w12_assignments.ipynb

Kernel: Python 3

import sys
sys.path.append('../code')
from init_mooc_nb import *
init_notebook()

Populated the namespace with:
np, matplotlib, kwant, holoviews, init_notebook, interact, display_html, plt, pf, SimpleNamespace, pprint_matrix, scientific_number, pretty_fmt_complex
from code/edx_components:
MoocVideo, PreprintReference, MoocDiscussion, MoocCheckboxesAssessment, MoocMultipleChoiceAssessment, MoocPeerAssessment, MoocSelfAssessment
from code/functions:
spectrum, hamiltonian_array, h_k, pauli

Review assignment

display_html(PreprintReference('0910.2763', description="Fractional quantum Hall effect in graphene"))
display_html(PreprintReference('1204.5479', description="Fractional Majoranas in fractional quantum Hall edges"))
display_html(PreprintReference('0803.0272', description="A scheme for quantum computation using the toric code"))
display_html(PreprintReference('1502.01665', description="Making a fractional quantum Hall effect by coupling wires"))

Bonus: Find your own paper to review!

Do you know of another paper that fits into the topics of this week, and you think is good? Then you can get bonus points by reviewing that paper instead!

MoocPeerAssessment(due=7, review_due=11)

Do you have questions about what you read? Would you like to suggest other papers? Tell us:

MoocDiscussion("Reviews", "Many-body topology")