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- October 1, 2014
CHEM124 ARC SI Review by DAN Y
Wishnik Hall 119
Institute for Supply Chain Management Presentation
IIT Perlstein Hall, Room 108
All IIT students are invited to attend a special presentation by principals from The Institute of Supply Management (ISM) Chicago Chapter about the organization, and what ISM can do to build connections for IIT students. Topics that will be covered include:
An overview of ISM, both national and local
Local ISM program schedule and topics
Careers in Purchasing
Internships and job opportunities
Student memberships and scholarships
ISM is the premier organization for people working in Purchasing and Job Sourcing. One of ISM's most notable resources is a monthly assessment of manufacturing activity that is widely followed in the U.S.
RSVP to firstname.lastname@example.org or call the INTM office: 312.567.3650
Life Sciences 111 Auditorium
Computational Chemistry: Beyond the Black
Dr. James McNeely
Senior Research Associate
Chemistry Division, IIT
Modern computer hardware and efficient software development have made computational chemistry an essential component of the chemist’s toolkit. Many of the black box approaches in wide use today, when applied properly, provide useful spectroscopic, geometrical, and qualitative energetic information about the system(s) of interest. Further information can be gained, however, from using higher level theoretical methods and providing a more thorough analysis of electronic wavefunctions. This talk will discuss the application of high-level computational techniques to several different interesting chemical systems. In the first portion of the talk, the application of multi-reference Møller-Plesset perturbation theory of the second order (MRMP2) to systems containing the non-innocent pyridine-2,6-diimine (PDI) ligand will be discussed. It will be shown that we can provide a better energetic description of these systems, and that in certain cases our multi-reference approach is necessary to properly describe the wavefunction. In the second portion of the talk, the electronic structure and energetics of some new benzene dimers will be analyzed with MRMP2. The MRMP2 results are also compared with a number of other theoretical methods, including another multi-reference perturbative approach termed N-electron valence perturbation theory (NEVPT2). Surprisingly, the NEVPT2 results diverge from the MRMP2 results presumably due to the strong internal contraction employed in the implementation of NEVPT2. Thirdly, the record 7Li NMR chemical shift recently reported (δ = -23.9 ppm) for a Li+ sandwiched between two five-membered rings in corannulene will be analyzed via the canonical molecular orbitals.