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31.7.09

Gothic Innovation Of St. Denis Cathedral

[1]

Saint Denis Basilica, built under the supervision of Abbot Suger, heralded Europe’s shift from Romanesque to Gothic. The difference can be seen in its pointed arch, the ribbed vault, the ambulatory with radiating chapels, the clustered columns supporting ribs springing in different directions and the flying buttresses which enabled the insertion of large clerestory windows.


Values

Clean up corruption among monks

In the 1120’s, Peter Abelard called the abbey at Denis “completely worldly and depraved” and the monks indulged in a “disgraceful way of life and scandalous practices.” Suger set out to reform the Benedictine Order at Saint-Denis...” [a]

The monks were harassed by politicians and invaders, and often became “grand and profane” and struggled to receive classical learning. [b] Saint Denis provided a place for this reformation.

Reconcile mystery and oppulent materiality

“The doctrine of original sin created social need for monasteries... few could afford to spend all their days in prayer and worship, and so monks took on this responsibility for the entire community... Thus the community considered monasteries to be engaged in a vital task, perhaps the most vital of all.” [c]

The church and monastary became the social and cultural center of the city.

Less initial demands for style

The Ile-de-France never had a particularly strong Romanesque tradition, which is one of the reasons why the Gothic style was able to establish itself there: people did not have strong preconceptions about how a church ought to look.” [d]

Liberation from gravity

Gothic was a “transormation of stone into something light and airy” while in Romanesque “the stones are there simply to hold the building up” [e] “Vaults are supported by surprisingly slim columns... windows reach almost to the floor, creating what Suger called a ‘crown of light.’ Wilhelm Worringer called this a “vertical ecstasy.” [f]






Join architecture elements

Rib vaults date back to 1100 in Normandy. Pointed arches were found in Normandy and Burgundy. Cylindrical columns were in ancient Rome in Egypt before that. St. Denise derived the triple portal of the west front from the arch of Constantine in Rome. The innovative rose window on the front façade of St Denis echoed the Roman Arch of Constantine which had a three-part division and three large portals to ease the problem of congestion.

The architect pulled many things from international sources to make something completely new.


Enlarge the volume using a modular principle

The modern vault could be repeated to create a bay. It’s units are segmented by windows, similarly to how the Romans treated their temples. Rational modulation opened new possibilities in form.

Honest forms, less ornamentation

Cistercian abbot Bernard of Clairvaux lamented “the measureless height of the houses of prayer, their exaggerated length, their useless width, the amount of stonemasons’ work they involved, their paintings which stimulate curiosity and disturb prayer.’”

Suger's solution: “In some ways the Gothic style may be seen not so much as an exaggeration and elaboration of Romanesque features as a simplification of them... the forms became less fanciful, the lines straighter and calmer.” [g]

Be like ancient Rome

Carrying on this Romanesque value, the Gothic looks back to the lost fathers of learning in Rome and Greece for knowledge and wisdm.

“A new nave was also projected, but its construction never progressed beyond the foundations, the remains of which indicate that it would have been atypical for its period in having double side aisles and columnar supports, characteristics that were probably meant to evoke earlier churches either in Rome (e.g. Old Saint Peter’s) or in Paris itself” [h]















Fresh confidence in the monarchy and church

“[Saint-Denis] had been the royal abbey since Charlemagne’s grandson Charles the Bald became lay abbot in 867, and as such it was the spiritual heart of the state.”

“[Suger] intended to imply a link between these biblical rulers and the monarchs of Suger’s contemporary France, legitimizing the idea that it was France, not Germany, that was the true spiritual home of Christianity in the West.”

“Undertaking the construction of such a model demanded an intellectual and theological confidence that did not exist in Christendom until the twelfth century.” [i]

Historian Georges Duby: “The eleventh-century Christians still felt utterly crushed by mystery, overwhelmed by the unknown world their eyes could not see... Man felt as if surrounded by thick bushes, somewhere in them God was concealed.” [j]

Moderate political alliances

Suger sought political conciliation and negotiation between the French Kings and the papacy. “An alliance with Rome put the French in a stronger position against their mutual rival in Europe, the German Holy Roman Emperor Henry V, who came to the brink of invading France in 1124 until Louis VI mustered a force that faced him down. Suger urged the kind to make peace with Henry I, king of England... and also with the troublesome Thibaut IV... Henry’s nephew.” [k]

The buiding of Saint Denis helped ally France and the Vatican, and the entire wave of projects helped ally the monarchy with unfriendly local rulers, like Thibaut.

