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- Exhibit of Early Electrical Lighting at Columbia University, circa 1929 -
- circa 1929
- Collections - Artifact
Exhibit of Early Electrical Lighting at Columbia University, circa 1929
- PCR-MATE Model 391 DNA/RNA Synthesizer, 1991-1993 -
- 1991-1993
- Collections - Artifact
PCR-MATE Model 391 DNA/RNA Synthesizer, 1991-1993
- "The Tasimeter," November 1878 -
- November 01, 1878
- Collections - Artifact
"The Tasimeter," November 1878
- Condenser, 1961 - Paul Stankard, one of the founders of the Studio Glass movement, began working with glass in the early 1960s. He graduated with a degree in Scientific Glassblowing in 1963, then worked for various chemical laboratories making scientific instruments, like this condenser. Paul, however, dreamed of being an artist and in the late 1960s experimented with making paperweights--a creative form in which he would excel.
- 1961
- Collections - Artifact
Condenser, 1961
Paul Stankard, one of the founders of the Studio Glass movement, began working with glass in the early 1960s. He graduated with a degree in Scientific Glassblowing in 1963, then worked for various chemical laboratories making scientific instruments, like this condenser. Paul, however, dreamed of being an artist and in the late 1960s experimented with making paperweights--a creative form in which he would excel.
- Instruments Used in Reporting Weather Conditions -
- Collections - Artifact
Instruments Used in Reporting Weather Conditions
- Atomizer, 1964 - Paul Stankard, one of the founders of the Studio Glass movement, began working with glass in the early 1960s. He graduated with a degree in Scientific Glassblowing in 1963, then worked for various chemical laboratories making scientific instruments, like this atomizer. Paul, however, dreamed of being an artist and in the late 1960s experimented with making paperweights--a creative form in which he would excel.
- 1964
- Collections - Artifact
Atomizer, 1964
Paul Stankard, one of the founders of the Studio Glass movement, began working with glass in the early 1960s. He graduated with a degree in Scientific Glassblowing in 1963, then worked for various chemical laboratories making scientific instruments, like this atomizer. Paul, however, dreamed of being an artist and in the late 1960s experimented with making paperweights--a creative form in which he would excel.
- X-Ray Light Apparatus - Wilhelm Roentgen's discovery of X-rays in 1895 led to an explosion of inventions that utilized electromagnetic radiation. These machines were used for a variety of purposes, from medical diagnosis to novelty photographs. Philadelphia-based engineers Charles H. Richardson and Ferdinand F. Metzger, who primarily created medical and scientific instruments, manufactured this X-ray light apparatus.
- Collections - Artifact
X-Ray Light Apparatus
Wilhelm Roentgen's discovery of X-rays in 1895 led to an explosion of inventions that utilized electromagnetic radiation. These machines were used for a variety of purposes, from medical diagnosis to novelty photographs. Philadelphia-based engineers Charles H. Richardson and Ferdinand F. Metzger, who primarily created medical and scientific instruments, manufactured this X-ray light apparatus.
- Scientific Instrument -
- Collections - Artifact
Scientific Instrument
- Scientific Instrument, 1850-1880 -
- 1850-1880
- Collections - Artifact
Scientific Instrument, 1850-1880
- Menlo Park Relic, Excavated in 1928 from the Original Site of Thomas Edison's Menlo Park Laboratory -
- 1928
- Collections - Artifact
Menlo Park Relic, Excavated in 1928 from the Original Site of Thomas Edison's Menlo Park Laboratory