Hello everyone.
This week's Links list is about Medieval Science, Math and Medicine. Even if those subjects aren't your "thing," I believe the list is worth a closer look. Musicians will find enlightenment in the site Ivars Peterson's MathTrek: Medieval Harmony. Cooks will find some amusing information in the Gode Cookery's Medieval Botanica and the Medieval Weights and Measures sites. Fighters might find The Geometry of War fascinating. Artists might find something interesting in Images of the History of Medicine. Those into the Dramatic Arts can find two sites dedicated to science and technology/medicine in Shakespeare and Chaucer's times.
As always, please forward this list wherever it will find an interested audience and feel free to update your own links lists with this list.
Cheers,
Aoife
Medieval Mathematics
http://www.roma.unisa.edu.au/07305/medmm.htm
(Site excerpt) Mathematics Through the Middle Ages (320-1660AD) An
idosyncratic essay by Paul Dickson for History of Mathematics 07305
(University of South Australia, 1996). In the history of mathematics as a
science there existed a so called 'Golden Age' centred in ancient Greece and
the surrounding Mediterranean from about 600BC to 300AD, many advances were
made and recorded in this time.
Then there was the decline of the Dark (or early Middle) Ages that started
with the sacking of Rome and the destruction of most of the knowledge
contained therein. During this time much of the remaining knowledge of the
ancient world was preserved by Byzantium, the rest lay scattered in small
monasteries spread throughout Mediterranean Europe. In the period from 300AD
to 1600AD there existed two major sub-divisions, the early Middle Ages, or
Dark Ages, and the late Middle Ages, just before the Renaissance. In the
early Middle Ages mathematics made no progress, but in the late Middle Ages
there were a few advances and much of what had been forgotten from the
ancient world was rediscovered and re-evaluated. In the late Middle Ages
education was introduced in earnest by the Catholic Church and knowledge of
these rediscovered techniques was spread to the common man.
Aligning Earth and Sky (medieval Japanese Astronomy)
http://www2.gol.com/users/stever/sites.htm
(Site Excerpt) Ancient Astronomy in the Kinki Area of Japan
By Steve Renshaw and Saori Ihara March, 1997
A visitor who has only a few days to spend in some of the ancient cities of
Japan will be overwhelmed by the large number of beautiful temples, shrines,
and gardens which are still preserved. Unfortunately, the changing winds of
history and modern urban development have obliterated many of the sites and
relics of ancient astronomical activity in Japan. However, the Kinki region
(which includes not only the large metropolis of Osaka but Kyoto, Nara, and
the Asuka area to the south), can provide the traveler with some glimpse of
a past in which astronomical observation played a central role in affairs of
state as well as the day-to-day life of ordinary citizens.
Arabic Mathematics: Forgotten Brilliance
http://www-groups.dcs.st-and.ac.uk/~history/HistTopics/Arabic_mathematic...
ml
(Site Excerpt) Recent research paints a new picture of the debt that we owe
to Arabic/Islamic mathematics. Certainly many of the ideas which were
previously thought to have been brilliant new conceptions due to European
mathematicians of the sixteenth, seventeenth and eighteenth centuries are
now known to have been developed by Arabic/Islamic mathematicians around
four centuries earlier. In many respects the mathematics studied today is
far closer in style to that of the Arabic/Islamic contribution than to that
of the Greeks.
The Galileo Project
http://es.rice.edu/ES/humsoc/Galileo/index.html
(Site Excerpt) The Galileo Project is a hypertext source of information on
the life and work of Galileo Galilei (1564-1642) and the science of his
time. The project is supported by the Office of the Vice President of
Computing of Rice University. The initial stages were made possible by a
grant from the Council on Library Resources to Fondren Library.
The Geometry of War
http://www.mhs.ox.ac.uk/geometry/essay.htm
(Site Excerpt) The mathematicians of the Renaissance applied their geometry
to all manner of practical disciplines - from navigation and surveying to
cartography, perspective and dialling. They aimed to demonstrate the
usefulness of geometry as well as its ingenuity and certainty, and to
associate it with action, achievement and progress. Many new instruments
were designed in this context, as the collections of the Museum of the
History of Science amply demonstrate.
