Photo Gallery
Science Center
Photo by Eric J. Hanson |
The Science Center, completed in 2002, is designed for contemporary methods in science education, which emphasize interdisciplinary collaboration and faculty mentorship. The complex houses the biology, chemistry, neuroscience, and physics and astronomy departments. The facility also has a spacious science library, high-tech lecture halls, and specialized laboratories such as a cell culture room, electrophysiology suite, and labs featuring NMR spectrometers, vacuum deposition chambers, and a confocal microscope. The Science Center is also home to Oberlin’s 64-bit supercomputer, one of the first in the nation installed at a liberal arts college. Oberlin students have access to sophisticated instrumentation that, at many major universities, would be reserved only for students at the graduate level. |
|---|
Photo by Fuchs & Kasperek Photography |
The Science Center, completed in 2002, is designed for contemporary methods in science education, which emphasize interdisciplinary collaboration and faculty mentorship. The complex houses the biology, chemistry, neuroscience, and physics and astronomy departments. The facility also has a spacious science library, high-tech lecture halls, and specialized laboratories such as a cell culture room, electrophysiology suite, and labs featuring NMR spectrometers, vacuum deposition chambers, and a confocal microscope. The Science Center is also home to Oberlin’s 64-bit supercomputer, one of the first in the nation installed at a liberal arts college. Oberlin students have access to sophisticated instrumentation that, at many major universities, would be reserved only for students at the graduate level. |
|---|
Photo by Cary Foster |
The Science Center, completed in 2002, is designed for contemporary methods in science education, which emphasize interdisciplinary collaboration and faculty mentorship. The complex houses the biology, chemistry, neuroscience, and physics and astronomy departments. The facility also has a spacious science library, high-tech lecture halls, and specialized laboratories such as a cell culture room, electrophysiology suite, and labs featuring NMR spectrometers, vacuum deposition chambers, and a confocal microscope. The Science Center is also home to Oberlin’s 64-bit supercomputer, one of the first in the nation installed at a liberal arts college. Oberlin students have access to sophisticated instrumentation that, at many major universities, would be reserved only for students at the graduate level. |
|---|
Photo by Cary Foster |
The Science Center, completed in 2002, is designed for contemporary methods in science education, which emphasize interdisciplinary collaboration and faculty mentorship. The complex houses the biology, chemistry, neuroscience, and physics and astronomy departments. The facility also has a spacious science library, high-tech lecture halls, and specialized laboratories such as a cell culture room, electrophysiology suite, and labs featuring NMR spectrometers, vacuum deposition chambers, and a confocal microscope. The Science Center is also home to Oberlin’s 64-bit supercomputer, one of the first in the nation installed at a liberal arts college. Oberlin students have access to sophisticated instrumentation that, at many major universities, would be reserved only for students at the graduate level. |
|---|
|
The Science Center, completed in 2002, is designed for contemporary methods in science education, which emphasize interdisciplinary collaboration and faculty mentorship. The complex houses the biology, chemistry, neuroscience, and physics and astronomy departments. The facility also has a spacious science library, high-tech lecture halls, and specialized laboratories such as a cell culture room, electrophysiology suite, and labs featuring NMR spectrometers, vacuum deposition chambers, and a confocal microscope. The Science Center is also home to Oberlin’s 64-bit supercomputer, one of the first in the nation installed at a liberal arts college. Oberlin students have access to sophisticated instrumentation that, at many major universities, would be reserved only for students at the graduate level. |
|---|
|
The Science Center, completed in 2002, is designed for contemporary methods in science education, which emphasize interdisciplinary collaboration and faculty mentorship. The complex houses the biology, chemistry, neuroscience, and physics and astronomy departments. The facility also has a spacious science library, high-tech lecture halls, and specialized laboratories such as a cell culture room, electrophysiology suite, and labs featuring NMR spectrometers, vacuum deposition chambers, and a confocal microscope. The Science Center is also home to Oberlin’s 64-bit supercomputer, one of the first in the nation installed at a liberal arts college. Oberlin students have access to sophisticated instrumentation that, at many major universities, would be reserved only for students at the graduate level. |
