Difference between revisions of "Seth Croslow"

From MC Chem Wiki
Jump to navigation Jump to search
 
(43 intermediate revisions by 2 users not shown)
Line 1: Line 1:
−
[[Media:Screenshot (49).png|thumb|450px|right|Poster Presented at the 2019 National ACS Conference]]
+
[[Image:Screenshot (49).png|thumb|470px|right|Poster Presented at the 2019 National ACS Conference]]
  
−
=Personal Information=
+
=PERSONAL INFORMATION=
 
* '''Year''': Junior
 
* '''Year''': Junior
−
*'''Major''': Chemistry/Physics
+
*'''Major''': Chemistry and Physics
 
*'''From''': Lawrenceville, IL
 
*'''From''': Lawrenceville, IL
 +
*'''CV''': [[:Media:Copy of CV.pdf|CV as of 2021]]
  
−
=Undergraduate Research Experiences=
+
=PUPBLICATIONS=
 +
*Lang C., Li J., Yang K., He D., Thorne J., '''Croslow S.''', Dong Q., Wang Y., Zhao Y., Prostko G., Brudvig G., Batista V., Waegele M., Wang D. “''[[:Media:SSRN-id3732357 (2).pdf|Observation of a Potential-Dependent Switch of Water Oxidation Mechanism on a Co Phosphate Catalyst]]''”. Cell Chemistry '''2021'''.
 +
*Goach A., '''Croslow S.''', McLaughlin K., Distin S. “''Teaching the Use of Micropipettes through Direct Visualization of Data: A Lab Focusing on Technique, Skill, and Accuracy''”. The Journal of Chemical Education. (Submitted Manuscript).
  
−
==Undergraduate Chemistry Research (CHEM 340)==
+
=UNDERGRADUATE RESEARCH EXPERIENCES=
 +
 
 +
==Undergraduate Chemistry Research (CHEM 430)==
 
'''Advisor''': ''Dr. Audra Goach Sostarecz''
 
'''Advisor''': ''Dr. Audra Goach Sostarecz''
 
*Studies aspects of insulin’s aggregation/interactions using the Langmuir monolayer technique   
 
*Studies aspects of insulin’s aggregation/interactions using the Langmuir monolayer technique   
 +
*Characterizing the area-pressure isotherm characteristics of the three conformations of the insulin hexamer to assess stability
 
*Imaging insulin aggregation and interactions at the air-water interface using Brewster angle microscopy
 
*Imaging insulin aggregation and interactions at the air-water interface using Brewster angle microscopy
−
*Beginning construction of a fluorescence microscope to use alongside a trough for data acquisition
+
<!--*Beginning construction of a fluorescence microscope to use alongside a trough for data acquisition-->
−
*Semester Updates:
+
*[[Anaerobic Chamber for Cell Cultivation|Anaerobic Chamber for Cell Cultivation - A collaboration with Katie Richter]]
 +
*'''Semester Updates''':
 +
**[[:Media:Final_Research_Paper (1).pdf|Final Research Paper]]
 +
**[[:Media:Fall 2020 Research Data.docx|Fall 2020 Data]]
 +
**[[:File:ilovepdf_merged (1).pdf|Spring 2020 Data]]
 +
**[[:Media:Fall 2019 Research Data.pdf|Fall 2019 Data]]
 
**[[:Media:Spring 2019 Data.pdf|Spring 2019 Data]]
 
**[[:Media:Spring 2019 Data.pdf|Spring 2019 Data]]
 
**[[:Media:Spring 2019 Research Report.pdf|Spring 2019]]
 
**[[:Media:Spring 2019 Research Report.pdf|Spring 2019]]
 
**[[:Media:Fall 2018 Chemistry Research Report.pdf|Fall 2018]]
 
**[[:Media:Fall 2018 Chemistry Research Report.pdf|Fall 2018]]
 
**[[:Media:Spring 2018 Semester Research Progress.pdf|Spring 2018]]
 
**[[:Media:Spring 2018 Semester Research Progress.pdf|Spring 2018]]
−
*Research Proposals:
+
*'''Research Proposals''':
 +
**[[:Media:Insulin Project Proposal.pdf|Insulin Project Proposal 2019-2020]]
 