Johannes Kepler: His Life, His Laws and Times
http://www.kepler.arc.nasa.gov/johannes.html
(Site excerpt) Johannes Kepler was born at 2:30 PM on December 27, 1571, in
Weil der Stadt, Wrttemburg, in the Holy Roman Empire. He was a sickly child
and his parents were poor. But his evident intelligence earned him a
scholarship to the University of Tbingen to study for the Lutheran
ministry. There he was introduced to and delighted in the ideas of
Copernicus. In 1596, while a mathematics teacher in Graz, he wrote the first
outspoken defense of the Copernican system, the Mysterium Cosmographicum.
Medieval Mathematics and Mathematicians
http://www.math.tamu.edu/~dallen/masters/medieval/
(Site Excerpt) The medieval period was a period of gradual mathematical
development. In other ways it was a period of great philosophical shifts,
not so much on the surface as the Roman Church dominated much of philosophy
and all of religion but underneath, the old Aristotelian views began to
erode. Though it would dominate education for many more centuries, certain
notions began to be be admitted. Most particularly, we see a lively
discussion of the infinite, actual and potential.
Medieval Technology Page
http://scholar.chem.nyu.edu/tekpages/technology.html
(Site Excerpt) The Medieval Technology Pages are an attempt to provide
accurate, referenced information on technological innovation and related
subjects in western Europe during the Middle Ages. There are several ways to
access this information. The most direct method is through the Subject Index
which provides direct access to all the technology pages. Many of the
articles are also present in a historical Timeline. And material can be
found by examining the References which back-reference all articles through
the sources used.
The Alchemy Web Site
http://levity.com/alchemy/
(Site Excerpt) This site is organised by Adam McLean, the well known
authority on alchemical texts and symbolism, author and publisher of over 40
books on alchemical and Hermetic ideas.
Alchemy is a complex subject with many different interconnected aspects. Many people still only think of the quest of the philosophers' stone to change base metals into gold. On this web site you will be able to explore the riches of alchemical texts, some of which are wonderful works of allegorical literature, delve into its amazing, beautiful and enigmatic symbolism, and ponder its underlying hermetic philosophy, which holds a picture of the interconnection of the Macrocosm and Microcosm.
Medieval Science and Scientific Instruments
http://www.humboldt.edu/~rap1/EarlySciInstSite/EarlyInstSite.htm
(Site Excerpt) Since I was a child I have had a strong interest in how we
humans understand and measure our world. Consequently I have played with and
collected measuring instruments for almost as long as I can remember. This
interest in turn lead me to pursue the types of measurements made by earlier
cultures, in particular Medieval Europe, and how they made them. Such
instruments are rare, and most of us have little opportunity to see, let
alone handle or own such artifacts. Thus for about fifteen years I have been
occasionally building my own working replicas of ancient scientific and
philosophical instruments. For equally long I have been giving occasional
lectures on the origins and use of these devices. Recently I have also given
workshops on making one's own simple replicas. This site has been created to
share my interests and to support these lectures and workshops.
The Hands-on Astrolabe page
http://www.ifa.hawaii.edu/tops/astlabe.html
(Site Excerpt) This exercise was developed to be used at the TOPS 1995
workshop in Kamuela (by O. Hainaut and K. Meech), as an activity to get
students and teachers more quickly familiar with the night sky and to easily
give them the ability to plan observations. Below is a description of the
astrolabe and its uses, as well as instructions on how to build one with
location specific templates you can download from the web.
History of Mathematics
http://www-groups.dcs.st-and.ac.uk/~history/
This site goes straight to the menus without commentary. Original works and
translations are cited.
Images from the History of Medicine
http://wwwihm.nlm.nih.gov/
(Site Excerpt) Welcome to Images from the History of Medicine (IHM). This
system provides access to the nearly 60,000 images in the prints and
photograph collection of the History of Medicine Division (HMD) of the U.S.
National Library of Medicine (NLM). The collection includes portraits,
pictures of institutions, caricatures, genre scenes, and graphic art in a
variety of media, illustrating the social and historical aspects of
medicine.
History of Science & Science Museums
http://physics.hallym.ac.kr/physics-services/physics_history2.html
A comprehensive list of websites on the history of Science (including
museums dedicated tot he subject). Note that some of the science included is
modern.
The Medieval Science List
You may subscribe by sending the message "SUBSCRIBE" to
medsci@kant.ch.umkc.edu.
