Resources
Behavioral Economics
Richard Thaler (Nobel Prize 2017)
Daniel Kahneman (Nobel Prize 2002)
2nd Year PhD Course
MACROECONOMICS
by
Thomas J. Sargent (Nobel Prize 2011)
The Ordinary Differential Equations Project
by Thomas W. Judson
This is a super nice book (PDF and Html format) on Ordinary Differential Equations (ODE)
Useful Resources in MATHEMATICA:
On the Contraction Mapping Theorem (Banach-Caccioppoli Theorem)
Book Applied Analysis by John K. Hunter and Bruno Nachtergaele (from the Department of Mathematics, at University of California, Davis). See Chapter 3: The Contraction Mapping Theorem (61–79)
From Andras Vasy (Department of Mathematics at Stanford University) course on Honors Multivariable Mathematics, lecture on "Contraction mapping theorem and ODEs".
Appendix A. Functional Analysis, in "Recursive Macroeconomic Theory" by Lars Ljungqvist Thomas J. Sargent.
Chaper 3, section 3.2.4. Fixed Points, in the Book "Economic Dynamics: Theory and Computation" by John Stachurski.
Pedagogy on Economic Growth and
The Environment
Is infinite economic growth possible on a planet with finite resources? Interesting short video by TED & World Economic Forum (WEF):
"For example, between 2000 and 2014, Germany grew their GDP by 16%, while cutting CO2 emissions by 12%. That’s impressive, but it’s not cutting emissions fast enough to limit warming to 1.5 degrees Celsius."
People
Dynamic Games and Environmental Economics
Georges Zaccour (HEC Montréal)
Hassan Benchekroun (McGill University)
Ngo Van Long (1948-2022) (McGill University)
Jesus Marín-Solano (Unievrsity of Barcelona)
Guiomar Martín-Herrán (Unievrsity of Valladolid)
Francisco Cabo (Unievrsity of Valladolid)
Mabel Tidball (French National Institute for Agriculture, Food, and Environment (INRAE) | Center for environmental economics - Montpellier)
Florian Wagener (University of Amsterdam)
Luca Lambertini (University of Bologna)
Niko Jaakkola (University of Bologna)
Rick van der Ploeg (University of Oxford)
Benjamin Moll (LSE)
Simon Dietz (LSE)
Florian Oswald (SciencesPo)
Mean Field Games (MFG) Lectures/Methods
Coming soon...