EMSL LEARN Webinar Series

The EMSL LEARN Webinar Series provides researchers with information on how to access instruments, resources, and staff expertise at EMSL and then apply it to their work.

Abstract graphic displaying a complex digital network converging into a tunnell

This EMSL LEARN webinar introduces retrieval-augmented generation (RAG), an emerging design pattern of large language model (LLM)-based development that has shown to improve accuracy and address key…

Discover how single-cell omics technologies are moving research beyond bulk averages to reveal the hidden complexity and functional diversity within individual cells and microbial communities.&nbsp…

Unlock a deeper understanding of biological function by correlating metabolic profiles directly with spatial organization in complex environmental and microbial samples. Join us for an EMSL…

Learn more about how micromodel and microfluidic systems can accelerate your research. Check out this EMSL LEARN webinar on TerraForms, our facility's innovative platform for controlling…

rocky dirt

Watch this webinar to learn about chemical and biological capabilities for characterizing critical minerals and metals.

Rocks of different sizes and shapes next to a magnifying glass

Learn about EMSL's high-resolution imaging capabilities for studying critical minerals behavior.

vibrational sum frequency generation spectroscopy

Learn about Sum Frequency Generation spectroscopy and its applications for furthering energy and environmental research.

circular slots for soil samples

Learn about a new workflow for analyzing soil with X-ray photoelectron spectroscopy.

Learn how to use EMSL's Science Central™ to support and manage your user projects.

tree trunk and roots leading to data points

In this webinar, Glenn Hammond, a computational geohydrologist and senior research scientist at Pacific Northwest National Laboratory (PNNL), introduced PFLOTRAN and discussed how to use the code to…

EMSL LEARN Webinar Series

Learn more about how you can use chemical probes, coupled with Raman microscopy, to visualize and measure metabolite and enzyme interactions. These capabilities are available through EMSL calls for…

data visualization

Learn how to best develop your proposal so that EMSL staff, project managers, and the external proposal review panel can quickly and easily understand your planned project. Resources to be discussed…

Illustration showing a cross-section of soil with corn plants above ground. The image highlights molecular structures such as water and nitrogen, with annotations for isotopes like deuterium, nitrogen, and oxygen.

Learn about resources to support stable isotope labeling and metabolic visualization at spatial scales.

Scientist uses helium ion microscope at the Environmental Molecular Sciences Laboratory

Find out how to use a variety of instrumentation at the Environmental Molecular Sciences Laboratory for characterizing mineral-associated organic matter. 

Scientist holds square soil micromodel made using Pore2Chip

Learn about TerraForms Pore2Chip, a Python tool helps with the design of micromodels and RhizoChips using x-ray computed tomography's three-dimensional (3D) imaging of field soil cores. 

ArticShark on tarmac

Watch a presentation vertical profiles of aerosol properties using the Atmospheric Radiation Measurement (ARM) user facility's ArcticShark and EMSL's supporting aerosol capabilities.

fungi

Hear James Evans and Irina El-Khoury discuss EMS's 1,000 Fungal Proteins project. 

Samples inside Eclipse

Learn about available metabolomics technologies for analyzing small molecules in biological systems. 