Medieval Weights and Measure
http://www.britannica.com/eb/article?eu=114986&tocid=13614#13614.toc
This article, at Britannica.com, covers a great many systems of
measurements. Do not be fooled byt the titile at the top of the page
(Chinese weights and measures). You must scroll down the page to access the
medieval (and modern) information links.
History of Astronomy: Topics: Archaeoastronomy, Ancient Astronomy and
Ethnoastronomy
http://www.astro.uni-bonn.de/~pbrosche/hist_astr/ha_items_archaeo.html
A comprehensive list of astronomy links.
Gode Cookery's Medieval Botanica (Thanks, Huen :)
http://www.godecookery.com/mythical/mythical.htm
(Site excerpt) Civilizations as early as the Chaldean in southwestern Asia
were among the first to have a belief in plants that never existed, and the
practice continued well beyond the Middle Ages and the Renaissance.
Originally, this was done to disperse the mystery surrounding certain
seemingly-miraculous events and to symbolically embody in a physical form
various aspects - wealth, happiness, fertility, illness, etc. Later, people
began to invent "nonsense plants" to enliven the tale of an otherwise boring
voyage, and with the invention of the printed book, to entertain readers who
loved to believe in such fables. Even spices, which were an important
element of Medieval food, commerce, trade, & society, were given exotic &
incredible backgrounds. The fabulous trees and fauna discussed here are just
a small example of the many fantastic plants our medieval forebears believed
in.
The Current Date and Time in Old English
http://epsilon3.georgetown.edu/~ballc/cgi-bin/todaeg.cgi
(Site Excerpt for Sunday, Feb. 16th at approx. 5:10 PM) Anno mmiii. Tod� is
se xvi d� � mones e mon nemne�Februarius, � is on ure geeode
solmona� Hit is sunnand�. Nu is seo xvii tid.
2003. Today is the 16th day of the month that is called Februarius, that is
in our tongue February. It is Sunday. It is now the 17th hour [after
midnight].
History of Mathematics
http://aleph0.clarku.edu/~djoyce/mathhist/mathhist.html
(Site excerpt) Every culture on earth has developed some mathematics. In
some cases, this mathematics has spread from one culture to another. Now
there is one predominant international mathematics, and this mathematics has
quite a history. It has roots in ancient Egypt and Babylonia, then grew
rapidly in ancient Greece. Mathematics written in ancient Greek was
translated into Arabic. About the same time some mathematics of India was
translated into Arabic. Later some of this mathematics was translated into
Latin and became the mathematics of Western Europe. Over a period of several
hundred years, it became the mathematics of the world.
Renaissance Mathematics (A Lesson plan)
http://www.idbsu.edu/courses/hy309/projects/math.html
(Site Excerpt) This lesson intends to present public school students a brief
history of the progress of mathematics during the Renaissance. The lesson
will combine an introduction to Renaissance mathematical developments with
an explanation of its interactions with social influences of the time.
Hopefully students will have a fresh understanding of the Renaissance period
from this particular perspective.
A Walk through Time
http://physics.nist.gov/GenInt/Time/time.html
The Evolution of Time Measurement through the Ages (some medieval
information)
Medieval Science
http://orb.rhodes.edu/wemsk/sciencewemsk.html
A list of written sources for further study
The Art of Renaissance Science
http://www.pd.astro.it/ars/arshtml/
(Site Excerpt) The music you will hear if you click on this link is typical
music of the Renaissance, music that would have been familiar to the famous
Italian scientist, Galileo Galilei, or to his father, who was himself a
musician.The significance of this music for Galileo's important studies of
motion, his celebrated connection with the leaning tower of Pisa, and
especially his experiments with inclined planes and his analysis of
accelerated motion associated with the leaning tower of Pisa, will become
clear a bit later in this program, devoted to the genius of Galileo and the
relation between his role in the Scientific Revolution and the equally
remarkable achievements of Renaissance artists reflected, in part, in the
discovery and application of mathematical perpective. But first, what of
Galileo and the Scientific Revolution?
Bibliography of Science and Technology in the Middle Ages
http://orb.rhodes.edu/encyclop/culture/scitech/biblio.html
(Site Excerpt, first few sources) Aitchison, Leslie. A History of Metals. 2
vols. London, 1960.
