Ceyda Sanli is a PhD in Physics of Fluids from the University of Twente. She has conducted research on collective interactions at the Okinawa Institute of Science and on complex networks at the University of Namur. Her research interests include experimental and theoretical physics, statistical physics, complex systems, social networks, and information diffusion on Twitter. She has over 3TB of high-speed image data from experiments on the interactions between surface waves and floaters.
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1. Ceyda Sanli
ceyda@ntu.edu.sg
@NTU Corporate Lab
PhD, Physics of Fluids, University of Twente, 2012.
RF, Collective Interactions, Okinawa Institute of Science, 2013.
RF, Complex Networks, University of Namur, 2015.
Visit, ECCO & Global Brain, Vrije Universiteit Brussel, 2016.
MSc, Physics, Bilkent University, 2008.
MSc, VSRP Grant, Tata Institute TIFR Mumbai, 2007.
BSc, Physics, Bilkent University, 2006.
DACS (Data Analysis and Complex Systems), RR, 2017.
2. Selected outstanding student experiment in the field, 2009.
C Sanli, 2006-2015.
Great people in
my career and life.
High-speed CCD video
recording: 5000 images/s.
EXPERIMENTAL PHYSICS
Discovering complex interactions
among floaters and between the
surface wave and the floaters.
Invent the theoretical model.
> 3TB image processing together with multiple
analytical representations of statistical solutions,
to just understand one single fundamental law:
THEORETICAL PHYSICS SOCIAL NETWORKS
Cemal Yalabik Detlef Lohse Renaud Lambiotte
Temporal complexity
induced by internal
circadian cycles with
external driving factors:
Information diffusion in Twitter
and social dynamic behavior:
Hashtag and user
time series and
popularity in Twitter.
statistical measures on:
memory,
burstiness,
real versus
artificial
systems.
2D Ising model with external
heat bath. From magnets to
collective events:
From microscopic to
macroscopic:
Metropolis, Glauber, and
exponential rates.
Phasetransitions
innonequilibrium.
3. FLAIRS, AI4BigData, Marco IslandC Sanli, 2016-2017.
People I admire
their mind.
Dirk Brockmann
hadchancetoalreadymeet.
Stefan Thurner
How to integrate qualitative and quantitative minds?
FUZZY LOGIC
F. Heylighen, M. Coscia, J. Gleeson
Sagan Miyazaki
Elinor Ostrom: self-organized governance &
collective intelligence.
polarity
in mind:
how
reliable
the
semantic
tools are?
externalbehavior:NLP,
socialexchangetheory.
brainwaves:EEG,
deeplearning.
+
fromsinglemindsto
collectiveminds:
ants