William Seifriz

William Seifriz (August 11, 1888 – July 13, 1955) was a Professor of Biology at the University of Pennsylvania and an important figure in the history of plant physiology and plant cell biology.

Personal life

William Seifriz was born on August 11, 1888 outside of Washington, D.C. to Paul Seifriz M.D. and his wife, both of whom emigrated from Germany in 1887. After Paul Seifriz died, Seifriz' mother ran a boarding house for scientists from the United States Department of Agriculture. This association with botanists led the young Seifriz to pursue the study of botany. After graduating McKinley Technical High School in 1907 as valedictorian, he worked as a laboratory assistant in the United States Department of Agriculture, working on experimental electroculture. After working as a laboratory assistant for three years, he spent one year as a practical student in a shipyard in Bremen, Germany. After returning to America, he spent one year studying law at Georgetown University. Realizing that science would be a worthwhile way for him to accomplish his life's work, he entered The Johns Hopkins University where he was awarded a B.S. honoris causa in 1917 and earned a Ph.D. in botany in 1920. After graduation, Seifriz went to Geneva, Switzerland to study cell physiology with Robert Hippolyte Chodat. He continued to do research at Imperial College London and King's College London in England. Then Seifriz joined Herbert Freundlich at the Kaiser Wilhelm Institute to learn the techniques he would need to understand the physical properties of protoplasm.^[1][2]

Seifriz spent time with Ernest Rutherford, Jacobus van't Hoff, Svante Arrhenius, Niels Bohr, Max Planck, Walther Nernst and Max von Laue.^[3]

Seifriz held 'Philosophical Meetings' at his home Seifriziana to which he invited artists, musicians, scientists, medical doctors, psychologists, and other intellectuals. He loved animals and kept birds, monkeys, donkeys, cats, rabbits, peacocks and a dog. He also collected French porcelain and Italian bronze. He did not have a telephone.^[4][1]

Seifriz married Myra George when he was 64.

Seifriz died on July 13, 1955 while collecting botanical specimens near the Chesapeake Bay.^[1]

William Seifriz was an Associate Editor for the journal Protoplasma from its founding in 1926 to his death in 1955. He was also an Associate Editor of Journal of Colloid Science and Biodynamica.

University life

Seifriz was a Seessel Fellow^[5] at Yale University from 1922 to 1923. He became an instructor at the University of Michigan in 1923 and came to the University of Pennsylvania as a National Research Fellow in 1924 and became a professor of protoplasmatology and plant geography in 1925.^[1]

Research

Seifriz was a naturalist and a laboratory scientist who studied the viscoelastic properties and microscopic structure of protoplasm.^[6][7] Using a micromanipulator and microdissection, Seifriz showed that protoplasm was non-Newtonian, thixotropic and elastic.^[8] Seifriz proposed that the physical properties of protoplasm were a consequence of long chain molecules attached to one another like a brush heap. Seifriz studied the streaming protoplasm of the slime mold Physarum polycephalum and coined the word, protoplasmatologist for someone who studies the properties of living protoplasm. Seifriz' expertise ranged from physics to philosophy.^[9] Seifriz's work appeared in Time Magazine.^[4][10]

In a review of Seifriz' book, Protoplasm, E. O. Kraemer wrote, "Professor Seifriz is a versatile scientist. His work on emulsions, gels, and other colloid topics is well known among chemists and physicists, but they may not be aware that Professor Seifriz is a member of a botany department and is an active investigator in botany and biology. Professor Seifriz's general attitude toward science, and, in particular, his point of view in his book is typified by the quotation from Descartes with which he introduces his preface: If, therefore, anyone wishes to search out the truth of things in serious earnest, he ought not to select one special science; for all the sciences are conjoined with each other and interdependent."^[11]

In a review of Seifriz' book, The Structure of Protoplasm, C. A. Shull described it as "One of the most important summaries of protoplasmic structure in the English language."^[12]

