
Tuğrul Burak GürelProfessor of Mathematics and Department Chair Department of Mathematics Office: TB 255 (Anderson Hall, South Campus), email: bgurel at boun edu tr 
Short Bio:
Faculty member at Boğaziçi University, since 2002.
Visiting research faculty at the University of Illinois, UrbanaChampaign
on a Fulbright
fellowship, 20162017.
Visiting researcher at the Indiana University, Bloomington,
2013/042013/05.
Visiting researcher at the University of Leeds, 2010/092010/10.
Postdoctoral research fellow at the University of Paderborn on an Alexander von Humboldt fellowship, 20002002.
PhD at Bilkent University, 19951999.
MSc at Bilkent University, 19931995.
BSc at ODTÜ, 19901993.
The fifth order KPII equation on the upper halfplane, with M.B.
Erdoğan and N.
Tzirakis, https://arxiv.org/abs/1903.03580.
The derivative nonlinear Schrödinger equation on the half line, Ann. I. H.
Poincaré AN 35 (2018), 19471973, with M.B.
Erdoğan and N.
Tzirakis, https://arxiv.org/abs/1706.06898.
Smoothing for the fractional Schrödinger equation on the torus and the
real line, Indiana Univ. Math. J. 68 No. 2 (2019), 369392, with M.B. Erdoğan
and N. Tzirakis,
https://arxiv.org/abs/1703.00946.
On the integrability of a generalized DaveyStewartson system, Physica D 259
(2013), 17, with A. Eden, pdf.
Focusing and defocusing cases of the purely elliptic generalized
DaveyStewartson system, IMA J. Appl. Math. 74 (2009), 710725,
with A. Eden and E. Kuz, pdf.
In 2016, M.B.
Erdoğan and I coorganized this Workshop on Nonlinear
Dispersive PDE.
A beautiful book on dispersive differential equations authored by my collaborators and good friends Burak and Nikos. Highly recommended reading if you are interested in the topic as a student or a curious mathematician. Published by Cambridge University Press as a part of London Mathematical Society Student Texts series in 2016. See also Nikos's lecture notes from different summer schools on dispersive partial differential equations; nonlinear Schrödinger, KdV equations. 

Current Courses: Math 551
Partial Differential Equations I
Recent Courses: Math 231, Math 234,
Math 433
Grants: TÜBİTAK 118F152, BAP 14081
Current Students: Engin Başakoğlu
Past Students:
Şefika Kuzgun, Smoothing estimates for the periodic KdV equation,
2016.
Fatma Çiçek, Algebrogeometric solutions of the KadomtsevPetviashvili
equation, 2014 (cosupervised with A. Boysal).
Ali Taghiyev, Null controllability of the 1d heat equation with
switching controls, 2013.
İlker E. Çolak, Integrability of equations of DaveyStewartson type,
2009.
Deniz Bilman, On the ZakharovSchulman equations, 2009
(cosupervised with A. Eden).
Gökhan Goralı, Integrability of symplectic mappings, 2004.
Links:
Math Department homepage, Undergraduate
program, Graduate
program, IMBM, Feza
Gürsey Center.
Math Department (almost) weekly colloquium
and seminar talks.
As a linux, and free and open source software enthusiast/supporter: foss,
distrowatch, fsf.
My daily driver is the wonderful archbased linux distro Manjaro.