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As a central science, chemistry has been an integral part of the University of Minnesota since its official establishment in 1869.
Edward Twinning was the first University faculty member to teach chemistry. During the early years, chemistry was part of the agricultural division and was housed in the Agriculture Building. That building was constructed in 1875, and was destroyed by fire on December 3, 1888. A new science building, now called Nicholson Hall, was built and occupied by chemistry and physics in 1890.
Edward E. Nicholson served the University for 46 years, 1895-1941, as a member of the chemistry faculty and later Dean of Students. He is one of four chemists honored by the University with his name on a building. The others include:
- Lind Hall named after Samuel C. Lind,
- Smith Hall named after Lee Irvin Smith, and
- Kolthoff Hall named after Izaak Maurits Kolthoff.
The chemistry curriculum began to expand significantly, and the number of students and faculty increased. Medical students took courses in physiological chemistry, toxicology, and analytical chemistry. Chemistry was taught in two colleges—College of Science, Literature and the Arts and College of Engineering, Metallurgy and the Mechanical Arts. As more colleges developed within the University, faculty at those colleges taught all courses to their students. The Medical School and College of Agriculture both constructed their own chemistry buildings in the early 1890s. The increase in the number of students taking chemistry courses eventually required the separation of physics from chemistry in 1902. Physics moved to a new building and Nicholson Hall was renovated to accommodate additional chemistry labs.
Building a first-rate program
In 1893, George B. Frankforter was hired to head chemistry. Upon his arrival in Minnesota, he immediately started the long process of building a first-rate program by
- increasing the number of classes offered in chemistry,
- increasing the number of the faculty members,
- building a chemistry library,
- promoting research, and
- launching the chemistry graduate program.
Frankforter’s vision was to bring all chemistry at the University into one School of Chemistry. The culmination of his efforts came on May 17, 1904, when the Board of Regents officially separated the School of Chemistry from the College of Science, Literature and the Arts and appointed Frankforter as its dean.
In 1904, two degree paths were offered—one for students interested in becoming teachers, analysts and general scientists, and one for students interested in engineering chemistry. By 1910, so many students were enrolled in chemistry classes that it was clear a larger facility and additional faculty were needed.
Smith Hall construction
Plans were drawn and an appropriation was approved for a new building. Construction took two years and consumed more money than was allocated. In 1913, Smith Hall opened without a completed west section and missing the planned fourth floor. It was one of the first university buildings in the United States devoted exclusively to chemistry. It remains an iconic building on the Northrop Mall, and still has School of Chemistry etched into its concrete facing. Eventually, funds were allocated to complete the building, and an addition was completed in 1922.
Even before it was completed, the space problem caused Dean Frankforter to write, “Some of the students in the main laboratory have no regular laboratory locker desks and have been compelled to use small boxes for their apparatus, chemicals and problems.” Smith Hall suffered significant damage in 1959 in a fire that started in the basement. No students were injured in the fire, but the building needed a lot of work. Smith Hall was completely renovated in 1972. Another renovation, which finished in 1987, added air conditioning to the building.
From 1917 to 1925, a number of reorganizations took place, including the establishment of five formal and largely independent divisions—analytical, general and inorganic, organic, physical, and technological chemistry.
In the period from 1919 to 1935, the University also moved to establish the Institute of Technology. Most of the students graduating from the technological division received chemical engineering degrees. In 1949, the faculty in the technological chemistry composed a new Department of Chemical Engineering headed by Professor Charles Mann.
Samuel Lind's leadership
Professor Samuel C. Lind, who had been serving as the director in chemistry since 1926, was appointed as the first dean of the Institute of Technology in 1935. Lind was an important figure in chemistry, especially in his field of ion-molecule reactions and radiochemistry. He did post-doctoral work with Marie Curie in Paris and at the Radium Institute in Vienna, and published extensively on the interaction of radiation with gas molecules. During his stay at Minnesota, 1926-1945, he was elected president of the American Electrochemical Society, president of the American Chemical Society, and a member of the National Academy of Sciences. In 1952, after his retirement, he became the first faculty member to receive the Priestley Medal—the most prestigious award granted by the American Chemical Society.Lind attracted many outstanding faculty members to Minnesota who built the department’s strong foundation of research. Some of those included:
- Fred Koelsch whose research covered a broad spectrum of organic chemistry who is perhaps most famous for synthesizing the first stable free radical.
