Using machine learning to discover candidate localised transcripts from microscopy and genome-wide bioinformatics data by Kiourlappou, M

“…</p> <p>Firstly, I present a YFP protein trap microscopy screen conducted collaboratively by members of the Davis lab for 200 genes in the <em>Drosophila melanogaster</em> larval nervous system. …”

Towards electrically injected colloidal semiconductor lasers by Thung, Yi Tian

“…Addressing this gap, I explored electrical charge injection into Br--capped CdSe NPLs using an inverted p-i-n device architecture, resulting in narrow electroluminescence at 530 nm. …”
Get full text

Low complexity spectrum sensing for cognitive radio enabled aeronautical communication systems by Koodathumkal Mathew Libin

“…In the proposed scheme, the sampling and quantization unit is reduced to a high-speed comparator, and the multiplication in each filter tap is replaced by a sign changer, which is implemented using a 2’s complement circuit and a 2:1 multiplexer. …”
Get full text

Localized structural and bulk effects in hybrid organic-inoraginc perovskites by Wong, Walter Pei De

“…DFT simulations provided an indication that charge carriers in MAPbI3 exists as localized polarons, thus, the experimental studies seek spectroscopic evidence for the existence for these self-trapped polaronic states. Through a combination of steady state photoinduced absorption, transient absorption and transient photocurrent measurements, this chapter has confirmed the existence of theoretically predicted polaronic states in MAPbI3 which finds its origins in the ‘soft’ lead – iodide bond. …”
Get full text

Dynamics in blue emitting metal halide perovskites for light emitting diodes by Karlsson, Max

“…Successful implementation in LEDs has been attributed to efficient carrier funneling from large bandgap (donor) regions to low bandgap regions (acceptors) resulting in improved luminescence yields due to trap state filling from the locally increased carrier density. …”
Get full text

Dynamics and stability of evaporating and condensing liquid layers by Wei, Tao

“…In the (1+1)-dimensional [(1+1)D] simulation, well-defined capillary ridges can be observed on both sides of the valley under positive gravity (G > 0) and main and secondary droplets are expected to be seen under negative gravity (G < 0), while a ridge can be trapped in a large-scale drained region in both cases. …”
Get full text

Investigation of charge transport in nanofiber based solar cells by Sabba Dharani

“…Therefore one dimensional nanostructures are being explored as a replacement for nanoparticles with the aim of improving charge transport by providing a directional path for charge percolation and by reducing the surface traps and density of grain bound- aries associated with nanoparticles. …”
Get full text

Effects of microwave frying on physicochemical properties of edible oils and quality of potato chips by Elfaitouri, Taher A.Houssein

“…The oil distribution in microwaved potato chips fried under different microwave frying conditions showed that a crust developed during microwave frying. Oil was trapped only in intercellular spaces, which was strongly linked to the microstructure (not only in intercellular spaces but also over some cells). …”
Get full text

Graph representation learning by Zhang, Xinyi

“…We first focus on GNN-based methods and propose Capsule Graph Neural Network (CapsGNN), which is a novel message-passing-based architecture for graph-level representation learning. …”
Get full text

Interface engineering for organic−inorganic hybrid perovskite solar cells by Foo, Shini

“…To address these challenges, intensive developments have been made recently to interfacial engineering so as to reduce the amount of undesirable trap states in OIHP solar cells. Although significant progress has been made to improve the device performance and stability of OIHP solar cells using interfacial engineering, the preferable properties of passivation material utilized at various interfaces are often overlooked. …”
Get full text

2DEG enhancement via epilayer stress engineering in AlN/GaN/AlN heterostructure by Patwal, Shashank

“…The subsequent GaN channel layer was optimized to be grown at 720 ºC with minimal relaxation at nearly stoichiometric condition (III/V = 1.05).The AGA heterostructure was completed with an AlN barrier layer grown at near stoichiometric (III/V~1) growth condition and a 2 nm GaN cap layer. The AlN barrier and GaN channel combination of 3 nm and 43 nm thickness resulted in 2DEG density of 2.16×1013 cm-2 and carrier mobility of 528 cm2/V. s. …”
Get full text