| Lecture 1- The language of structural chemistry and its symmetry basis
Lecture 2- Symmetry operations and site permutations
Lecture 3- New system to classify isomers based upon isometry: homomers, enantiomers, diastereomers, and constitutional isomers
Lecture 4- Stereogenic elements: tetrahedral atoms, helicity
Lecture 5- All Sohncke space groups preserve the handedness of the exchanged molecules
Lecture 6- Unequal population distribution of the 230 space groups
Lecture 7- Chiral apple halves and helical stereochemistry
Lecture 8- Chiral apple halves and helical stereochemistry II
Lecture 9- Symmetry in NMR spectroscopy
Lecture 10- Chiral Recognition via Helical Sense and Phase in a crystalline supramolecular array of intereshed triple-helices
Lecture 11- What something is depends on where you put it
Lecture 12- What something is depends on where you put it II
Lecture 13- Dynamic stereochemistry, permutations, correlated motion and DNMR
Lecture 14- Diaryl-X propellers ground state geometry
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