliation | PI |
Title |
1-Coo | Milton Acosta | UW-Madison | John Berry | Computational Design, Synthesis, and Electrochemical Investigation of Diosmium Paddle Wheel Complexes for the Ammonia Oxidation Reaction |
2-Coo | Nathan Lopez | University of Chicago | John Anderson | Ligand Influence on the Electronic Properties of Platinum-bound Tetrathiofulvalene Tetrathiolate (TTFtt) Compounds |
3-Coo | Rana Abdu | University of Minnesota Twin Cities | Courtney Roberts | Elucidating the Impact of Rare Earth Metal Identity on the Physical and Electronic Structural Properties of a Series of Redox–Active Tris(amido) Complexes |
4-Coo | Georgia Sands | UW-Madison | Eszter Boros | Distinguishing Between Intramolecular and Intermolecular Cherenkov Excitation with Luminescent Lanthanide Probes |
5-Coo | Rebecca Walde | UW-Madison | John Berry | Modular Trimetallic Systems for Molecular Electronics |
6-Coo | Shilin Zeng | University of Chicago | John Anderson | Synthesis and Characterization of High Valent Cobalt Complexes |
7-Coo | Luke Westawker | University of Illinois at Urbana Champaign | Liviu Mirica | Photochemistry of Ni(II) aryl halides supported by bidentate frameworks |
8-Coo | Catherine Getty | UW-Madison | John Berry | Diruthenium Paddlewheel Complexes with Tunable Hydroxyquinoline Ligands for Second Generation Ammonia Oxidation Electrocatalysts |
9-Coo | Joe Scott | University of Chicago | John Anderson | Observing and isolating high valent Co-O and -N species supported by an oxidatively robust tris(imidazol-5-ylidene)borate ligand |
10-Coo | Morgan Dierolf | UW-Madison | Eszter Boros | Studying the chelation of Sb(V) with the catecholamide ligand TREN-CAM |
11-Coo | Luke Mangas | UW-Madison | John Berry | Implementation of p-block metals into heterometallic extended metal atom chain (HEMAC) complexes |
12-Coo | Leah Garman | UW-Madison | Danny Fredrickson | The Fermi Sphere-Jones Zone Interactions in Intermetallic Compounds: As Explored by the Mott-Jones Hamilton Population |
13-Coo | Muhammad Sohail | University of Notre Dame | Emily Y. Tsui | Metal-Dependent Sulfur Reactivity of Group 12 Metal Thiolates |
14-Coo | Gaby Muñoz Sánchez | UW-Madison | John Berry | Water-Soluble Diruthenium R-Hydroxypyridine Electrocatalysts |
15-Coo | Patrick Cross | UW-Madison | Danny Fredrickson | Understanding Electronic and Atomic Structural Distortions in Charged Density Waves |
16-Coo | Trey Pankratz | UW-Madison | John Berry | Computational Studies on Equitorial Ligand Rearrangements |
17-Coo | Alexandra Krupinski | University of Chicago | John Anderson | |
18-Coo | Sophia Wang | Northwestern University | Bryan Hunter | Investigating the Structure and Electronic Properties of Heteroleptic Co(III) Polypyridines |
We have reserved room blocks at both the Double Tree Hotel and the Wisconsin Union Hotel in downtown Madison.
Reservations will be made by the individual, and each guest will be responsible for payment of the room, taxes, and incidental charges.
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At the Double Tree parking is $18 per night and it is a 12 minute walk from the chemistry building, but the hotel provides a free shuttle service to both the airport and anywhere downtown including the chemistry building.
To reserve a room in the block, please follow this link: Double Tree Block Reservations
Room Rates: $269.00 for traditional rooms with one or two beds.
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Wisconsin Union Hotel (Union South) is across the street from the Chemistry department. Parking at the hotel is $18.00, and there is no shuttle service.
To reserve a room in the block, please follow this link: Wisconsin Union Block Reservations
Room Rates: $215.00 for traditional rooms with one or two beds and $243 for queen suites.
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Please see the list of other hotels below that are within walking distance of the chemistry department.
- The Fluno Center is a 10 minute walk from the chemistry building, parking is $15, and there is no shuttle service.
- The Hilton Garden Inn is an 11 minute walk from the chemistry building, parking is $20, and there is no shuttle service.
- The Hampton Inn & Suites Madison/Downtown is a 15 minute walk from the chemistry building, parking is $20, and there is no shuttle service.
- The Best Western Plus InnTowner is a 25 minute walk from the chemistry building, has free parking, and an airport shuttle.
- The Edgewater is a more upscale hotel. It is a 25 minute walk from the chemistry building, Parking is $24, and there is an airport shuttle.
Registration for the event has now closed.
If you will need to park a car, we encourage you to reserve a spot by clicking on the link below. Parking is $15.00 per day and needs to be submitted two weeks prior to the event. The closest space is lot 80, the Union South Parking ramp. Lot 7 (Granger Hall) is also nearby. You may also try parking on the same day without reserving, but spots in these lots are not guaranteed. The link provides real-time updates of available parking. The Chemistry building is at the corner of Mills and University avenues.
Lot 56 and the metered street parking are free on weekends, but the spots are limited.
Looking for things to do while in Madison? Here are some great resources:
Thank you to our sponsors!
MilliporeSigma
SHINE Technologies
Vigor
Pine
Local ACS Chapter
Please contact Edith or Patricia at ekamason@wisc.edu or parmenta@wisc.edu with any questions or concerns