Noburô Kamiya^[13][14][15] worked with Seifriz, According to Time Magazine, "Unobtrusively last year into Dr. Seifriz' laboratory glided a fragile, gracious, 27-year-old Japanese scientist, Noburo Kamiya. This gifted young man had done postgraduate work in botany at Tokyo's Imperial University, was studying at Giessen in Germany in the fateful summer of 1939. When Germany invaded Poland, the Japanese Government ordered Kamiya to get out. Not stopping for books or clothing, he left posthaste for the U. S. by way of Hamburg and Bergen. He wrote to Dr. Seifriz, asking if he could go to work in his laboratory. Seifriz welcomed him. "First thing I did," Seifriz recalls, "was to lend him a raincoat." Kamiya still has it".^[10]

Teaching

In his lectures in Physics and Chemistry of Protoplasm, Seifriz gave not only the facts, but the background of the subject and the lines of thought by which the discoveries have come about.^[1][3] When he lectured on Plants and Climates, he showed slides of photographs that he took while on his many botanical trips throughout the world.

Books

• Seifriz, William (1936) Protoplasm. McGraw-Hill Book Company, New York, NY
• Seifriz, William (1938) The Physiology of Plants. John Wiley & Sons, New York, NY
• Seifriz, William, ed. (1942) A Symposium on the Structure of Protoplasm: A Monograph of the American Society of Plant Physiologists. Iowa State College Press, Ames IA

Film

Seifriz used cinematography to make a movie entitled, Seifriz on Protoplasm, which won prizes at several film festivals and was shown on television.^[16]

Honors

Chamaedorea seifrizii, the Victorian Parlor Palm, was named after William Seifriz.^[17]

Quotes

• "Clerk Maxwell, whose contributions greatly enriched the inheritance left by Newton and consolidated the work of Faraday, was as sound a mathematical physicist as the world has produced, yet he was a dreamer. His first recollection, he tells us, was that of lying on the grass before his father's house and looking up at the sun and wondering."^[3]
• "Let us not forget that the natural sciences as well as the fine arts are children of the imagination."^[18]
• "When Heisenberg tells us, as he did tell us, that the uncertainty principle presents an insurmountable barrier, a wall over which we shall never see, he is throwing physics back into the mysticism and vitalism of the distant past. That is the tragedy. Physics can claim its place of honor in the sun of knowledge only so long as it adheres to the principles of causality functioning in a realistic world. These principles were the emancipators of thought in the last century, and served as ports of refuge from the bigotry of intolerance and mysticism. I do not like DuBois-Reymond's 'Ignorabimus, we shall never know,' but I like it better than Heisenberg's 'We now know that we shall never know.' "^[19]
• "Our scientific congresses are a hodgepodge of trivia. The conversation is that of men on the defensive."^[20]
• "All our book learning, all the brilliant discoveries of science, have contributed but little to the inner well being of man. In this sense knowledge has failed miserably in its purpose. Religion, likewise, through its insistence on faith and its indifference to knowledge has accomplished little in improving the welfare of man. Yet both learning and religion possess great potentialities for good which have never been realized because each has ignored the greatness in the other. A religion enlightened through knowledge, and a knowledge which leads to understanding, will give us the new culture and the new world which we seek."^[21]
• "What can a man who collects flowers and insects know of chemistry anyway?"^[22]

