CHEMSEM NEWS CHEMISTRY OF ASTRONOMICAL MOLECULES CHEMSEM NEWS 7, Fall 2010 CHEMISTRY OF ASTRONOMICAL MOLECULES BRIAN E BRUMFIELD Graduate Student University.

Slides:



Advertisements
Similar presentations
School of Chemistry, University of Nottingham,UK 1 Why Does Star Formation Need Surface Science? Using Laboratory Surface Science to Understand the Astronomical.
Advertisements

PRESS RELEASE  WHO? Astronomers at UCLA and IPAC using the Keck Observatory. –Team members are Ian McLean (PI), Adam Burgasser, Davy Kirkpatrick (IPAC),
Development of an External Cavity Quantum Cascade Laser for High- Resolution Spectroscopy of Molecular Ions JACOB T. STEWART, BRADLEY M. GIBSON, BENJAMIN.
Brian Siller, Andrew Mills & Benjamin McCall University of Illinois at Urbana-Champaign.
Astronomy and the Electromagnetic Spectrum
Rotationally-resolved infrared spectroscopy of the polycyclic aromatic hydrocarbon pyrene (C 16 H 10 ) using a quantum cascade laser- based cavity ringdown.
Development Of An Optical Isolator For A FP-CW-QCL At 8.5μm Using An Experimental Faraday Rotator Brian E. Brumfield* Scott Howard ** Claire Gmachl **
Atomic Spectroscopy Laboratory Science & Engineering Magnet High Mr. Puckett.
PRECISION CAVITY ENHANCED VELOCITY MODULATION SPECTROSCOPY Andrew A. Mills, Brian M. Siller, Benjamin J. McCall University of Illinois, Department of Chemistry.
ORGANIC AND PHARMACEUTICAL LAB Pharmacy faculty 2013 – 2014.
Analysis conducted by D. M. Hudgins, NASA HQ 1 Program Overview The APRA/LabAstro program supports basic science investigations that do not require access.
Galactic Center Region Concentrated stars and interstellar matter High Energy Density (gravity, MHD, kinetic) Strong magnetic field :B ~ mG High external.
Hot and Diffuse Gas near the Galactic Center Probed by Metastable H 3 + Thomas R. Geballe Gemini Observatory Miwa Goto Max Planck Institute for Astronomy.
Today: IR Next time: (see our website!) Partition coefficient and partition calculations Separations of mixtures.
 These courses are designed to promote interest and curiosity in science while meeting the most rigorous state and national content standards.  Students.
NSF Centers for Chemical Innovation Chemistry of the Universe Participating Organizations Emory University The Ohio State University Harvard-Smithsonian.
Prologue Designer: Eric Kimsey The following powerpoint presentation was designed to fulfill the requirements of the TAPS program at Jefferson Labs in.
Astrochemistry basics How we detect elements and molecular compounds in space Begin Background photograph - NASA -
Experience in a Microwave Spectroscopy Lab BRENDAN FRY ACKNOWLEDGMENTS: Dr. Stephen Kukolich Adam Daly Chandana Karunatilaka Space Grant Symposium April.
1 University of Petra Faculty of Science & Arts Department of Chemistry Seminar I.R Spectroscopy By Firas Al-ouzeh Supervisor : Nuha I. Swidan Summer 2007.
Towards High Resolution Cavity Enhanced Spectroscopy with Fast ion Beams Andrew Mills, Brian Siller, Manori Perera, Holger Kreckel, Ben McCall.
Space Between the Stars: Properties of the Interstellar Medium Steven R. Spangler University of Iowa.
Department of Chemistry A state-of-the-art instrumental park is available to purify and characterize the synthesized molecules The research activities.
Holger Kreckel, Andrew Mills, Manori Perera, Brian Siller, Kyle Crabtree, Carrie Kauffman, Benjamin J. McCall University of Illinois at Urbana-Champaign.
ERIC HERBST DEPARTMENTS OF PHYSICS, CHEMISTRY AND ASTRONOMY THE OHIO STATE UNIVERSITY Gas and Dust (Interstellar) Astrochemistry.
Brian Siller, Andrew Mills, Michael Porambo & Benjamin McCall University of Illinois at Urbana-Champaign.
Brian Siller, Andrew Mills, Michael Porambo & Benjamin McCall Chemistry Department, University of Illinois at Urbana-Champaign.
Sub-Doppler Spectroscopy of Molecular Ions in the Mid-IR James N. Hodges, Kyle N. Crabtree, & Benjamin J. McCall WI06 – June 20, 2012 University of Illinois.
