Oxide materials have many interesting properties, in particular in the field of sustainability sciences. The Hosono group at the Tokyo Institute of Technology is world leading in synthesizing novel oxide materials with very interesting electronic properties with potential applications in the fields of superconductivity, catalysis and optically transparent electrodes for photovoltaics or displays. I will […]

Rivers provide important services to people in the form of agricultural irrigation, hydroelectric power generation, and recreation. However, many of these benefits require dams and river control at the expense of natural systems. Rivers in Spain are of particular interest because globally Spain has the most dams per person. This project will look at the […]

The goal of our research project is to estimate the risks of the North American spruce beetle and European spruce bark beetles becoming invasive in their counterpart’s range. These species can be accidentally spread through global trade and can cause considerable mortality of their host spruce. To estimate invasion risk, we aim to predict the […]

This project involves the testing and characterization of new piezoelectric vibration sensors developed by the research group led by Prof. Bahreyni at the Intelligent Sensors Laboratory. These piezoelectric sensors have now been combined with another type of sensor – one with a capacitive transduction mechanism to improve the low-frequency sensitivity and noise performance. I shall […]

This Project is an continuation of our SIGGRAPH Asia 2017 paper on “Learning to Group Graphical Patterns”. The paper introduced a novel deep learning approach for grouping discrete patterns common in graphical designs. The approach was based on a convolutional neural network architecture that learns a grouping measure defined over a pair of pattern elements. […]

The project involves the modeling of the metabolism of TB. I developed an algorithmic pipeline called MetaMerge, which allowed me to reconcile differences in format, nomenclature, and annotation, between two models of TB metabolism. MONGOOSE, another doctoral project of mine, is a tool for analyzing metabolic network models in exact arithmetic, resulting in consistent, reproducible […]

The objective of this proposal is to study Littlewood cyclotomic polynomials of odd degree. In algebra, the cyclotomic polynomial is one such that has all its roots on the unit circle. Since all the coefficients of Littlewood polynomials are -1 or +1, its associates a finite binary sequence with -1 or +1 entries. Therefore, their […]