COLLEGE PARK, Md. - The University of Maryland today celebrated the dedication of its new state-of-the-art Chemistry Building, a 105,000-square-foot facility that will serve as a hub for quantum chemistry, molecular nanoscience and sustainability research.
"This new facility is a landmark investment in our faculty, staff, students and the future of chemistry and biochemistry at our flagship institution," said UMD President Darryll J. Pines. "I am optimistic for the world-changing collaborations that will begin in these labs and lead to new knowledge and discoveries."
The new Chemistry Building—designed by Ballinger and constructed by the Whiting-Turner Contracting Company with funds from the state of Maryland’s capital budget and the university—catalyzes a new era for chemistry and biochemistry at UMD.
"We're proud that this building will train the next generation of our nation's top scientists. Our eyes are always on the incredible work being done by the students and faculty in our state's colleges and universities, and we can't wait to see discoveries that will come out of this building," Maryland House of Delegates Speaker Adrienne A. Jones said.
The building will support and enhance the work of UMD scientists who are pushing the boundaries of their fields to address the grand challenges of our time, from fighting disease and exploring the future of quantum science to creating a sustainable future.
“Our chemistry and biochemistry students and faculty members will have the tools and technologies they need in this new building to take their discoveries to the next level and ultimately improve our world and drive our economy,” said Amitabh Varshney, dean of the College of Computer, Mathematical, and Natural Sciences.
Key research in the new Chemistry Building focuses on:
Antibody-based therapeutics and an HIV vaccine
New materials to tackle urgent problems in energy and sustainability
Quantum chemistry and quantum signaling
Mechanisms used by viruses like SARS-CoV-2 to evade defenses
New materials and technologies for energy conversion and storage or chemical remediation
Revealing the structure of viruses that cause Lassa fever and other infectious diseases
Building novel mass spectrometry instruments to advance cell biology, neuroscience and cancer research
Detecting ovarian cancer from a blood sample
Quantum-state controlled chemical reactions under extreme conditions
“Our new Chemistry Building stands out because it is designed purposefully to enable faculty members and students to share ideas, solve problems and ask new questions about our natural world,” said Janice Reutt-Robey, professor and chair of the Department of Chemistry and Biochemistry. “The environmental features of the new building—strict temperature and humidity control, optimal thermal management, and regulated airflow—will allow us to push our research to new heights.”
The $132 million facility includes:
34 advanced research labs
Two shared research facilities with cutting-edge instrumentation
13,000 square feet of collaboration space
A Chemistry Great Hall, where the department’s 45-plus faculty members and 600-plus undergraduate and graduate students will interact and engage with experts through lectures, conferences and celebrations
Meeting and huddle rooms designed for impromptu discussions, research group meetings and thesis defenses