Ernst Katz (1913-2009)

Obituary from University of Michigan Regent Communications

Professor emeritus Ernst Katz, 96, died at his home in Ann Arbor on September 2, 2009.

ImageA native of Czechoslovakia, born in 1913, Ernst Katz took his undergraduate degree from the University of Utrecht, the Netherlands, in 1933. After spending the spring-summer term of 1934 at Princeton, he continued his studies at Utrecht, receiving his masters degree in 1937 and his Ph.D. in 1941. During the years of WWII, he worked with, and later directed research for a company in Utrecht that manufactured electrical instruments. In 1947 he came to the University of Michigan as an assistant professor of physics; he was promoted to associate professor in 1952 and to professor in 1959. He retired from the Michigan faculty at the end of 1979

George Uhlenbeck had urged Michigan’s hiring of Katz in order to enlarge our department’s work in solid state physics. His doctoral thesis had been on the formation of latent images in photographic film, so at Michigan he and his students worked to find the number of atoms necessary to form a developable speck of latent-image silver and thus provide an experimental foundation for the empirical relationship known as the Reciprocity Law. This led him to experimental work on the Hall effect in sodium chloride and to theoretical work on galvanomagnetic effects on single crystals and to the relationship between energy surfaces and Brillouin zones. He also made useful contributions to our understanding of photosynthesis.

A quiet man with deep respect for academic traditions, Katz was known for his careful, effective approach to teaching in the advanced undergraduate courses in classical mechanics, in electromagnetism, and in solid state physics.

His philosophical approach to science, and indeed to life more generally, was a strong influence on the many of his students who first felt his influence in the physics classroom and then followed his lead to a study of anthroposophy. For many years, in particular those after his formal retirement, Katz was a major contributor to the anthroposophical movement; he was a prime mover in the establishment and growth of the Rudolf Steiner School in Ann Arbor.

Ernst Katz is survived by his son Johan Katz and daughter-in-law Anush Sarkissian Katz of Oxted, England, grandsons Leon Katz and Daniel Katz, and two great grandsons. He was predeceased by his wife Katherine Katz in 1998. He will be remembered for his contributions to teaching and research at the University of Michigan, and his tireless work for the anthroposophical societies of North America and the Netherlands.

===================================================

Obituary in AnnArbor.com

Professor emeritus Ernst Katz, 96, died at his home in Ann Arbor on September 2, 2009. Dr. Katz is survived by his son Johan Katz and daughter-in-law Anush Sarkissian Katz of Oxted, England, grandsons Leon Katz and Daniel Katz, and two great grandsons. He was predeceased by his wife Katherine Katz in 1998. He will be remembered for his contributions to solid-state physics at the University of Michigan, and his tireless work for the anthroposophical societies of North America and the Netherlands. Memorial donations may be made to the Mortgage Reduction Fund of the Rudolf Steiner High School of Ann Arbor, 2230 Pontiac Trail, Ann Arbor, MI 48105.
Published in AnnArbor.com on September 6, 2009

========================================
Ernst Katz, teacher of anthroposophy   by Donald Melcer,   November 06, 2o10

Thoughts about a distinguished teacher, in connection with the publication of the new book:
        Core Anthroposophy: Teaching Essays of Ernst Katz  [ISBN: 9780880107228, March, 2011]

On September 3, 2009 one of the great teachers of anthroposophy crossed the threshold. Ernst Katz was 96 years old. He joined the society when he was 16, and was fully dedicated to anthroposophy as a way of life and for understanding man’s purpose on Earth for all those 80 years.
I first became acquainted with Ernst in 1962 when a series of his articles about the book The Philosophy of Spiritual Activity was published in the new journal (now defunct) Free Deeds. I had been reading various works of Rudolf Steiner for about three years. Like many people, I had struggled to understand that particular book, as well as most of Steiner’s other “basic books.” Ernst’s articles were examples of extraordinarily clear thinking. I felt as though I had at last found a competent guide to the lofty ideas presented in The Philosophy of Spiritual Activity. Every time the postman delivered a new issue of Free Deeds I felt a rush of anticipation for Ernst’s next article.
About five years later at a summer anthroposophical conference I met a young professor of German from the University of Michigan. Alan Cottrell told me about the Ann Arbor study group in anthroposophy led by physics professor Ernst Katz, and the wise guidance he provided. As a person who had studied anthroposophy mostly alone and had many unanswered questions, I was envious of those fortunate people who had such a teacher. Destiny responded kindly to my envy, for within a year I was offered a position at Michigan State University, just a fifty minute drive from Ann Arbor. I quickly broke my vow never live in a place where it snowed all winter, and we left sunny Austin, Texas for snowy East Lansing, Michigan.
The Ann Arbor study group held its meetings in the homes of several members. The presentation protocol was simple. A designated person would present a short recap of a preselected Steiner lecture which was followed by a general discussion. Attendance was typically 25 to 30 eager anthroposophists, and discussion was lively. I found Ernst’s behavior interesting. There was no doubt that he was the leader but he showed no inclination to display his superior anthroposophical knowledge. Often he made little or no comment about a question or topic. More typically the discussion would continue until a question arose that no one could explain adequately. The room would grow quiet as all eyes turned toward Ernst. He would then say rather quietly, “Yes, well…” and then give his thoughts on the question. We learned to have our notebooks and pencils ready at those moments.

