Leveraging the Natural Cellular and Biomolecular Interactions in Blood for the Design of Targeted, Anti-Inflammatory Particle Therapeutics
Ebola virus infection both frequently lethal and associated with a persistent state? Toward understanding the role of Ebola virus defective genomes in vitro and in vivo
Bio-inspired nanostructures for targeted delivery of macromolecules and thermostable RNA vaccine formulations
Bourbon, Bacon, and Vaccines
Haptics - Multiphysics Science and Engineering for the Sense of Touch
Design of Advanced Materials using Light
Special Seminar Series: How Anton Paar Instrumentation can help your Research
Chip-Scale Quantum Communication with SiC Integrated Photonics
Innovations in Nanomaterials Synthesis: Sensing and Energy Applications, from Lab to Commercialization
Guns, Germs, and MOFs
Advanced Technologies for Diagnosis, Monitoring, and Understanding of Diseases
Halide perovskites for durable and high-efficiency photovoltaics and solar fuels
Engineer CAR-neutrophils from human pluripotent stem cells for targeted chemoimmunotherapy against glioblastoma
Nanostructured Polymer Muscles
Calibrating Immunometabolism to Treat Diseases
Boundless Boundary: Quantum transport through heterojunctions and superlattices
Quantum sensing with diamond at the single- to few-molecule regime
Engineering Defects in Diamond to Enable Future Quantum Technologies
The many phases of a cell
Evolving enzymes for biocatalysis and gene editing
Making the most of your X-ray diffraction measurements: Introducing the Anton Paar XRDynamic 500 (located in the NE-MRC in SME B004) and its SAXS and non-ambient capabilities
Discovering Tunable Materials with Unprecedented Properties via High-Throughput Quantum Chemistry
Sustainable Nature Nanomaterials and Nanomedicine
Short- and Long-Range Chemical Interaction in Cluster And Condensed Phase
Engineering drug delivery platforms to modulate immunity
Engineering subnanometer pores in single-layer graphene for high-performance gas separations
From Enzymes to Cell Factories: Towards Biomanufacturing of High-Value Plant Molecules
Designing and translating biomaterials for therapeutics and ultrasensitive biosensing
Spectroscopy to explore organic semiconductors: From solar cells to bioelectronics
Spatio-temporal modeling in neuroscience through interpretable machine learning"
Micron-scale Device Fabrication using Reactive Inks
First-Principles Many-Body Theory and Quantum Dynamics for Materials in Quantum Information Science
Magnetic nanoparticle response to time varying magnetic fields – rotational diffusion measurements, hyperthermia, and magnetic particle imaging
Supporting students in approaching complex projects: Case studies inside and outside the classroom
From the Katana, Swiss Chocolates to Organic Semiconductors-- Phase Diagrams Applied to Photovoltaic Devices
Organic Semiconductor-Incorporated Perovskites (OSiP) – A New Family of Hybrid Electronic Materials
In vitro neurohybrid electronics
Ion and Electron Transfer at Solid-Solid Interface: DFT Calculation Study with Explicit Interface Model
Electrochemical Environmental Remediation and Resource Recovery: Concepts, Design, and Application
Structural Color From Total Internal Reflection Interference In Microstructures
Neuromorphic Devices with Two-Dimensional Materials
Enabling Next-Generation High-Performing Sodium Batteries
Probing Buried Interfaces in Energy Storage
Ensuring Safe Birth - Developing Data-Driven Risk Assessment of the Baby's Health During Childbirth
Non-equilibrium Chemical and Biological Systems with Microscopic Electrochemical Control
Materials for a Sustainable Future: Carbon Capture and Water Harvesting from Desert Air
Liquid Crystal Elastomer and Networks for Multi-scale Soft Robotic Applications
Carbon Nanotubes Assembly & Nitrogen-doping or Plasmonic Nanoparticles Anchoring for Alternative Energy Applications
Materials Challenges in Next-Generation Rechargeable Batteries
Understanding & Rewriting the Molecular Music of Muscle Stem Cells in Aging
