Quantum Machine Learning
Project Greenhouse
Molecular Diagnostics
Global Development and Design
Critical Resources & Sustainability Analytics
100

Who is the Quantum Machine Learning stream’s faculty leader?

Dr. Shabnam Jabeen

100

Where do methane emissions source/come from?

fossil fuels, landfills, agriculture, plants, wastewater, and microbial activity in streams and wetlands

100

Name one or more of the Molecular Diagnostics faculty collaborators.

Dr. Wade Winkler AND/OR Dr. Ian White (just surname is acceptable)

100

Who founded the global development and design stream?

Dr. Stacy Kosko

100

Do CRESA students analyze and evaluate policy?

Yes

200

Since 2023, with whom has the QML stream been collaborating?

National Quantum Laboratory at Maryland (QLab) and IonQ.

200

What are some of the models that are used to study methane emissions in this stream?

MATLAB, STELLA, statistical, and spatial (GIS) models.

200

Name the two labs that collaborate on the development portable sensor to detect miRNA biomarkers

Molecular Diagnostics & Rapid Diagnostics (can be found on Instagram)

200

What is the goal of this stream?

Create an interactive and open-access toolkit about global development

200

What are the four things CRESA students do with data?

Collect, clean, analyze, and communicate

300

What topics does the QML track focus on?

quantum computing, machine learning, programming, and data analysis

300

What is the direct impact of reducing methane emissions?

It will slow climate change in the near term because of its short atmospheric lifetime

300

Name one or more of the three key points in what the Molecular Diagnostics stream does.

DNA and RNA aptamer selection AND/OR design field-ready sensors and point-of-care diagnostics AND/OR biotechnology research

300

What are some skills you’ll gain from this stream?

sustainable development, design thinking, web development, public policy, qualitative analysis

300

What are some of the Critical Resources studied in CRESA?

Energy, water, food, minerals

400

In this stream, we are going to design, create, run, and deploy what in order to solve complex tasks?

Quantum circuits and algorithms

400

What are some standard environmental laboratory techniques?

Gas chromatography, cryogenic separation, spectroscopy, and isotopic characterization of methane

400

Name two applications of biosensors

Human health and environmental

400

GDD focuses on what forms of development?

Human and sustainable development

400

What programming language does CRESA use?

R (and Geographic Information Science (GIS) tools)

500

What does QML focus on?

QML focuses on concepts in quantum computing and machine learning.

500

What different methods/approaches are used for research in this stream?

Field, laboratory, and modeling approaches

500

What type of projects do Molecular Diagnostics lab students work on?

aptamer selections against target proteins; design of biosensors/point-of-care diagnostics for different environmental and human health applications

500

Who leads GDD? 

Dr. Benjamin D. Huffman

500

What is essential for a sustainable future?

Understanding the trade-offs between growth, conservation, and community well-being

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