**[[:Media:Proposed Project Description (Chem 430_Bioc 430), 2018-2019.pdf|2018-2019]]
 
**[[:Media:Proposed Project Description (Chem 430_Bioc 430), 2018-2019.pdf|2018-2019]]
  
−
==REU (Research Experience for Undergraduates): Boston College==
+
==REU (Research Experience for Undergraduates)==
−
===Summer 2019===
+
===Summer 2020: University of Utah===
 +
*'''Project''': ''Understanding the chemical bonding and electronic structure in metallic and semiconductor systems by detailed spectroscopic investigations''
 +
*'''PI''': ''Dr. Michael Morse''
 +
'''This REU was cancelled due to COVID-19'''
 +
===Summer 2019: Boston College===
 
*'''Project''': ''Mechanistic Study of Intermediates in the Water Oxidation Pathway''
 
*'''Project''': ''Mechanistic Study of Intermediates in the Water Oxidation Pathway''
 
*'''PI''': ''Dr. Dunwei Wang''
 
*'''PI''': ''Dr. Dunwei Wang''
Line 29: Line 45:
 
*Analyzed intermediates in the water oxidation cycle on the cobalt catalyst ''in operando'' using FTIR at various potentials
 
*Analyzed intermediates in the water oxidation cycle on the cobalt catalyst ''in operando'' using FTIR at various potentials
 
*Used quartz crystal microbalance to study the potential-dependent effects of water adhesion onto the catalyst
 
*Used quartz crystal microbalance to study the potential-dependent effects of water adhesion onto the catalyst
−
*'''Final Presentation''':
+
*[[Mechanistic Study of Water Oxidation]]
−
*'''Material and Methods''': [[:Media:Materials and Methods Summary (1).pdf|Materials and Methods Summary]]
+
*[[:Media:SSRN-id3732357 (2).pdf|REU Publication]]
−
*'''Important Research Articles''':
 
−
**[[:Media:Mechanistic Studies of the Oxygen Evolution Reaction by a Cobalt-Phosphate catalyst at neutral pH.pdf|Mechanistic Studies of the Oxygen Evolution Reaction by a Cobalt-Phosphate catalyst at neutral pH]]
 
−
**[[:Media:EPR evidence for co(IV) species produced during water oxidation at neutral pH.pdf|EPR evidence for co(IV) species produced during water oxidation at neutral pH]]
 
−
**[[:Media:Fe (Oxy)hydroxide oxygen Evolution Reaction Electrocatalysis Intrinsic Activity and the Roles of Electrical Conductivity, Substrate, and Dissolution.pdf|Fe (Oxy)hydroxide oxygen Evolution Reaction Electrocatalysis Intrinsic Activity and the Roles of Electrical Conductivity, Substrate, and Dissolution]]
 
−
**[[:Media:On the chemical state of Co oxide electrocatalysts during alkaline water splitting.pdf|On the chemical state of Co oxide electrocatalysts during alkaline water splitting]]
 
−
**[[:Media:Time-resolved obersvations of water oxidation intermedites on a cobalt oxide nanoparticle catalyst.pdf|Time-resolved observations of water oxidation intermediates on a cobalt oxide nanoparticle catalyst]]
 
−
**[[:Media:Unified structural motifs of the catalytically active state of Co(oxyhydro)oxides during the electrochemical oxygen evolution reaction.pdf|Unified structural motifs of the catalytically active state of Co(oxyhydro)oxides during the electrochemical oxygen evolution reaction]]
 
  
 
==SOfIA (Summer Opportunities for Intellectual Activities)==
 
==SOfIA (Summer Opportunities for Intellectual Activities)==
Line 43: Line 52:
 
===Summer 2018===
 
===Summer 2018===
 
*'''SOfIA Project''': ''Visualization Using a Ceramic 3D Printer''
 
*'''SOfIA Project''': ''Visualization Using a Ceramic 3D Printer''
−
*Calibrated and adjusted the ceramic 3D printer
+
*Was a student mentor for incoming freshman in the project
−
*Learned the CAD design software, Fustion 360
+
*Calibrated and adjusted a new ceramic 3D printer
 +
*Learned the CAD design software, Fusion 360
 
*Created several unique 3D designs and prints
 
*Created several unique 3D designs and prints
  
Line 50: Line 60:
 
*'''SOfIA Project''': ''The Chemistry of Baking''
 
*'''SOfIA Project''': ''The Chemistry of Baking''
 
* Learned various baking techniques
 
* Learned various baking techniques
 +
*Used various strains of yeast to make dough and bread samples
 
* Analyzed volatile chemicals in bread/dough samples using Gas Chromatography/Mass Spectrometry(GC-MS)
 
* Analyzed volatile chemicals in bread/dough samples using Gas Chromatography/Mass Spectrometry(GC-MS)
  