|---|
Photo by Rebecca Lammons '06 |
The Science Center, completed in 2002, is designed for contemporary methods in science education, which emphasize interdisciplinary collaboration and faculty mentorship. The complex houses the biology, chemistry, neuroscience, and physics and astronomy departments. The facility also has a spacious science library, high-tech lecture halls, and specialized laboratories such as a cell culture room, electrophysiology suite, and labs featuring NMR spectrometers, vacuum deposition chambers, and a confocal microscope. The Science Center is also home to Oberlin’s 64-bit supercomputer, one of the first in the nation installed at a liberal arts college. Oberlin students have access to sophisticated instrumentation that, at many major universities, would be reserved only for students at the graduate level. |
|---|
|
The Science Center, completed in 2002, is designed for contemporary methods in science education, which emphasize interdisciplinary collaboration and faculty mentorship. The complex houses the biology, chemistry, neuroscience, and physics and astronomy departments. The facility also has a spacious science library, high-tech lecture halls, and specialized laboratories such as a cell culture room, electrophysiology suite, and labs featuring NMR spectrometers, vacuum deposition chambers, and a confocal microscope. The Science Center is also home to Oberlin’s 64-bit supercomputer, one of the first in the nation installed at a liberal arts college. Oberlin students have access to sophisticated instrumentation that, at many major universities, would be reserved only for students at the graduate level. |
|---|
Photo by Eva Green '06 |
The Science Center, completed in 2002, is designed for contemporary methods in science education, which emphasize interdisciplinary collaboration and faculty mentorship. The complex houses the biology, chemistry, neuroscience, and physics and astronomy departments. The facility also has a spacious science library, high-tech lecture halls, and specialized laboratories such as a cell culture room, electrophysiology suite, and labs featuring NMR spectrometers, vacuum deposition chambers, and a confocal microscope. The Science Center is also home to Oberlin’s 64-bit supercomputer, one of the first in the nation installed at a liberal arts college. Oberlin students have access to sophisticated instrumentation that, at many major universities, would be reserved only for students at the graduate level. |
|---|
|
The Science Center, completed in 2002, is designed for contemporary methods in science education, which emphasize interdisciplinary collaboration and faculty mentorship. The complex houses the biology, chemistry, neuroscience, and physics and astronomy departments. The facility also has a spacious science library, high-tech lecture halls, and specialized laboratories such as a cell culture room, electrophysiology suite, and labs featuring NMR spectrometers, vacuum deposition chambers, and a confocal microscope. The Science Center is also home to Oberlin’s 64-bit supercomputer, one of the first in the nation installed at a liberal arts college. Oberlin students have access to sophisticated instrumentation that, at many major universities, would be reserved only for students at the graduate level. |
|---|
Photo by Fuchs & Kasperek Photography |
The Science Center, completed in 2002, is designed for contemporary methods in science education, which emphasize interdisciplinary collaboration and faculty mentorship. The complex houses the biology, chemistry, neuroscience, and physics and astronomy departments. The facility also has a spacious science library, high-tech lecture halls, and specialized laboratories such as a cell culture room, electrophysiology suite, and labs featuring NMR spectrometers, vacuum deposition chambers, and a confocal microscope. The Science Center is also home to Oberlin’s 64-bit supercomputer, one of the first in the nation installed at a liberal arts college. Oberlin students have access to sophisticated instrumentation that, at many major universities, would be reserved only for students at the graduate level. |
|---|
|
The Science Center, completed in 2002, is designed for contemporary methods in science education, which emphasize interdisciplinary collaboration and faculty mentorship. The complex houses the biology, chemistry, neuroscience, and physics and astronomy departments. The facility also has a spacious science library, high-tech lecture halls, and specialized laboratories such as a cell culture room, electrophysiology suite, and labs featuring NMR spectrometers, vacuum deposition chambers, and a confocal microscope. The Science Center is also home to Oberlin’s 64-bit supercomputer, one of the first in the nation installed at a liberal arts college. Oberlin students have access to sophisticated instrumentation that, at many major universities, would be reserved only for students at the graduate level. |
|---|