Unity of space and experience

”There is a distinct urge toward unity: that the Gothic cathedral is a place to be experienced all at once..."

"The nave of the Gothic cathedral appears to be enclosed in an envelope of space... The nave wall looks like a latticework placed in front of an envelope of space.” [l]

“For Gothic churches display, in a way that Romanesque does not, an overarching vision: a sense of wholeness and coherence.” [m]

Reveal the invisible universe

As a neo-Platonic celestial Jerusalem, the cathedral sought to reveal the invisible nature of the universe with symbolism. Unlike how we understand symbolism today, it avoided mimicry. It used color, proportion, etc. to convey a moral reality.

“They aimed to depict the underlying nature and structure of a universe that, in the here and now, was transient and imperfect... what is truly real is not the particular event but the concept it embodies... the cathedrals sought to convey not an aesthetic but a moral reality... encode a renunciation of our poor drab and degenerate world and an exhortation to seek only knowledge of God."

“The world was, according to Umberto Eco, ‘God’s discourse to man,’ and the cathedrals sought to reiterate this discourse: they ‘actualized a synthetic vision of man, of his history, of his relation to the universe... The cathedrals, the highest artistic achievement of medieval civilization, became a surrogate for nature.” [n]

Glorify the royal burial site & Solidify the Bishop’s power

“Suger’s plans for Saint-Denis were part of his vision for the glorification of France... the painted and gilded statues, the bejewelled golden altar, the wall hangings... made Saint-Denis an Aladdin’s cave of gaudy colour and opulence.” [o]

The word “Cathedra” means chair or throne of the Bishop. [p]

"Towns became self-sustaining centres of wealth... the bishop took advantage of that situation to build a power base." [q]

Less mystical

Saint Denis contributed to a paradigm shift where the people became “less mystical and more inwardly focused, more rational and worldly.” [r] This effected its modern structural form and programs.

Facilities for pilgrims

“It facilitated the circulation of pilgrims who came came to see the relics.” [s]

“According to an 11th-century legend, the old church had been consecrated by Christ himself; it was thus considered a holy relic and its structure technically inviolable: to avoid criticism Suger obviously took pains not to demolish it all at once.” [t]


Timeline




Site: Burial Place of Saint Denis

In the 7th century, at the burial place of Saint Denis, Eligius “fabricated a mausoleum for the holy martyr Denis in the city of Paris with a wonderful marble ciborium over it marvelously decorated with gold and gems. He composed a crest [at the top of a tomb] and a magnificent frontal and surrounded the throne of the altar with golden axes in a circle. He placed golden apples there, round and jeweled. He made a pulpit and a gate of silver and a roof for the throne of the altar on silver axes. He made a covering in the place before the tomb and fabricated an outside altar at the feet of the holy martyr. So much industry did he lavish there, at the king’s request, and poured out so much that scarcely a single ornament was left in Gaul and it is the greatest wonder of all to this very day.” [u]


Rise of the Monasteries

[2]

St. Benedict established monasteries: “To establish due order, to foster an understanding of the relational nature of human beings, and to provide a spiritual father to support and strengthen the individual’s ascetic effort and the spiritual growth that is required for the fulfillment of the human vocation, theosis.” [v]



Architect's Statements

Cleaning up corruption and glorifying royal image:

“We resolved to hasten with all our soul and the affection of our mind, to the enlargement of the aforesaid place – we who would never have presumed to set our hand to it, nor even to think of it, had not so great, so necessary, so useful and honourable an occasion demanded it.” (Abbot Suger, De consecratione)

The revitalization of this monastic complex resulted in this desired result among the clergy. But is that really what Suger set out to do, or were political motivations more important and was he just post-rationalizing?

The opulence he put into the building ran counter to the humbleness and material poorness that Bernard demanded is necessary to clean up religious corruption.


Creating social unity:

“Of the diverse counts and nobles from many regions and dominions, of the ordinary troops of knights and soldiers [at the building’s consecration] there is no count.” (Abbot Suger, De consecratione)

So this is a building for every person? Something democratic? No. It does indicate, however, that the building was instantly relevant among all classes in the society... If what he says is correct.