Physics students at the university also recognized his extraordinary teaching skills and personal character. Once a group of students called on him during office hours and said something to this effect: “You know, Dr. Katz, we students gossip about our teachers, and we have noticed something different about you. Your courses are more alive and you seem genuinely interested that we understand what you present in lectures. Can you tell us what it is that makes you different?” The students were quite correct in their perception, for Ernst believed that every human connection was an event of destiny, and he treated each one with respect and reverence.

Some years later, Ernst phoned the regular members of the study group and suggested that we buy an old abandoned fraternity house. The purpose was to create a dwelling for university students interested in spiritual development so they could have a common place to live and study. We responded, and the Rudolf Steiner Institute of the Great Lakes Area was formed as a non-profit corporation. The structure of the building was sound, but the interior had to be completely renovated. Much of the restoration work was done by local members who donated their weekends for at least a year. A central building was created where anthroposophical activities of all sorts could take place. Ernst and his wife Katherine soon sold their large home on the Huron river and bought a small house adjacent to the building now named Rudolf Steiner House. For many years they were overseers of the building and friends of the students and artists who lived there. After it’s mission had been served, the building was donated to the Anthroposophical Society in America and is now the society’s headquarters.

The University of Michigan allowed professors to teach what was called “Free Offerings,” full credit courses in their special interests. Course content was carefully screened by a special committee. Ernst applied to teach anthroposophical courses, and after intense scrutiny, was allowed to do so. As a result, he was one of the few university professors at that time—perhaps the only one in North America—who taught courses in both natural science and “spiritual” science.

One of the great blessings of a university teaching career is that opportunities for work are always greater than the time available to do them all. Boredom is never a problem. I saw that Ernst accomplished an amazing amount of work, yet never seemed rushed or anxious. How did he do it? I simply could not accomplish everything I wanted to, and decided to make a special trip to Ann Arbor to ask Ernst’s advice for improvement. Of course I hoped that he would give me a few clues as to how one accomplishes more work in less time. Instead, he told me how one of his colleagues, a famous scientist who received many requests for more information about articles he published, responded to all these inquiries—more than he could possibly answer. Ernst said, “He ignores the first and second request by any individual and only answers if there is a third. He figures that if a person asks the third time, he or she is really interested and will make good use of his reply.” That was Ernst’s quiet answer to my question. As I drove home to East Lansing I felt that he had not answered my question at all. I had expected a detailed answer describing how one goes about improving his output. After a time, the answer dawned upon me. Ernst had said in effect, “Here is how one man does it. You will have to develop the capacity and skills to accomplish what you want in your life—there is no simple formula.” Thanks, Ernst.

All of Ernst’s teachings, whether given to an individual, or published as essays for all to read, have this quality—they did not provide a ready answer to a particular problem, but required the person to think through the details and find his or her own solution. Ernst knew that we learn most profoundly through our own active thinking, and he was a master at stimulating such thinking. No wonder that his physics students perceived something different about him.

All his published anthroposophical essays will soon be available in a book titled Core Anthroposophy: The Teaching Essays of Ernst Katz to be published by Steiner Books. Jannebeth Röell, James Lee, and I edited the book and found the work absolutely inspiring. Ernst’s composition is exquisite. One of the last questions I asked him before his death was, “How do you write these excellent essays?” This was not just a question of curiosity—I wanted to improve my own writing. I was hoping again for an answer in the form of step-by-step instruction.

His response was to mail me a copy of a letter by Sergei Prokofieff praising Ernst for one of his essays. Prokofieff is one of the current generation’s most respected anthroposophical writers. Ernst’s letter thanked me for my compliments about his writing and enclosed a copy of the Prokofieff letter. That was all. What was he suggesting?

Ernst was too modest to be calling attention to himself, so I knew the Prokofieff letter was not for that purpose. His response said in effect, “You discovered something about my writing that a writer we both highly respect also discovered.” I took that to be a very nice personal compliment, but the real lesson was, “If you will continue to study the essays carefully you will discover the method of my writing.” Then, of course, what I learn will come as my own effort in imaginative cognition, not by following a set of instructions that would likely produce a dull imitation. At that moment I felt deep thanks—thanks from the heart—for Ernst’s answer to my question.

Ernst intended all of his writings to be for both the present and coming generations. He would be pleased if you were to select him as one of your spiritual teachers. You won’t be disappointed if you do.