References

1. 1 2 3 4 5 Kamiya, Noburô (1956). "In Memoriam William Seifriz". Protoplasma. 45 (4): 513–524. Retrieved September 14, 2016. 
2. ↑ Freundlich, H. and W. Seifriz (1923). "Über die Elastizität von Solen und Gelen". Z. physik. Chem. 104 (3/4): 233–261. 
3. 1 2 3 Seifriz, William. "A New University". Science. 120 (3107): 87–91. Retrieved September 14, 2016. 
4. 1 2 "Glorious handful". Time 30(33):29. December 6, 1937. 
5. ↑ Anon (1922). Catalog of Yale University (1921-1922) Eighteenth Series, Number 16. New Haven: Yale University Press. p. 444.  |access-date= requires |url= (help)
6. ↑ Dietrich, Michael R. (2015). "Explaining the "Pulse of Protoplasm": The Search for Molecular Mechanisms of Protoplasmic Streaming.". Journal of Integrative Plant Biology. 57 (1): 14–22. Retrieved September 14, 2016. 
7. ↑ ""Loose Protoplasm" has Rhythmic Flow of Higher Life Tissue" (page 7). Colorado Historic Newspapers Collection. Aspen Daily Times (December 2, 1937). Retrieved September 19, 2016. 
8. ↑ Wayne, Randy (2009). Plant Cell Biology: From Astronomy to Zoology. Amsterdam: Elsevier/Academic Press. Retrieved September 14, 2016. 
9. ↑ Seifriz, William (1939). "A materialistic interpretation of life". Philosophy of Science. 6 (3): 266–284. 
10. 1 2 "The pulse of protoplasm". Time 36(22):46. November 24, 1940. 
11. ↑ Kraemer, E. O. (1937). "Protoplasm. By William Seifriz". J. Phys. Chem. 41 (2): 341–342. doi:10.1021/j150380a028. Retrieved September 14, 2016. 
12. ↑ Shull, C. A. (1942). "The Structure of Protoplasm: William Seifriz". Botanical Gazette. 103 (3): 630–631. doi:10.1086/335080. Retrieved September 14, 2016. 
13. ↑ Seifriz, W. and N. Kamiya (1940). "Theoretical and experimental studies on protoplasmic streaming". Science. 92 (2393): 416. 
14. ↑ Kamiya, N. and W. Seifriz (1954). "Torsion on a protoplasmic thread". Experimental Cell Research. 6 (1): 1–16. 
15. ↑ Kamiya, Noburô (1989). "My Early Career and the Involvement of World War II". Annu. Rev. Plant Physiol. Plant Mol. Biol. 40: 1–18. Retrieved September 14, 2016. 
16. ↑ Seifriz, William. "Seifriz on Protoplasm (1954)". Retrieved September 14, 2016. 
17. ↑ Robinson, Robin (2015). "Parlor talk: Victorian palms, primordial rhythms". Keys News; Wednesday June 24, 2015. Retrieved September 14, 2016. 
18. ↑ Seifriz, William. "Poetic Imagination Necessary in Rigid, Scientific Pursuit of Truth" (PDF). The Daily Pennsylvanian (Friday, January 14, 1955): 7. Retrieved September 14, 2016. 
19. ↑ Seifriz, William (1943). "Creative imagination and indeterminism". Philosophy of Science. 10 (1): 25–33.  |access-date= requires |url= (help)
20. ↑ Gaither, C. C., A. E Cavazos-Gaither (2000). Scientifically Speaking: A Dictionary of Quotations, Second Edition. Bristol and Philadelphia: Institute of Physics Publishing.  CS1 maint: Multiple names: authors list (link)
21. ↑ Seifriz, William (2008). Knowledge and Understanding, in: Congrès International de Philosophie – 24-30 septembre 1944 DES PROBLÈMES DE LA CONNAISSANCE Travaux du Congrès international de philosophie consacré aux problèmes de la connaissance. "Moun" - Revue de philosophie Publiée deux fois l’an par les professeurs de l’Institut de Philosophie Saint François de Sales. 
22. ↑ Seifriz, William (1923). "Thins Academic in Europe". The Johns Hopkins Alumni Magazine. 12: 36–46. 

Obituaries

• Kamiya, Noburô (1956) "In Memoriam William Seifriz" Protoplasma 45: 513-524.

External links

• Chamaedorea seifrizii is a palm native to Mexico and Central America. The specific epithet honors the collector of the type, William Seifriz.
• Seifriz on Protoplasm 1954
• Protoplasm at Biodiversity Library
• Protoplasm at archive.org