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Publication Metadata only Approaches of patients receiving subcutaneous immunotherapy to anaphylaxis(2018-08-01) AYDINER, ELİF; Saricoban E. H. , Karakoc-Aydiner E.Publication Open Access Coronary arterial involvement can be observed in a significant subset of takayasu's arteritis patients by coronary ct-angiography(2022-06-01) ÇİNÇİN, AHMET ALTUĞ; BALTACIOĞLU, FEYYAZ; AKDENİZ DOĞAN, ZEYNEP DENİZ; DİRESKENELİ, RAFİ HANER; ALİBAZ ÖNER, FATMA; Abacar K., Cincin A., Baltacioglu F., AKDENİZ DOĞAN Z. D. , Sevik G., DİRESKENELİ R. H. , Alibaz-Oner. F.Publication Metadata only Multicenter real life clinical outcomes of pdl-1 tested patients with non small cell lung cancer (NSCLC) in Turkey(2022-09-01) YUMUK, PERRAN FULDEN; Yazici O., Gurler F., Acar R., Gurbuz M., Guven D. C. , Tuylu T. B. , Araz M., Kilickap S., Erturk I., Senler F. C. , et al.Publication Metadata only Probing the phonon spectrum of twisted bilayer graphene with machine learning methods (Session JJ07.00006)(2023-03-20) BLEDA, ERDİ ATA; İçkecan D., Bleda E. A., Erbahar D.In recent years, there has been a growing interest in twisted bilayer structures, where two layers of single atom thick sheets are rotated with respect to each other around their normal axes, due to their unusual properties they exhibit contrary to their untwisted counterparts. The most significant development in this domain has been reported in 2018 where twisted bilayer graphene turned into a superconductor under a "magic angle" rotation. The nature of this odd behavior is still under debate; however, the traditional explanation of superconductivity relates the phenomenon to electron-phonon coupling so it is worth to study the properties of phonon spectrum of twisted structures as a function of rotation angle. Many other applications beyond superconductivity could possibly benefit from the understanding gained from these studies. While the emerging effects are most probably associated with moiré lattices-the new type of periodicity appearing in twisted structures; the relationship of the superlattice parameters to rotation angle is highly non-linear in nature and it is very challenging to build a model which will relate the effect of moiré lattices on vibrational properties. Unsurprisingly, very little work has been done in literature on this topic so far. In this work we use a novel approach to theoretically investigate the phonon dispersion of twisted bilayer graphene landscape combining molecular dynamic simulations with machine learning methods. *This work has been supported by The Scientific and Technological Research Council of Turkey (TUBITAK), 2224-A Grand Program for Participation in Scientific Meeting Abroad and 2211-C BIDEP National PhD Scholarship Program in the 'Priority Fields' in Science and Technology. Dilara Ickecan is also thankful for The Council of Higher Education (YOK,100/2000) PhD Scholarship Program,Turkey. The molecular simulations are performed at TUBITAK ULAKBIM High Performance and Grid Computing Center (TRUBA).