Donald Melcer, PhD, is professor emeritus at Michigan State University, a clinical psychologist, and a marriage and family therapist. He coordinates the Anthroposophical Foundation studies at the Austin, Texas, Waldorf School.

Donald Meyer (1926-2012)

Donald I. Meyer  retirement memoir (from from University of Michigan Regents’ Proceedings 344)
Donald I. Meyer, professor of physics, retired from active faculty status on December 31, 1996, following 40 years of service.
Professor Meyer earned his B.S. degree in 1946 from the Missouri School of Mines and his Ph.D. degree in 1953 from the University of Washington. He taught at the University of Oklahoma from1952-55 and then joined the research staff at the Brookhaven National Laboratory. He joined the faculty at the University of Michigan in 1957 as assistant professor of physics. He was promoted to associate professor in 1961 and professor in 1966.Image
Professor Meyer’s initial work at the University of Michigan involved bubble chamber experiments. Later, he collaborated in work on strong interactions and the associated production of strange particles. During this period, he worked on a technique for modulating the voltage on the cathode of a photomultiplier as a means of achieving very good time resolution. He also collaborated on the development of a spectrometer magnet and on optical spark chambers.

Through the 1970s and early 1980s, Professor Meyer collaborated on hadronic physics experiments at Fermilab. Later, he and colleagues helped initiate the multi-university high-resolution spectrometer collaboration at the positron-electron collider storage ring at the Stanford Linear Accelerator Center. In the 1990s Professor Meyer collaborated in a gamma ray astronomy program at the Whipple Observatory in Arizona. Using Cerenkov radiation from gamma-ray air showers, the group employed a large mirror with a matrix of photomultipliers as its focus to observe photons with energies 10,000 times higher than could be studied by satellites. This resulted in detection of the first extra-galatic source seen at these energies, Markarian-421.
Professor Meyer initiated a joint program between the Department of Physics and the College of Engineering to train Ph.D. students in practical applications of modern physics technologies, which led to the highly successful Program in Applied Physics. He also took leadership roles in the recently completed renovation of the Randall Laboratory and West Engineering buildings and helped design the new Physics Research Laboratory. In recognition of his role in helping to create the physics department’s outstanding physical facilities, the physics meeting room in 335 West Hall has been named the Donald I. Meyer Commons.
The Regents now salute this faculty member by naming Donald I. Meyer professor emeritus of physics.

=====================================

======================================

Obituary (from AnnArbor.com from April 18 2012)
Donald Irwin Meyer, 86, died peacefully on April 13, 2012 in hospice at Saint Joseph Mercy Hospital following a stroke. A private family service was held on April 15th. Donald had been a resident of Ann Arbor since 1956. He was born in St. Louis, Missouri on February 13, 1926, son of Irwin Julius Meyer and Louise (Ruga) Meyer.

While working on his BS degree in Physics and Electrical Engineering at Missouri School of Mines at Rolla, he was drafted into the Army in 1945. He served during World War II at Los Alamos National Laboratory, and received his BS degree in 1946. He then completed a PhD in Nuclear Physics at the University of Washington in 1953. In 1957, after briefly working at the University of Oklahoma and Brookhaven National Laboratory, he joined the Physics Department at the University of Michigan where he was on the faculty until he retired as a full Professor in 1997.

During his tenure at the University of Michigan, he worked on experiments at CERN (Geneva, Switzerland), Argonne National Laboratories (Argonne, Illinois), Fermilab (Batavia, Illinois), and the Stanford Linear Accelerator Center (Stanford, California), in addition to publishing over 100 papers. He oversaw a $60 Million project to renovate and construct new facilities for the Physics Department in Randall Laboratory and West Hall. He also conceived and worked to establish the very successful Applied Physics PhD program.

Donald is survived by his wife of 61 years, Lee Meyer (formerly Mary Lee Rogers), whom he married on September 8, 1950 in Cheyenne, Wyoming. He is also survived by his children Kurt Meyer, a resident of Ann Arbor; Karla (Meyer) Oshanski, a resident of Northville, Michigan; Kraig Meyer, a resident of San Francisco, California; grandchildren Nicole (Oshanski) Massey, a resident of Allen Park, Michigan; Ashley Meyer, a resident of Boston, Massachusetts; Kari Oshanski, a resident of Columbus, Ohio. He is predeceased by several years by his sister, Virginia Henderson, who was a resident of Fairfax Station, Virginia.

His passions included skiing, gardening, woodworking and his grandchildren. He served as an officer in the Ann Arbor chapter of the American Rhododendron Society, and on the board of the Ann Arbor Orchid society. Donations may be sent in memory of Donald Meyer to either the First Congregational Church of Ann Arbor, 608 E. William St., Ann Arbor, MI 48104 or to the University of Michigan Physics Department Strategic Fund, 3003 S. State St, Suite 8000, Ann Arbor, MI 48109.

========================

Blog readers are invited to contribute their recollections of Don Meyer