The design and development of privacy-preserving and secure systems, including the domains of (1) privacy-enhancing technologies such as anonymous communication and statistical data privacy, (2) adversarial machine learning, and (3) Internet/network security

Research is focused on bio-inspired approaches to the design of civil and renewable energy materials and structures and advancing the automated robotic fabrication as an enabling technology to thread such designs with novel and enhanced performance characteristics.

Moss’s research focuses on the role of human agency and decision making in global environmental changes such as climate change. While at the Andlinger Center, Moss is working on coastal adaptation and resilience, focusing on decision support for development of time-dependent adaptation pathways. Moss is also researching the co-evolution of coupled human-natural systems and factors that facilitate or limit interdisciplinary scientific collaboration. He has published on climate scenarios, uncertainty characterization, and adaptation.

Predictive computational simulation and modeling of multi-physics turbulent flows. Integration of computational science, data science, and uncertainty quantification. High-performance algorithms for large-scale heterogeneous parallel computing. Application areas of interest include combustion energy conversion for electricity generation and transportation (including pollutant emissions and the environmental impacts of combustion), offshore wind energy, and fusion energy.

Climate adaptation design and engineering, particularly in coastal urban regions

Thermoelectrics, fundamental studies of superconductivity, novel superconducting and magnetic materials, topological insulators, Dirac-Weyl metals

Climate change science and policy, sea-level rise, adaptation, climate-driven migration

Interactions between the global biosphere and climate; carbon mitigation; effects of global vegetation on climate; large-scale measurement of natural and anthropogenic greenhouse gas emissions

Molecular modeling of phase behavior and transport properties of aqueous electrolytes which are of fundamental importance in understanding the long-term fate of CO2 injected in underground rock formations for carbon capture and storage; computational studies of molten carbonate fuel cells, which can be used for simultaneous electricity production and CO2 purification; liquid metals as plasma-facing components for fusion energy systems

Environmental water quality and industrial wastewater treatment. Geochemical reactions in energy resources engineering including geologic sequestration of CO2, hydrofracking, and geothermal energy production. Reactive flows in porous, permeable, and fractured media