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A technical prototype setup laid out on a wooden surface with labeled text callouts identifying each component. The diagram includes an "Omnidirectional antenna," a "Two-way power divider," "Square-law envelope detectors," a "Baseline path," and a "Coded path." In the background sits a "USRP N210 with LFRX daughterboard," and a inset callout shows a closeup of a "Custom phase-coded filter" next to a coin for scale.

Always-On System Unmasks Covert Signals Across the Radio Spectrum

UMD researchers combine clever hardware with lightweight AI to catch fleeting wireless threats while drawing microscopic power.

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Architectural land development and zoning map showing numbered plot areas, buildings, and green spaces. A piece of light brown paper is attached to the top left corner with a red pushpin, displaying the text "ZONING ORDINANCE" in large blue letters above the subtext "Zoning and Land Use Planning."

UMD Alumni Bring 2.2 Million Local Laws into the AI Age

Two Ph.D. graduates of UMD’s CLIP Lab built a dataset spanning more than 9,000 U.S. cities and counties.

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Director's Message to UMIACS September 2026

David Jacobs headshotWhat an exciting time to take the helm of UMIACS. The institute is growing in size and impact, our researchers are tackling complex challenges in science and technology, and new opportunities for interdisciplinary collaboration are emerging across campus and beyond.

Illustration of a person looking at targeted online ads next to a broken padlock graphic.

Targeted Ads Come with Unavoidable Privacy Trade-Offs, UMD Study Finds

Researchers show how targeting and performance data can combine to reveal sensitive information.

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A square microchip with etched circuits illuminated inside a glass container with vibrant red and golden reflections.

NSF Renews Maryland-Led Quantum Simulation Institute’s Funding

The five-year award expected to total $37.5M supports the institute’s next phase of research, education and workforce development.

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Quantum computer with a cylindrical, gold-colored processor suspended in a high-tech laboratory environment

Study Sharpens the Search for Quantum Computing's "Magic"

QuICS Fellow Nicole Yunger Halpern collaborates on research identifying which quantum states can deliver a true computational advantage.

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image of AI and human co-writing

When AI Writes for You, Can It Still Sound Like You?

UMD’s Connor Baumler finds that editing AI-generated text may not erase its stylistic fingerprints.

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illustration of AI-powered weather forecasting in U.S.

Can AI See the Next Flood Coming? UMD Team Aims to Transform Water Forecasting

The DOE-funded project will combine generative AI and Earth system modeling to deliver faster, more detailed forecasts for floods, droughts and water resources.

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illustration depicting AI as a biased tool.

CLIP Researchers Receive AIM Seed Grant to Study the Roots of AI Bias

An interdisciplinary UMD team will investigate why AI falls into human-like reasoning traps—and how to make it more reliable.

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An illustrated overview of the Trustworthy AI in Law & Society (TRAILS) initiative, showing diverse applications of AI in areas like justice, healthcare, education, media, governance, transportation, and civic life.

TRAILS Awards More Than $515K for Trustworthy AI Research

The fourth round of seed funding supports multidisciplinary teams tackling one of AI's biggest challenges: earning public trust.

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