Arano, Luisa Cogliati. The Medieval Health Handbook, Tacuinum sanitatis. Translated by Oscar Ratti and Adele Westbrook. New York, 1976. Ascherl, Rosemary. "The Technology of Chivalry in Reality and Romances." In The study of Chivalry: Resources and Approaches, edited by Howell Chickering and Thomas Seiler, 263-311. Kalamazoo, Michigan, 1988. Bachrach, Bernard S. "Charles Martel, Mounted Shock Combat, the Stirrup, and Feudal Origins." Studies in Medieval and Renaissance History 7 (1970): 47-76.
Bachrach, Bernard S. Merovingian Military Organization, 481-751. Minneapolis, 1972.
European Medieval Science
http://www.horuspublications.com/guide/me10.html
Beginner's Guide to Research in the History of Science. A list of sources
for further study by Horus Pubications ont he Internet (don't be put off by
the very Egyptian page decorations. The topic of the bib. IS medieval
science history).
Epact: Scientific Instruments of Medieval and Renaissance Europe
http://www.mhs.ox.ac.uk/epact/
(Site Excerpt) Epact is an electronic catalogue of medieval and renaissance
scientific instruments from four European museums: the Museum of the History
of Science, Oxford, the Istituto e Museo di Storia della Scienza, Florence ,
the British Museum, London, and the Museum Boerhaave, Leiden. Together,
these museums house the finest collections of early scientific instruments
in the world.
Epact consists of 520 catalogue entries and a variety of supporting material. All European instruments from the four museums by makers who were active before 1600 have been entered in the catalogue. They include astrolabes, armillary spheres, sundials, quadrants, nocturnals, compendia, surveying instruments, and so on. Examples range from ordinary instruments for everyday use to more extravagant and often lavish pieces destined for the cabinets of princes.
The Hypathia Institute
http://www.hypatiamaze.org/
A website dedicated to Women and the History of Science.
The Golden Ages of Medieval Science
http://www.rencentral.com/feb_mar_vol2/medscience.shtml
(Site Excerpt) The Golden Age Of Medieval Science
by Sir Guillaume "A Ph.D. In Fightology" de la Belgique
Many people believe that the Middle Ages was to scientific research what
Chernobyl was to environmental conservation. To dispel this myth, I have
conducted extensive research during the time required for "Chain Saw Zombie
Hunt XVII" to boot up on my new PlayStation2, and I have discovered there
were, in fact, significant advances in science during the Middle Ages. Here,
then, is an overview of the medieval sciences which every history buff
should be familiar with. (Ed. Note: Sir Guillaume is now a Duke of his
kingdom and is the author/owner of the e-column Chivalry Today).
Science and Technology in Shakespeare's World
http://athena.english.vt.edu/~hagedorn/2604/medievalscience.html
(Site Excerpt) The Renaissance period exhibited a phenomenal flurry of
activity in the areas today we would call science and technology.
Shakespeare lived at the threshold of the period which saw a "revolution" in
the way men thought about the world and themselves. Knowledge became
powerful, not just as another way to worship the works of God, but as a way
to obtain mastery over nature and other men.
Technology and Religion, Technology as Religion: Medieval Science
http://atheism.about.com/library/weekly/aa020200b.htm
(Site Excerpt) The project of technological advancement is not a recent
development but instead has its roots in the Middle Ages - and it is here
also that the link between technology and religion develops. Technology came
to be identified specifically with Christian transcendence of a sinful word
and Christian redemption from a fallen human nature.
Byzantine Mediciane
http://www.med.virginia.edu/hs-library/historical/antiqua/texte.htm
(Site Excerpt) Dioscurides was a physician who resided in Rome during the
first century. He composed a compendium of all the materia medica then known
from Greek medicine and other sources. He may have learned his medicine by
practical experience while in the legions and he most certainly relied on an
earlier work by the physician Crateuas. His work describes some 600 plants
and their possible medical use.