Cleaning up corruption:

St. Bernard to Suger in a 1127 letter: “It was your errors, not at those of your monks, that the zeal of the saintly aimed its criticism. It was by your excesses, not by theirs, that they were incensed.” [w]
Bernard praised Suger for his achievement in revitalizing the monastary.


Recently Completed Buildings

[3]

Cathedral in Chartres, France

By Bishop Fulbert
Began immediatly after 1120 fire
Completed in 1260
Romanesque basilica


The Holy Sepulchre, Cambridge

[4]

By 11th century Crusaders
Built around 1130
Round Church


Grossmünster Cathedral, Zurich

Originally comissioned by Charlemagne
Built around 1106
Romanesque Church


Related Artists, Architects, Scientists

Bishop Fulbert - Commissioned Chartres Cathedral in 1020, requested funds from the King and other sources.

Beranger - Fulbert’s architect for Chartres, who built with a Gothic plan as constrained by the early Romanesque structure, setting a precedence in Gothic for respecting previous styles.

Geoffrey de Leves - Friend and influence on Abbot Suger. “In the magnificence of the western entrance that Geoffrey commissioned we can see a portent of what Suger had in mind for his own church when he began reconstruction in 1137.” [x]

St. Bernard - Established a center for Cistercian Order of monks, and demanded humble simplicity . He “grew to be a man powerful and respected enough to dictate to popes and kings.” [y] Influenced St. Denis.

Eligius - A goldsmith by training, worked on many churches and cathedrals including St. Denis.

Nicholas of Verdun - 1180-122 Goldsmith and Enamellist for the Shrine of the Three Kings at Cologne Cathedral
Gerard of Cremona - Translated many texts in the 12th century, especially from Arabic and Latin, to expand the learning and philosophy of Europe.

Master Hugo - 1130-c.1150 Romanesque lay artist, made illustrations for the bible, made bronze doors for the western entry of the Abbey church.

Gislebertus -  1120-1135 French Romanesque sculptor. He worked on the Cathedral of Saint Lazare at Autun, France - made expressive doorways, tympanums, and capitals.

Saint Anselm of Canterbury - 1033 – 21 Benedictine monk, an Italian medieval philosopher, theologian, and church official. Founder of scholasticism.

Saint Denis - 250 Christian martyr and venerated saint. A third century Bishop of Paris.

Eastern Influence:

Ibn Sīnā - 980 Completed 46 works on philosophy, medicine, theology, geometry, and astronomy. About 99 other influencial books can be attributed to Ibn Sina.

Abu Rayhan Biruni - Founder of Indology, the father of geodesy, and “the first anthropologist”. One of the earliest leading exponents of the experimental scientific method, particularly for mechanics and mineralogy, a pioneer of comparative sociology and experimental psychology, and the first to conduct elaborate experiments related to astronomical phenomena.

Alhazen - Contributed to the principles of optics, to anatomy, astronomy, engineering, mathematics, medicine, ophthalmology, philosophy, physics, psychology, visual perception, and to science in general with his introduction of the scientific method.


Summary

People had new hope in their clergy and government, the economy picked up, international influences, and greater values for learning and rationalsim led to the magnificent form. The historical struggle against corruption and mystic fear came to an end and a new struggle against opulence and worldly realities began.


The immensely popular Abbot Suger, who had served as a military leader for the king, put immense effort in the Saint Denis Basillica for the purpose of glorifying the nation and reforming the religious structure.

The highly modern structure used technical innovations from far away to do something that had rarely been sought in architecture: to let architecture contribute to the program rather than just providing shelter and open space. The architecture let in more light, it gestured the people toward the heavens, but most importantly it established itself as a very real symbol for the unseen world, for the moral and theological reality that couldn’t be seen in nature.

People gained courage, and they became less content with not knowing the truths of their environment.


