Project 8

Computational analysis of symmetric and asymmetric oxazolidinone formation from CO2 (WP2)

But before you look at viagra online cheapest this, I’d like to actually make you mindful of the fact that noise in the ears and dizziness). DMD is a ghastly disease that causes degeneration or discover over here now generic viagra tab eating away of the spinal muscles and restricts the patient to a wheelchair for life. All these remedial actions carried out by the drug after intake has cheapest cialis heritageihc.com been proved as the significant mechanisms to get succeeded in the impotency redeem action. Pancreatic pain often goes together with gas, bloating, nausea, or vomiting after bad cialis de prescription diet and alcohol.

Host institution: UiT The Arctic University of Norway
Application Deadline: 16th November 2020
3 PhD year position. Expected start date: Mid 2020.
Remember to read the eligibility criteria here.

Objectives:

  1. High-level ab initio modelling of oxazolidinone forming reactions involving CO2
  2. Analysis of non-precious asymmetric metal-catalyzed oxazolidinone formation
  3. Design of novel catalysts for formation of carbamates on the basis of computational insights

Expected results:

  1. Mechanistic cycles for activation of CO2 towards oxazolidinone formation
  2. Insights into selectivity-determining factors in asymmetric oxazolidinone formation
  3. Design of novel catalytic systems for carbamate formation

Planned secondment(s):

  • UZH to Prof Nevado (2 months): Insights into experimental factors of symmetric and asymmetric carbamate formation from CO2 (with ESR6 and 7).
  • Industrial secondment to AZ, Dr. Norrby (2 months): design and modelling of enantioselective catalysts for carbamate formation.

Enrolment in Doctoral degree(s): UiT The Arctic University of Norway

Principle Supervisor: Assoc. Prof. Kathrin H. Hopmann (UiT)