DYING TO HAVE A BABY - THE HISTORY OF CHILDBIRTH
http://www.umanitoba.ca/outreach/manitoba_womens_health/hist1.htm
(site Excerpt) In developed countries, child mortality is now low, and
maternal mortality a rare catastrophe; the natural phenomena of birth up
till this century can be best understood by a quotation from an XVIIIth
century Scottish obstetrician, William Smellie: Case 454 Natural delivery;
death from cold afterwards. In the beginning of my practice I was sent for
in a cold frosty night to a poor woman in the country, who had been safely
delivered. As she was excessively cold all the time of labour from the
badness of the house, the want of clothes and the necessities of life, I
gave her husband some money to go to an alehouse at a mile distance and
bring from thence something comfortable. I left directions with the midwife
to get her warm as soon as possible. The fellow got drunk and did not return
for several hours. I was told afterwards that the cold and shivering
continued, and the poor creature died the next morning. Indeed as there was
little or no fuel for fire, both the midwife and I caught severe colds; for
it was a lone house and at a distance from any inhabited neighbourhood.
Gemological Pharmacopaeia
http://octagamm.com/gemcache/gemintro.htm
(Site Excerpt) In the Middle Ages, the well stocked apothecary probably
carried as many remedies for coughs, eye problems, rheumatism and
indigestion (not to mention the plague) as does a modern pharmacist. But the
potions, elixirs, and concoctions meted out by old-time medicine men were
much more exotic than today's aspirins and cough syrups, often employing
such ingredients as crab eyes, stag horn, and. . . gems!
From earliest times, gems were worn not as mere ornament, but because of
special properties they were believed to possess. Gems were used to protect
people from harm and disease, to influence circumstances, and to improve
physical and mental condition. They were believed to avert tempests or the
plague, heal ailments of the eyes, or correct deficiencies of the
personality. Gems were used to inspire sexual passion . . . or to curb it.
MEDICINE IN CHAUCER'S TIME
http://www.abc.net.au/rn/science/ockham/or110896.htm
(Site Excerpt) Before the rise of scientific, rational thought in the 16th
century, how did doctors and patients go about curing and being cured? A
well-described doctor is the one in the General Prologue to Chaucer's
'Canterbury Tales', written in the last 15 years of the 14th century,
exactly 600 years ago, in fact. I will read Chaucer's description of him,
using the best of the modern English translations:
"There was a Medical Practitioner:
Nowhere a better expositioner
On points of medicine and pathology.
For he was grounded in astrology;
Treating his patients with most modern physic
Dependent on his skill in natural magic;
He knew which times would be the most propitious
For all his cures to be most expeditious.
He knew the cause of every malady,
If it was hot or cold or moist or dry
And where its seat and what its composition:
You'd nowhere find a more adept physician.
Medieval Europe - Mathematics and the Liberal Arts
http://math.truman.edu/~thammond/history/MedievalEurope.html
(Site Excerpt) The Mathematics and the Liberal Arts pages are intended to be
a resource for student research projects and for teachers interested in
using the history of mathematics in their courses. Many pages focus on
ethnomathematics and in the connections between mathematics and other
disciplines. The notes in these pages are intended as much to evoke ideas as
to indicate what the books and articles are about. They are not intended as
reviews. However, some items have been reviewed in Mathematical Reviews,
published by The American Mathematical Society. When the mathematical review
(MR) number and reviewer are known to the author of these pages, they are
given as part of the bibliographic citation.
HROSWITHA
http://www.uh.edu/engines/epi294.htm
(Site Excerpt) Engines of Ingenuity episode 294.... Hroswitha wrote her
comedies with the life-giving animation that the mystery and miracle plays
made popular in the High Middle Ages -- after her death. But her writings
had another remarkable dimension. Hroswitha was also grounded in science and
mathematics. That understanding shines through her works.
Ivars Peterson's MathTrek: Medieval Harmony
http://www.maa.org/mathland/mathtrek_1_25_99.html
(Site Excerpt) Philippe de Vitry (1291-1361) was one of the most prominent
figures in medieval music. He was the author of an important music theory
text, Ars Nova, which introduced new rhythmic schemes and musical notation.
He had a deep knowledge of philosophy, rhetoric, and mathematics.In many
ways, de Vitry's interests and accomplishments reflected the Pythagorean
view that music is a subdivision of arithmetic, as shown, for example, in
the simple mathematical relations between pitch and length of a string (see
Circles of Dissonance, Nov. 24, 1997). His work honored the dictum of the
Roman philosopher Boethius (480-524) that "music is number made audible."
