Commit 2b4e8152 authored by Michael Wimmer's avatar Michael Wimmer Committed by Christoph Groth
Browse files

add tutorial name (and number) to tutorial examples

parent e11c409e
# Tutorial 2.3.3. Nontrivial shapes
# =================================
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# Physics background
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# Flux-dependent transmission through a quantum ring
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# Tutorial 2.4.1. Band structure calculations
# ===========================================
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# Physics background
# ------------------
# band structure of a simple quantum wire in tight-binding approximation
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# Tutorial 2.4.2. Closed systems
# ==============================
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# Physics background
# ------------------
# Fock-darwin spectrum of a quantum dot (energy spectrum in
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# Tutorial 2.5. Beyond square lattices: graphene
# ==============================================
#
# Physics background
# ------------------
# Transport through a graphene quantum dot with a pn-junction
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# Tutorial 2.7.1. 2D example: graphene quantum dot
# ================================================
#
# Physics background
# ------------------
# - graphene edge states
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# Tutorial 2.7.2. 3D example: zincblende structure
# ================================================
#
# Physical background
# -------------------
# - 3D Bravais lattices
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# Kwant features highlighted
# --------------------------
# - demonstrate different ways of plotting in 3D
import kwant
from matplotlib import pyplot
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# Tutorial 2.3.2. Spatially dependent values through functions
# ============================================================
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# Physics background
# ------------------
# transmission through a quantum well
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# Tutorial 2.2.2. Transport through a quantum wire
# ================================================
#
# Physics background
# ------------------
# Conductance of a quantum wire; subbands
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# Tutorial 2.2.3. Building the same system with less code
# =======================================================
#
# Physics background
# ------------------
# Conductance of a quantum wire; subbands
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# Tutorial 2.3.1. Matrix structure of on-site and hopping elements
# ================================================================
#
# Physics background
# ------------------
# Gaps in quantum wires with spin-orbit coupling and Zeeman splititng,
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# Tutorial 2.6.1. Superconductors - "Orbital description": using matrices
# =======================================================================
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# Physics background
# ------------------
# band structure of a superconducting quantum wire in tight-binding
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# Tutorial 2.6.2. "Lattice description": using different lattices
# ===============================================================
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# Physics background
# ------------------
# - conductance of a NS-junction (Andreev reflection, superconducting gap)
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