- Richard Arnold who was a pioneer in the field of physical organic chemistry who lead the Organic Division.
Forefront scientists: Smith and Kolthoff
In 1920, a fresh doctorate from Harvard, Lee Irvin Smith, 1891-1973, joined the faculty and served as chief of the Division of Organic Chemistry from 1932-1958. He specialized in synthetic organic chemistry, and is best known for his extensive work on polymethylbenzenes, which led to the synthesis of vitamin E. He was elected to the National Academy of Sciences in 1944, and was the first recipient, in 1958, of the Minnesota Award given by the Minnesota Section of the American Chemical Society. He retired in 1960, and died in 1973. His research and leadership propelled him to the forefront of organic chemistry and he was recognized as one of the scientists that helped to move the center of organic chemistry to the United States.
Another forefront scientist, Izaak Maurits Kolthoff, 1894-1993, joined the department in 1927. Kolthoff was considered the father of modern analytical chemistry, and was head of the analytical division from 1930-1962. By applying fundamental physical principles and insights, he transformed chemical analysis from a qualitative to a quantitative science. He is best know for developing a cold process recipe for synthetic rubber during World War II. He “retired” in 1962, but continued his research and writing until his death. More than 1,100 doctorate chemists can trace their academic lineage to this laboratory. He was elected to the National Academy of Sciences, was the first recipient of the ACS’s first Award for Excellence in Education, and was posthumously induced into the Minnesota Science and Technology Hall of Fame.
The University honored both Smith and Kolthoff by naming its chemistry buildings after them in 1972, in conjunction with the dedication of the newly built Kolthoff Hall. The Department of Chemistry also honors Kolthoff’s legacy with its Kolthoff Lectureship in Chemistry, which brings some of the most preeminent scientists in the world to the University for multi-day seminars and workshops.
In 2014, the American Chemical Society honored Kolthoff's legacy as a National Historic Chemical Landmark. More than 400 people attend the dedication ceremony, symposium in Kolthoff's honor, and the centennial of Smith Hall, Kolthoff's long-time academic home.
Kolthoff Hall construction
The number of students taking chemistry courses resulted in the construction of what is now known as Kolthoff Hall. Construction started in 1968 and was completed in May 1971. A two-year renovation of the building begin in 2006, and included expanded hood-intensive laboratory space, upgraded teaching laboratories, and separating graduate student office form the laboratories.
Throughout the years, the Department of Chemistry has been fortunate to attract some of the finest scientists in the world to its faculty. Two faculty members earned the Nobel Prize in Chemistry—William Lipscomb, 1976, for his studies on the structure of boranes illuminating problems of chemical bonding, and Paul Boyer, 1997 for elucidation of the enzymatic mechanism underlying the synthesis of adenosine triphosphate.
Some of our other early pioneers include:
- Margaret C. Etter, 1943-1992, whose research group made major contributions in the applications of solid-state nuclear magnetic resonance spectroscopy, the design and properties of organic non-linear optical materials, and most significantly, in the understanding and utilization of hydrogen-bonding interactions in crystals.
- Regents Professor Paul G. Gassman, internationally known in the chemical community, died in April 1993, at the age of 57. He left behind a legacy of achievement. During his career, he served as mentor and adviser to 85 doctoral and masters’ candidates as well as dozens of postdoctoral associates and undergraduate students. Numerous awards, honors, and honorary degrees were bestowed in recognition of his contributions to research and his service to the scientific, professional, and University communities.
- Professor Albert J. Moscowitz (1929-1996) to honor his many contributions to molecular spectroscopy. He was known for his research on the interpretation of optical rotation and circular dichroism spectra in terms of the structures of chiral molecules. In collaboration with colleagues in the medical sciences, he developed important applications of his methods to biomedical systems.
- Bryce L. Crawford Jr., 1939-1985, was a renowned Department of Chemistry professor and scientist. He died in September 2011, at the age of 96. He loved studying molecular vibrations and force constants, and the experimental side of molecular spectroscopy and molecular structure. During World War II, Crawford worked in research on rocket propellants, making significant contributions to rocketry, and the development of solid propellants for the much larger rockets that evolved after the war.