Citations:

  • ^“Universe of Stone- A Biography of Chartres Cathedral” by Philip Ball HarperCollins, 2008: pp.36

  • ^Encyclopedia of the Middle Ages” by André Vauchez, Richard Barrie Dobson, Adrian Routledge, 2000: pp.973

  • ^“Universe of Stone- A Biography of Chartres Cathedral” by Philip Ball HarperCollins, 2008: pp.58

  • ^“Universe of Stone- A Biography of Chartres Cathedral” by Philip Ball HarperCollins, 2008: pp.35-36

  • ^“Universe of Stone- A Biography of Chartres Cathedral” by Philip Ball HarperCollins, 2008: pp.28

  • ^“Universe of Stone- A Biography of Chartres Cathedral” by Philip Ball HarperCollins, 2008: pp.42

  • ^“Universe of Stone- A Biography of Chartres Cathedral” by Philip Ball HarperCollins, 2008: pp.28-29

  • ^“Saint-Denis Abbey” by Stephen Gardner Grove Dictionary Of Art, 2009

  • ^“Universe of Stone- A Biography of Chartres Cathedral” by Philip Ball HarperCollins, 2008: pp.36

  • ^“Triumph of the Midieval Mind” by Philip Ball. Nature: International weekly journal of science, 2008

  • ^“Universe of Stone- A Biography of Chartres Cathedral” by Philip Ball HarperCollins, 2008: pp.39

  • ^“Universe of Stone- A Biography of Chartres Cathedral” by Philip Ball HarperCollins, 2008: pp.48

  • ^“Universe of Stone- A Biography of Chartres Cathedral” by Philip Ball HarperCollins, 2008: pp.63

  • ^“Universe of Stone- A Biography of Chartres Cathedral” by Philip Ball HarperCollins, 2008: pp.55-57

  • ^“Universe of Stone- A Biography of Chartres Cathedral” by Philip Ball HarperCollins, 2008: pp.40-41

  • ^“Cathedra” Wikipedia, the free encyclopedia, 2009

  • ^“Universe of Stone- A Biography of Chartres Cathedral” by Philip Ball HarperCollins, 2008: pp.12

  • ^“Universe of Stone- A Biography of Chartres Cathedral” by Philip Ball HarperCollins, 2008: pp.11

  • ^“Universe of Stone- A Biography of Chartres Cathedral” by Philip Ball HarperCollins, 2008: pp.42

  • ^“Saint-Denis Abbey” by Stephen Gardner Grove Dictionary Of Art, 2009

  • ^“Medieval Hagiography: An Anthology” by by Thomas Head. Routledge, 2001: pp.150

  • ^“Wiki: Rule of Saint Benedict” Wapedia, 2009

  • ^“Universe of Stone- A Biography of Chartres Cathedral” by Philip Ball HarperCollins, 2008

  • ^“Universe of Stone- A Biography of Chartres Cathedral” by Philip Ball HarperCollins, 2008: pp.20

  • ^“Universe of Stone- A Biography of Chartres Cathedral” by Philip Ball HarperCollins, 2008: pp.60


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    6.7.09

    9 Easy Ways To Make Any Building Extaordinary!

    1.Let in the light!

    Light in an average room is three times darker than outside. The eye is remarkable for its ability to compensate for low lighting, so you don't even notice. But the eye gets tired three times quicker and your mood is three times as unhappy. Passive solar strategies can brighten things up, and significantly cut energy costs carbon-emitting fossil fuel usage.

    When I visited Lockheed Building 157 as a kid, I immediately noticed something different. Light shelves brought light deep into the building and people congregated for lunch in outdoor atriums. The design cut energy usage by 75% and saved $500,000 in the first year. Studies found that additionally workers in that building were twice as productive because they were more motivated.

    Here are some easy tips to bring natural light into your home, office, or other building type.
    • The height of your window should be one-half as tall as the width of the room that you want daylighted. The amount of light in that space will be just right.

    • Workspaces, such as desks, should be next to windows that bring light in sideways. Any place that requires reading or attentive looking should also have artificial task lighting.

    • Hallways and lobbies need tall skylights that bring in bluish light from the sky. Intimate or work spaces need orange light from the sun through windows.

    • Direct light from the sun heats things up quickly and causes extreme glare, so use external shading devices to tone it down. Bedrooms and private spaces of course should have less light.

    • More info here




    2.Get rid of roof gutters!

    My home growing up didn't have any roof gutters. The slope of the roof would drain the rain water into valleys, and then just pour down onto the ground below and flow down a concrete path onto the street. We planted tough plants where the water pounded the ground to prevent erosion.


