====== Worksheets, handouts, articles ======
===== Handouts =====
  * {{handout1_math.pdf|Basic mathematical knowledge}} reguired in this course. Read for 4/1 class.

  * {{handout2_qm.pdf|Summary of quantum mechanics}} used in this course.  This is a summary, with just a few examples.  Read for 4/1 class.

  * {{:h_atom_wave_functions.pdf|H atom wave functions}} with complex spherical harmonics.

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===== Worksheets =====
  *{{:l6_worksheet.pdf|MO coefficients worksheet}}  (week 3)
  *{{:triangular_lattice.pdf|Dispersion triangular lattice}} (week 3)
  *{{:lattice_activities.pdf|Crystal lattice worksheet}} (week 5)
  *{{:m_quiz.pptx|m* worksheet}} (week 5) 
  *{{:lcao-nt.pdf|Schönberger's graphene & CNT LCAO excercise}} (week 9)


 

===== Articles =====
  * {{:cohen_quantum_theory_of_solids_mrs2015.pdf|Article by Marvin Cohen}} describing the development of modern methods to compute the energy and properties of solids. Very readable and accessible with few equations. (MRS Bulletin 40 (2015) p.522) For week 5 or so.

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  * Roald Hoffmann, How chemistry and physics meet in the solid state, Angew. Chem. Int. Ed. Engl. 26 (1987) 846-878 [[http://onlinelibrary.wiley.com/doi/10.1002/anie.198708461/abstract/abstract|Link via Wiley online Library]].  Have to access from an osu domain.
(a comprehensive look at the first part of this course from a chemist's perspective)
  * Roald Hoffmann, A chemical and theoretical way to look at bonding on surfaces, Rev. Mod. Phys. 60 (1988) 601-628 [[http://rmp.aps.org.proxy.library.oregonstate.edu/abstract/RMP/v60/i3/p601_1|Link via OSU Library]]
(beyond the scope of this course, but a nice extension of the above to surfaces)

  *{{:hosono_JACS_FeAS_sc.pdf|FeAs-based superconductors}} discovered 2008

  *{{:bloch_oscillations_atoms_in_optical_potential.pdf|Bloch oscillations-optical analogue}} article in Phys. Rev. Lett. (1996)

  * {{:hartmann04.pdf|Bloch oscillations-Hartman}} - general discussion

  * {{:0268-1242_13_3_003.pdf|Bloch oscillations-superlattice}}

  *{{:nmat1849_geim_graphene_2007_progress.pdf|graphene}} as described by Geim in Nature Materials (2007)

  *{{:avouris_review_nnano.2007.300.pdf|graphene & CNT electronics}} as described by Avouris in Nature Nanotechnology (2007)

  *{{:matulis_ajp77_2009_595graphene_dirac_klein.pdf|Graphene & the Dirac Equation}} Matulis, American Journal of Physics (2009).  A more sophisticated approach than we use - nice for physicists.

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