High-Resolution Spectroscopy of the ν 8 Band of Methylene Bromide Using a Quantum Cascade Laser-Based Cavity Ringdown Spectrometer Jacob T. Stewart and.
Vibrational cooling of large molecules in supersonic expansions: The case of C 60 and pyrene Bradley M. Gibson and Jacob T. Stewart, Department of Chemistry,
A Search for the 8.5  m Vibrational Spectrum of C 60 in the Laboratory and Space Susanna L. Widicus Weaver 1, Brian E. Brumfield 1, Andrew A. Mills 1,
Development of a Sheath-Flow Supercritical Fluid Expansion Source for Vaporization of Nonvolatiles at Moderate Temperatures Bradley M. Gibson and Jacob.
Water Vapor In The Atmosphere: An Examination For CARMA Phase Correction Y.-S. Shiao, L. W. Looney and L. E. Snyder Department of Astronomy University.
Spectroscopy of H 3 + and CO toward the Galactic center Takeshi Oka, Christopher P. Morong, Department of Astronomy And Astrophysics and Department of.
Rotationally-Resolved Spectroscopy of the Bending Modes of Deuterated Water Dimer JACOB T. STEWART AND BENJAMIN J. MCCALL DEPARTMENT OF CHEMISTRY, UNIVERSITY.
High Precision, Sensitive, Near-IR Spectroscopy in a Fast Ion Beam Michael Porambo, Holger Kreckel, Andrew Mills, Manori Perera, Brian Siller, Benjamin.
PROGRESS & RESULTS IN THE DEVELOPMENTS OF THE SENSITIVE, COOLED, RESOLVED ION BEAM SPECTROMETER (SCRIBES) Andrew Mills, Brian Siller, Michael Porambo,
THE BUSINESS OF SCIENCE: FROM IDEA TO MARKET CHEMSEM NEWS 3, Fall 2010 THE BUSINESS OF SCIENCE: FROM IDEA TO MARKET ROBERT H DeWIT President & CEO Southwest.
Brian Siller, Andrew Mills, Michael Porambo & Benjamin McCall Chemistry Department, University of Illinois at Urbana-Champaign.
Rotationally-Resolved Infrared Spectroscopy of the ν 16 Band of 1,3,5- Trioxane Bradley M. Gibson, Nicole C. Koeppen Department of Chemistry, University.
Chapter 14 The Interstellar Medium. All of the material other than stars, planets, and degenerate objects Composed of gas and dust ~1% of the mass of.
The Influence of Free-Running FP- QCL Frequency Jitter on Cavity Ringdown Spectroscopy of C 60 Brian E. Brumfield* Jacob T. Stewart* Matt D. Escarra**
Cavity Ringdown Spectroscopy of Molecular Ions in a Fast Ion Beam Susanna L. Widicus Weaver, Andrew A. Mills, and Benjamin J. McCall Departments of Chemistry.
1 Dual Etalon Frequency Comb Spectrometer David W. Chandler and Kevin E. Strecker Sandia National Laboratories – Biological and Energy Sciences Division.
Siderius Nuntius… Light and the Science of Astronomy.
Sub-Doppler Jet-Cooled Infrared Spectroscopy of ND 2 H 2 + and ND 3 H + in NH Stretch Fundamental Modes Astronomical Molecular Spectroscopy in the Age.
Brian Siller, Michael Porambo & Benjamin McCall Chemistry Department University of Illinois at Urbana-Champaign.
Brian E. Brumfield † Susanna Widicus Weaver ‡ Claire Gmachl * Scott Howard* Benjamin McCall ‡ High-Resolution cw-CRDS of the ν 8 Band of Methylene Bromide.
High-resolution mid-infrared spectroscopy of deuterated water clusters using a quantum cascade laser- based cavity ringdown spectrometer Jacob T. Stewart.
Complex nanostructures promise to provide a platform for dramatically increasing the efficiency of solar energy conversion into the power and fuels needed.
An Experimental Approach to the Prediction of Complete Millimeter and Submillimeter Spectra at Astrophysical Temperatures Ivan Medvedev and Frank C. De.
Introduction to Physics. What is similar about these objects?
June 18, 2008The University of Illinois 1 Continuous-wave Cavity Ringdown Study of the First Positive Band System of N 2 * Brett A. McGuire Susanna L.
Development of a Fast Ion Beam Spectrometer for Molecular Ion Spectroscopy Departments of Chemistry and Astronomy University of Illinois at Urbana-Champaign.