 
==Richard "Doc" Kieft Summer Research==  
 
==Richard "Doc" Kieft Summer Research==  
 
'''Advisor''': ''Dr. Audra Goach Sostarecz''
 
'''Advisor''': ''Dr. Audra Goach Sostarecz''
−
*'''Summer 2018'''
+
===Summer 2018===
 
*Used Langmuir Trough to study the effects of divalent metal cations on insulin aggregation
 
*Used Langmuir Trough to study the effects of divalent metal cations on insulin aggregation
 
*Studied insulin’s interactions with lipids commonly found in the cell membrane
 
*Studied insulin’s interactions with lipids commonly found in the cell membrane
Line 60: Line 71:
 
*Used Python to create a Graphical User Interface for data processing programs
 
*Used Python to create a Graphical User Interface for data processing programs
 
*'''Final Presentation''': [[:Media:Actual Presentation.pptx|Insulin Aggregation at the Air-Water Interface]]
 
*'''Final Presentation''': [[:Media:Actual Presentation.pptx|Insulin Aggregation at the Air-Water Interface]]
−
*'''Data from the Summer''':[[:Media:Summer Data.pdf|Summer Data Summary]]
+
*'''Data from the Summer''': [[:Media:Summer Data.pdf|Summer Data Summary]]
  
 
==Coffee Project==
 
==Coffee Project==
−
* Analyzed aromatic molecules in roasted coffee using GC-MS
+
* Research in the Monmouth College Coffee Project was performed from August 2017 until May 2018
 +
* Analyzed aromatic molecules in roasted coffee using GC-MS and TLC
 
[[GC-MS X-Sorber(Sniffer) Coffee|Coffee Project Research Page]]
 
[[GC-MS X-Sorber(Sniffer) Coffee|Coffee Project Research Page]]
  
−
=Presentations=
+
=PRESENTATIONS=
−
*'''2019 REU Presentation''' - ''Mechanistic Study of Intermediates in the Water Oxidation Pathway'' (Powerpoint Presentation)
+
*April 2021: '''259th National ACS Conference'''
−
*'''2019 Scholars Day''' - ''Investigating Insulin Monomer and Hexamer Formation with Langmuir Monolayers and Brewster Angle Microscopy'' (Poster Presentation)
+
:Title: ''Study of Insulin Aggregation Using Langmuir Monolayers and Brewster Angle Microscopy'' (Oral Presentation)
−
*'''2019 National ACS Conference''' - ''Investigating Insulin Monomer and Hexamer Formation with Langmuir Monolayers and Brewster Angle Microscopy'' (Poster Presentation)
+
 
−
*'''2018 SOfIA Program''' - ''Visualization Using a Ceramic 3D Printer'' (Oral and Poster Presentations)
+
*November 2020: '''Rocky Mountain Regional American Chemical Society Research Conference, Online'''
−
*'''2018 Richard "Doc" Kieft Summer Research Program''' - ''Insulin Aggregation at the Air Water Interface'' (Oral Presentation)
+
:Title: ''Design and Construction of a Brewster Angle Microscope'' (Recorded Oral Presentation)
−
*'''2017 SOfIA Program''' - ''The Chemistry of Baking'' (Oral and Poster Presentations)
+
 
 +
*August 2020: '''Monmouth College Science Seminar'''
 +
:Title: ''Design and Construction of a Brewster Angle Microscope'' (Oral Presentation)
 +
 
 +
*October 2019: '''Local IL-IA ACS Conference'''
 +
:Title: ''Investigating Insulin Monomer and Hexamer Formation with Langmuir Monolayers and Brewster Angle Microscopy'' (Poster Presentation)
 +
 
 +
*September 2019: '''Monmouth College Science Seminar'''
 +
:Title: ''Mechanistic Study of Intermediates in the Water Oxidation Pathway'' (Oral Presentation)
 +
 
 +
*August 2019: '''Boston College REU Research Presentation'''
 +
:Title: ''Mechanistic Study of Intermediates in the Water Oxidation Pathway'' (Oral Presentation)
 +
 
 +
*May 2019: '''Monmouth College Scholars Day'''
 +
:Title: ''Investigating Insulin Monomer and Hexamer Formation with Langmuir Monolayers and Brewster Angle Microscopy'' (Poster Presentation)
 +
 
 +
*May 2019: '''257th National ACS Conference'''
 +
:Title: ''Investigating Insulin Monomer and Hexamer Formation with Langmuir Monolayers and Brewster Angle Microscopy'' (Poster Presentation)
 +
 