Continuing our legacy
We have legends on our current faculty as well who are at the forefront of their fields. They are building their own legacies as outstanding researchers and teachers.
Three faculty members are Regents Professors (Timothy Lodge, Lawrence Que Jr., and Donald Truhlar); one is a member of the National Academy of Sciences (Donald Truhlar); two are members of the American Academy of Arts & Sciences (Timothy Lodge and Donald Truhlar); two are McKnight Presidential Endowed Chairs (Laura Gagliardi and Marc Hillmyer); 10 are University Distinguished McKnight Professors (George Barany, Christopher Cramer, Mark Distefano, Laura Gagliardi, Timothy Lodge, Christy Haynes, Marc Hillmyer, Theresa Reineke, J. Ilja Siepmann, and Andreas Stein); and one has received the Guillermo E. Borja Career Development Award (William Pomerantz).
Seventeen are College of Science & Engineering Distinguished Professors honored for their teaching, service, and research, including Edgar Arraiga, David Blank, Christopher Cramer, Mark Distefano, Christopher Douglas, Wayne Gladfelter, Christy Haynes, Marc Hillmyer, Doreen Leopold, Kenneth Leopold, Timothy Lodge, Kent Mann, Wayland Noland, Aaron Massari, R. Lee Penn, Theresa Reineke, and Donald Truhlar.
Eleven faculty members serve as editors for 13 top chemistry journals, playing key roles in the worldwide dissemination of scientific knowledge, including Philippe Buhlmann, Peter Carr, Mark Distefano, Laura Gagliardi, Jiali Gao, Christy Haynes, Marc Hillmyer, J. Ilja Siepmann, Lawrence Que Jr., Theresa Reineke, & Donald Truhlar.
Our award-winning faculty also includes recipients of the F. Albert Cotton Award in Synthetic Inorganic Chemistry (John Ellis); Analytical Chemistry Award (Peter Carr); Peter Debye Award in Physical Chemistry (Laura Gagliardi and Donald Truhlar); Ralph F. Hirschmann Award in Peptide Chemistry (George Barany); Murray Goodman Scientific Excellence & Mentorship Award (George Barany); Presidential Early Career Awards for Scientists and Engineers (Erin Carlson); Alfred Bader Award in Bioinorganic or Bioorganic Chemistry (Lawrence Que Jr.); Japan Society of Coordination Chemistry International Award (Lawrence Que Jr.); Ernest Guenther Award in the Chemistry of Natural Products (Thomas Hoye); Bourke Award from the Royal Society of Chemistry (Laura Gagliardi); Royal Society of Chemistry's Robert Robinson Award (Thomas Hoye); Earle K. Plyler Prize for Molecular Spectroscopy and Dynamics (Donald Truhlar); Herman F. Mark Polymer Chemistry Award (Timothy Lodge); American Chemical Society Arthur C. Cope Scholar Award (Thomas Hoye); American Chemical Society Award in Inorganic Chemistry (Lawrence Que Jr.); Carl Marvel Award in Creative Polymer Chemistry (Marc Hillmyer and Theresa Reineke); National Finalist for the 2017, 2018, 2019 Blavatnik National Awards for Young Scientists (Christy Haynes); Paul J. Flory Polymer Education Award from the American Chemical Society Polymer Division (Timothy Lodge); Royal Society of Chemistry Theophilus Redwood Award (Christy Haynes); Humboldt Research Award (Laura Gagliardi); Coblentz Society's Craver Award (Christy Haynes); Department of Energy Early Career Research Program Award (Renee Frontiera and Ian Tonks); Camille Dreyfus Teacher-Scholar (Renee Frontiera); American Chemical Society Award in Theoretical Chemistry (Donald Truhlar); Organometallics Distinguished Author Award (Ian Tonks); Physical Chemistry Division of the American Chemical Society Award in Theoretical Chemistry (Laura Gagliardi); DuPont Nutrition & Health Science Excellence Medal (Theresa Reineke); and Guggenheim Fellowship (Christopher Cramer and Christy Haynes).