Advancing Knowledge: It’s What We Do
As a research university, we go beyond simply preserving and passing on knowledge — we advance knowledge. There are always new ways that the University is exploring what's possible and pushing the horizon of future breakthroughs.
Current Featured Projects
At ɫ University, we believe that great discovery can happen across all of the academic disciplines. Here are some of recent research projects that are advancing knowledge and pushing innovation at the University.
An Agile Partner for NASA
Seminal Research Leads to $5m NIH/NIDA grant
A New Model for Public Engagement
The Study of Meaning, Beauty, and Understanding
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Through his recent Templeton grant, Professor Brandon Vaidyanathan conducted the world’s first large-scale study of the role of beauty in science. The findings showed that beauty matters immensely to scientists and shapes their work profoundly.
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Professor David Jobes is one of the country’s preeminent researchers of suicide prevention. Jobes runs the University’s Suicide Prevention Lab and developed the widely used clinical intervention CAMS (Collaborative Assessment and Management of Suicidality).
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Professor Kevin White is a member of the Leonine Commission (Commissio Leonina) commissioned by Pope Leo XIII in 1880 to produce the critical edition of the Opera Omnia of St. Thomas Aquinas. The work of the Leonine Commission is ongoing.
Innovations in Nursing, Architecture, and Sustainability
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Learning Nursing in the Metaverse
Before our nursing students even set foot in a physical hospital, they gain experience using extended reality technologies to simulate real patient care scenarios, allowing them to practice patient care and make mistakes without the risk of harming human patients.
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Partnering with Smithsonian Institution on a Geodesic Dome
Our architecture students partnered with Smithsonian Institution staff to study, fabricate, and reconstruct the famous “Weatherbreak” geodesic dome and to revisit dome architecture as a possible solution for affordable and resilient housing for those displaced by extreme weather events.
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Pioneering Sustainable Energy Solutions: Our Solar Array
The University has launched its innovative new solar array, which will supply renewable energy for the University and Washington, D.C. communities and will save an estimated 7.115 metric tons of greenhouse gas emissions per year.
Inventio: A Journal of Student Discovery
Inventio publishes original undergraduate research that best represents the University’s commitment to the academic and ɫ traditions that inform its mission to “discover and impart the truth.”
University Research Day
University Research Day (URD) is the University's premier annual research event for students. Our community gathers for a full day to celebrate its long research tradition and showcase current research being conducted across the disciplines. Visit the to see the breadth of our students’ research.
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Student: Ayobami Awe, Arts & Science (Biology), Ph.D. student
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Student: Sandeep Shiraskar, Engineering (Electrical Engineering), Masters student
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Student: Marta Bystrowska, School of Arts and Sciences (Politics), Undergraduate
Did You Know?
ɫ University faculty have a rich history of research discoveries and innovation. See a few highlights that are part of our history.
Albert F. Zahm built America’s first wind tunnel equipped with instruments for scientific study here in 1901.
ɫ University physics professor Clyde Cowan was co-discoverer, with Frederick Reines, of the elementary subatomic particle called the neutrino. For this discovery, first announced in 1956, Reines was awarded the Nobel Prize in physics in 1995. He received the prize in both his and Cowan’s names.
ɫ University Provost Aaron Dominguez was a member of the team that discovered the Higgs boson particle in 2012. This “monumental milestone in particle physics” marked the start of a new era of research, according to Fabiola Gianotti, director-general of CERN (the European Organization for Nuclear Research).
The University’s Vitreous State Laboratory (VSL), led by Ian Pegg, has been pioneering a nuclear waste management method through a process called vitrification, in which radioactive waste is transformed into a very durable glass using a 2,000-degree Fahrenheit melter. This method helps contain nuclear waste and prevent it from leaching into the surrounding environment, yielding a more environmentally-friendly way of handling nuclear waste.
Justine Bayard Ward developed the groundbreaking Ward Method of music instruction in 1929, which had a profound effect on how music was taught in ɫ schools throughout the 20th century and even today.
Rev. Eugene Xavier Henri Hyvernat, a member of the University’s original faculty, began assembling resources for the study of Coptic languages as early as 1889, an effort that laid the foundation for the extraordinary collection of rare books, widely used today, in the ɫ University Semitics Library.