 +
*August 2018: '''Monmouth College SOfIA Program'''
 +
:Title: ''Visualization Using a Ceramic 3D Printer'' (Oral and Poster Presentations)
  
−
=Classes=
+
*June 2018: '''Richard "Doc" Kieft Summer Research Program'''
 +
:Title: ''Insulin Aggregation at the Air-Water Interface'' (Oral Presentation)
 +
 
 +
*August 2017: '''Monmouth College SOfIA Program'''
 +
:Title: ''The Chemistry of Baking'' (Oral and Poster Presentations)
 +
 
 +
=CHEM DEPARTMENT POSITIONS=
 +
* General Chemistry TA: Spring 2018 - Fall 2018, Spring 2021
 +
* Inorganic Chemistry TA: Spring 2019
 +
*Organic Chemistry I/II SI: Fall 2019 - Spring 2021
 +
 
 +
=CLASSES=
  
 
==Advanced Physical Chemistry==
 
==Advanced Physical Chemistry==
Line 80: Line 123:
 
===Events===
 
===Events===
 
'''Bettendorf Jr. High School STEM Expo''':
 
'''Bettendorf Jr. High School STEM Expo''':
−
*Setup 3D printers(Ceramic, FDM, and SLA) to demonstrate the creation of 3D elements
+
*Setup 3D printers (Ceramic, FDM, and SLA) to demonstrate the creation of 3D elements
 
*This also included a Coffee station, 2D to 3D paper folding station, and a drone station
 
*This also included a Coffee station, 2D to 3D paper folding station, and a drone station
  
 
===Setting Up the Raspberry Pi===
 
===Setting Up the Raspberry Pi===
−
*The operating system of the RPi(Raspbian) was setup and the instruction can be found at the following link:
+
*The operating system of the RPi (Raspbian) was setup and the instruction can be found at the following link:
−
[[Raspberry Pi|Raspberry Pi Instructional Page]]
+
*[[Raspberry Pi|Raspberry Pi Instructional Page]]
  
 
===Growing Crystals===
 
===Growing Crystals===
 
*Towards the end of the class, we started to grow crystals. My crystal, the potassium ferricyanide crystal, along with the instructions used to make it, can be found at this link:
 
*Towards the end of the class, we started to grow crystals. My crystal, the potassium ferricyanide crystal, along with the instructions used to make it, can be found at this link:
−
[[Ferricyanide Crystal]]
+
*[[Ferricyanide Crystal]]
  
 
===Class Summary===
 
===Class Summary===
 
*'''Final Paper''': [[:Media:Final Portfolio.pdf|Final Portfolio]]
 
*'''Final Paper''': [[:Media:Final Portfolio.pdf|Final Portfolio]]
 +
 +
=ACTIVITIES=
 +
*[[American Chemical Society]] - President
 +
*Alpha Lambda Delta
 +
*Mortar Board

Latest revision as of 02:28, 26 April 2021

Poster Presented at the 2019 National ACS Conference

PERSONAL INFORMATION

  • Year: Junior
  • Major: Chemistry and Physics
  • From: Lawrenceville, IL
  • CV: CV as of 2021

PUPBLICATIONS

  • Lang C., Li J., Yang K., He D., Thorne J., Croslow S., Dong Q., Wang Y., Zhao Y., Prostko G., Brudvig G., Batista V., Waegele M., Wang D. “Observation of a Potential-Dependent Switch of Water Oxidation Mechanism on a Co Phosphate Catalyst”. Cell Chemistry 2021.
  • Goach A., Croslow S., McLaughlin K., Distin S. “Teaching the Use of Micropipettes through Direct Visualization of Data: A Lab Focusing on Technique, Skill, and Accuracy”. The Journal of Chemical Education. (Submitted Manuscript).