Digital Control System for Microwave Spectroscopy Data Collection Amanda Olmut Dr. Stephen Kukolich, Principle Investigator Dr. Adam Daly, Project Lead.
Initial Development of High Precision, High Resolution Ion Beam Spectrometer in the Near- Infrared Michael Porambo, Brian Siller, Andrew Mills, Manori.
SCRIBES Sensitive Cooled Resolved Ion BEam Spectroscopy
Cavity ring down absorption of oxygen in air as a temperature sensor
Jacob T. Stewart and Bradley M
High-Resolution Spectroscopy of the ν16 Band of 1,3,5-Trioxane
Tokyo Univ. Science Mitsunori Araki, Yuki Matsushita, Koichi Tsukiyama
Brian Siller, Andrew Mills, Michael Porambo & Benjamin McCall
Observation of H3+ in the Diffuse Interstellar Medium
Thomas D. Varberg, Department of Chemistry, Macalester College, St
Probing the Metal Activation of C-H Bonds Using High-Resolution Mid-infrared Laser Spectroscopy Timothy C. Steimle, Department of Chemistry and Biochemistry,
Prologue Designer: Eric Kimsey
Progress In The Development Of An Infrared Ion Beam Spectrometer
Spectroscopy of Carbocations and C60
How Do Astronomers Gather Information About Space?
Presentation transcript:

CHEMSEM NEWS CHEMISTRY OF ASTRONOMICAL MOLECULES CHEMSEM NEWS 7, Fall 2010 CHEMISTRY OF ASTRONOMICAL MOLECULES BRIAN E BRUMFIELD Graduate Student University of Illinois Urbana-Champaign Department of Chemistry Urbana, IL Brian E Brumfield is currently a graduate student in the labs of Assistant Professor Benjamin J McCall at the University of Illinois Urbana-Champaign. The research interests of McCall’s lab are in the overlapping areas of high-resolution molecular spectroscopy and interstellar chemistry. Brian’s graduate work deals specifically with infrared gas phase spectroscopy. It is directed towards the development of a sensitive cavity ringdown spectrometer using a quantum cascade laser as the light source. The end goal is to use this spectrometer to collect a rotationally resolved gas phase spectrum of buckminsterfullerene (C 60 ). Such a spectrum will serve as a guide for astronomical searches of C 60 in space. It will also be the largest molecule rotationally resolved in the gas phase in the infrared. Brian obtained a double Bachelor of Science in Chemistry and in Biology at Wright State University, Dayton Ohio in August He then completed a Masters in Chemistry in August 2005 at Wright State University before starting his graduate studies at the University of Illinois. His presentation will cover introductory topics in the emerging field of astrochemistry with an emphasis on the importance of laboratory spectroscopy. Astrochemistry studies the unique chemistry that occurs in vast regions of space that have low densities of atoms and molecules under very cold (10K) to very hot (2000K) temperature conditions. Astrochemistry is an interdiscplinary field that draws upon the fields of Astronomy, Chemistry, and Physics. Brian E Brumfield is currently a graduate student in the labs of Assistant Professor Benjamin J McCall at the University of Illinois Urbana-Champaign. The research interests of McCall’s lab are in the overlapping areas of high-resolution molecular spectroscopy and interstellar chemistry. Brian’s graduate work deals specifically with infrared gas phase spectroscopy. It is directed towards the development of a sensitive cavity ringdown spectrometer using a quantum cascade laser as the light source. The end goal is to use this spectrometer to collect a rotationally resolved gas phase spectrum of buckminsterfullerene (C 60 ). Such a spectrum will serve as a guide for astronomical searches of C 60 in space. It will also be the largest molecule rotationally resolved in the gas phase in the infrared. Brian obtained a double Bachelor of Science in Chemistry and in Biology at Wright State University, Dayton Ohio in August He then completed a Masters in Chemistry in August 2005 at Wright State University before starting his graduate studies at the University of Illinois. His presentation will cover introductory topics in the emerging field of astrochemistry with an emphasis on the importance of laboratory spectroscopy. Astrochemistry studies the unique chemistry that occurs in vast regions of space that have low densities of atoms and molecules under very cold (10K) to very hot (2000K) temperature conditions. Astrochemistry is an interdiscplinary field that draws upon the fields of Astronomy, Chemistry, and Physics. ANDREWS UNIVERSITY CHEMISTRY & BIOCHEMISTRY CHEMISTRY AMPHITHEATER (Thursday, October 21, 4:30 pm)