Öğretim Üyesi Ders Kodu Konu Öğrenci Ahmet Giz FIZ421 / FIZ421E

Öğretim Üyesi
Ahmet Giz
2014-2015 GÜZ DÖNEMİ İLERİ FİZİK PROJE LAB. / ADVANCED PHYSICS PROJECT LAB.
YAPTIRAN ÖĞRETİM ÜYELERİ VE KONULARI
Ders Kodu
Konu
FIZ421 / FIZ421E Polimerler / Polymers
Öğrenci
FIZ421E Project Proposal: Brownian dynamics simulations of diffusive motion
In the proposed project, we will explore basic characteristics of normal and anomalous
diffusion, with or without the presence of external spatial constraints on the molecular
motion. To this end, we will perform computer Brownian dynamics simulations based on
appropriate equations of motion of the molecules. We will compare the characteristics of
diffusive motion in individual considered cases and discuss the possibility of classifying
different types of random motion on the basis of their statistical properties.
Expertise and knowledge obtained during the advanced physics project can be potentially
applied in experimental studies of diffusion during a follow-up senior project.
Alexandr Jonas
FIZ421E
Prerequisites:
Familiarity with numerical simulations of physical problems using a suitable programming
environment (e.g. Matlab)
Suggested literature:
[1] L. Vlahos, H. Isliker, Y. Kominis, and K. Hizanidis: “Normal and Anomalous Diffusion: A
tutorial”, 2008
[2] J. Klafter and I.M. Sokolov: “”Anomalous diffusion spreads its wings”, Physics World,
August 2005, 29 – 32
[3] E. Barkai, Y. Garini, and R. Metzler: “Strange kinetics of single molecules in living cells”,
Physics Today 65, 29 – 35 (2012)
[4] “Simulating Brownian motion”, Matlab tutorial, EPFL
Cenap Özben
FIZ421E
Design and Construction of a Robotic Claw
Betül Pehlivan (090100257)
Duygu Özyıldırım (090100279)
Demet Kaya
FIZ421
Esra Alveroğlu
FIZ421 / FIZ421E
Füsun Arısan
FIZ421
Gönül Özen
FIZ421 / FIZ421E
Gülay Acar
FIZ421 / FIZ421E
Hilmi Ünlü
FIZ421E
İyonik hidrojellerde şişme davranışına pH etkisinin incelenmesi
1. Protein adsorption and desorption with thermosensitive-polymer-coated magnetic
nanoparticles
2. Tuning the kinetics of charge generation and recombination in organic solar cell
materials by using polymer matrix.
1. Sıcaklığa duyarlı polimer kaplı nanomagnetik parçacıklar ile protein adsorpsiyon ve
desorpsiyonu.
2. Organik güneş hücresi malzemelerinde taşıyıcı oluşum ve birleşim kinetiğinin polimer
matrisi kullanılarak ayarlanması.
1-Türk Standarları ve diğer ülke standarları ile kontrol yöntemleri araştırılması.
2-Küçük deney sistemlerinde (pilot sistemler) kullanmak için ölçüm aletleri ile beraber
kurutma cihazı yapımı.
3-Fizik Labaratuvarlarında kullanılacak öğrenciye yönelik deney sitemleri papımı.
1. Tellur samlarinda beyaz ışık üretimi
1. Wight light production in Tellurium glasses
2. Nano-oksit sentezi ve karakterizasyonu
2. Production and charactaresitaion of Nano-oxides
Medikal Fizik / Medical Physics
Synthesis, Characterisation and Computer Modelling and Simulations of CdSe Quantum
Dots
FIZ421E Project Proposal: Fast-forwarding the wave function
The project aims to learn and apply a method to speed up the time evolution of (i.e. to fastforward) the wave function in quantum mechanics. This is accomplished by controlling the
driving potential with resultant regulation of the additional phase of the wave function, so
that a target state is obtained in a shorter time. [1] If time permits the framework of the
fast-forward can be extended to macroscopic quantum mechanics described by the
nonlinear Schrödinger equation. [1,2] Application to a many-body system can be
considered as a senior project. [3]
Levent Subaşı
FIZ421E
[1] Masuda S. and Nakamura K., "Fast-forward problem in quantum mechanics", Phys. Rev.
A 78, 062108 (2008)
[2] Masuda S. and Nakamura K., "Fast-forward of adiabatic dynamics in quantum
mechanics", Proc. R. Soc. A 466, 1135 (2010)
[3] Masuda S., "Acceleration of adiabatic transport of interacting particles and rapid
manipulations of a dilute Bose gas in the ground state", Phys. Rev. A 86, 063624 (2012)
Meltem Güngörmez
Neşe Özdemir
FIZ421E
Familiarity with Schrödinger Equation and numerical calculation is required.
Please contact alsubasi@itu before the start of the semester if possible.
Combining this study with a follow up senior project is suggested.
Specifying SO(14) group by its fundamental representation
90100215 Elçin Omurca
Maxwell equations in curved spaces
090100226 Baris Demirbay
Generalized Morse and Pösch Teller potential potentials in Schrödinger equations
090100270 Aycan Alptekin
Geodesics, auto-parallel curves in Riemannian and non-Riemannian spaces
090100260 Funda Seckin
FIZ421E
1-Intensity and wavelength response of the conductivity response of CVD grown graphene
Oğuzhan Gürlü
FIZ421E
2-Design and implementation of a contact angle measurement system
3-Scanning probe studies on swift heavy ion irradiated graphitic surfaces
Savaş Arapoğlu
Selçuk Aktürk
FIZ421E
FIZ421E
Sevim İ. Turutoğlu
FIZ421 / FIZ421E
Şaziye Uğur
FIZ421 / FIZ421E
Tolga Birkandan
FIZ421
Yaşar Yılmaz
FIZ421
Yavuz Ekşi
FIZ421 / FIZ421E
Adventures in Friedmann Cosmologies
Characterization of liquid waveugides using fibers and photomultiplier tube.
1- Tuna Çiftçi
2-Şeyma Nayır
3-Cem Kıncal
Koray Dinçer
Manyetik nanoparçacıkların ilaç uygulamaları için hazırlanması ve karakterizasyonu
Preparation and characterization of magnetic nanoparticles for drug delivery applications
1-Application of Fluorescence Technique for Understanding Film Formation from Polymer
Latexes
2- Polimer Nanokompozitlerinin Film Oluşum Davranışlarının Floresans Teknik İle
İncelenmesi
2 öğrenci
Gitar için Bilgisayarla Nota Analizi
Bartu Kömürlüoğlu
1- Farklı asit konsantrasyonlarında şişirilmiş Poliakrilamid hidrojel elektrolit kullanılarak
oluşturulan gözenekli oksit yapısının incelenmesi
2- Farklı morfolojilerde poliakrilamid hidrojel elektrolit kullanılarak oluşturulan gözenekli
oksit yapısının incelenmesi
1- Beyaz cücelerin hal denklemi, iç yapısı ve kütle-yarıçap ilişkisi
2-Correlation between dipole magnetic field and pulsed fraction in X-ray luminosity of
young neutron stars
3-Spin evolution of young neutron stars
4-Analytical representation of the equation of state of neutron stars