UNDERGRADUATE RESEARCH EXPERIENCES

Undergraduate Chemistry Research (CHEM 430)

Advisor: Dr. Audra Goach Sostarecz

REU (Research Experience for Undergraduates)

Summer 2020: University of Utah

  • Project: Understanding the chemical bonding and electronic structure in metallic and semiconductor systems by detailed spectroscopic investigations
  • PI: Dr. Michael Morse

This REU was cancelled due to COVID-19

Summer 2019: Boston College

  • Project: Mechanistic Study of Intermediates in the Water Oxidation Pathway
  • PI: Dr. Dunwei Wang
  • Created heterogeneous CoOx catalyst films using galvanostatic electrodeposition
  • Determined a potential-dependent mechanism switch of the cobalt catalyst under steady-state conditions
  • Analyzed intermediates in the water oxidation cycle on the cobalt catalyst in operando using FTIR at various potentials
  • Used quartz crystal microbalance to study the potential-dependent effects of water adhesion onto the catalyst
  • Mechanistic Study of Water Oxidation
  • REU Publication

SOfIA (Summer Opportunities for Intellectual Activities)

Summer 2018

  • SOfIA Project: Visualization Using a Ceramic 3D Printer
  • Was a student mentor for incoming freshman in the project
  • Calibrated and adjusted a new ceramic 3D printer
  • Learned the CAD design software, Fusion 360
  • Created several unique 3D designs and prints

Summer 2017

  • SOfIA Project: The Chemistry of Baking
  • Learned various baking techniques
  • Used various strains of yeast to make dough and bread samples
  • Analyzed volatile chemicals in bread/dough samples using Gas Chromatography/Mass Spectrometry(GC-MS)

Richard "Doc" Kieft Summer Research

Advisor: Dr. Audra Goach Sostarecz

Summer 2018

  • Used Langmuir Trough to study the effects of divalent metal cations on insulin aggregation
  • Studied insulin’s interactions with lipids commonly found in the cell membrane
  • Worked with other research members to begin construction of a fluorescence microscope
  • Used Python to create a Graphical User Interface for data processing programs
  • Final Presentation: Insulin Aggregation at the Air-Water Interface
  • Data from the Summer: Summer Data Summary

Coffee Project

  • Research in the Monmouth College Coffee Project was performed from August 2017 until May 2018
  • Analyzed aromatic molecules in roasted coffee using GC-MS and TLC

Coffee Project Research Page

PRESENTATIONS

  • April 2021: 259th National ACS Conference
Title: Study of Insulin Aggregation Using Langmuir Monolayers and Brewster Angle Microscopy (Oral Presentation)
  • November 2020: Rocky Mountain Regional American Chemical Society Research Conference, Online
Title: Design and Construction of a Brewster Angle Microscope (Recorded Oral Presentation)
  • August 2020: Monmouth College Science Seminar
Title: Design and Construction of a Brewster Angle Microscope (Oral Presentation)
  • October 2019: Local IL-IA ACS Conference
Title: Investigating Insulin Monomer and Hexamer Formation with Langmuir Monolayers and Brewster Angle Microscopy (Poster Presentation)
  • September 2019: Monmouth College Science Seminar
Title: Mechanistic Study of Intermediates in the Water Oxidation Pathway (Oral Presentation)
  • August 2019: Boston College REU Research Presentation
Title: Mechanistic Study of Intermediates in the Water Oxidation Pathway (Oral Presentation)
  • May 2019: Monmouth College Scholars Day
Title: Investigating Insulin Monomer and Hexamer Formation with Langmuir Monolayers and Brewster Angle Microscopy (Poster Presentation)
  • May 2019: 257th National ACS Conference
Title: Investigating Insulin Monomer and Hexamer Formation with Langmuir Monolayers and Brewster Angle Microscopy (Poster Presentation)
  • August 2018: Monmouth College SOfIA Program
Title: Visualization Using a Ceramic 3D Printer (Oral and Poster Presentations)
  • June 2018: Richard "Doc" Kieft Summer Research Program
Title: Insulin Aggregation at the Air-Water Interface (Oral Presentation)
  • August 2017: Monmouth College SOfIA Program
Title: The Chemistry of Baking (Oral and Poster Presentations)

CHEM DEPARTMENT POSITIONS

  • General Chemistry TA: Spring 2018 - Fall 2018, Spring 2021
  • Inorganic Chemistry TA: Spring 2019
  • Organic Chemistry I/II SI: Fall 2019 - Spring 2021

CLASSES

Advanced Physical Chemistry

Events

Bettendorf Jr. High School STEM Expo:

  • Setup 3D printers (Ceramic, FDM, and SLA) to demonstrate the creation of 3D elements
  • This also included a Coffee station, 2D to 3D paper folding station, and a drone station

Setting Up the Raspberry Pi

Growing Crystals

  • Towards the end of the class, we started to grow crystals. My crystal, the potassium ferricyanide crystal, along with the instructions used to make it, can be found at this link:
  • Ferricyanide Crystal

Class Summary

ACTIVITIES

Retrieved from "http://205.166.159.208/wiki/index.php?title=Seth_Croslow&oldid=17267"