    Roof gutters prevent damage to the roof, the side of the house, and the ground below. But think of what benefits to they take away! I remember watching through large kitchen windows as the water poured off the roof. It was beautiful. The noise was actually soothing, and it made a rainy event so much more significant in my memory, like dancing in the rain without getting wet.

    Also, roof gutters freeze and rust. Roof gutters get clogged and need to be cleaned. All you need to do is place plants or gravel where water from the roof falls, which adds health and aesthetic anyway, and then give it a pathway to drain onto the street. Or if you're really gutsy, let it drain into a barrel to be reused later for watering plants, which will save on your water bill.

    You do need to be careful about the edge of the roof, that the rain water doesn't creep up underneath the shingles or damage the eaves. I also recommend something to prevent water from dripping in front of doorways and pathways.


    3.Make an interesting driveway.

    [a]Look at the front of any house and you will see that usually half of the front yard is taken up by a drab concrete drive-way. This is very much a “lost space” because people do hardly anything there except drive across it. It also makes the home uninviting because one must walk up this cracking white mass to get to the front door.

    Set-back codes require a minimal distance between the sidewalk and the garage, but be creative with what you do there. Brick or cobblestone looks much nicer and will last much longer. Grass can grow in between the stone blocks to add some natural element and to stop much of the rain run-off.

    The driveway becomes part of the procession to the front door, and part of the greenery that makes a front yard so enjoyable.

    The same concept can apply to any building's parking lot. Oftentimes the experience of going to a store is ruined even before you even walk in the door. You have to search the precarious parking lot for a free space, exit your car into the boiling hot and dirty parking lot, and walk through the paved maze to the store entrance. How hard would it be to just have some trees for shade and cobblestone for common pedestrian routes?


    4.Get cleaner air, naturally warmed or cooled!

    The air inside a building is usually much less healthy than outside air. Ancient Greek architects placed heavy importance on what kind of air enters and how it circulates through a building, something that led to Feng Shui.

    It's incredibly easy to bring healthier air into your building and save money on heating or cooling:

    • Never recirculate air from inside the house. Always bring in fresh air from outside. Ducts should be as short as possible, without turns, and cleaned often to get rid of harmful dust. Buildings almost never have enough air circulation so really vamp it up!

    • How often do you see air conditioning units sitting out in the sun? Probably 99% of the time. Cool the air down before it even enters the unit by placing it in the shade. Then it will also be out of sight. You could cool the air in sub-soil pipes before it enters the unit.



    • Natural circulation from windows and fans is much healthier than mechanical units, it and naturally cools the house. Nineteenth century homesteaders used ingenious techniques to suck air into homes and out the other side. Tall spaces like staircases will suck warm air to the top where it can be vented out. The air at the top of the building is always much warmer. I will cover this soon in a lengthier blog.

    • Circulate air through the crawlspace or basement. Radon in the ground is actually a huge problem. The poisonous material seeps through the concrete slab into your home.

    • Place a vent above your oven, dishwasher, and stove. In the summertime keep in mind that the oven actually produces a large amount of heat.

    • Place your return vents around incandescent light fixtures. Light bulbs produce a lot of heat and in the summer you might as well vent that out before it heats up the air in the room.

    • Insulation in the roof is much much more important than in the walls, because the sun beats down on the roof and because air is warmer higher up. The top of the attic should be insulated as well as the base. Thin windows are the next most common culprit for bad insulation. If you plug any drafty element, like a window or door, keep in mind that this makes the air inside more stagnant.

    • Place all shading devices outside, not inside. Window shades are completely useless for preventing heat gain because the sun hits the shades and is transferred into heat- which stays inside. Most German houses have rollable shades on the outside that completely block light, and plenty of cold or heat, from getting in.

    • Be creative with the roof. In history and in other countries, the roof was often a heavily used space. Just like the driveway, the roof is a “lost space” in today's culture. But growing up I found it a very fascinating place- in the bright sun, high in the sky, out in the open and yet somehow private. Green roofs, roofs of planted sod, are increasingly popular. Photovoltaic or water-heating panels also make good use of the roof. But why not just make much of the roof a deck to walk around on, bringing you out to the fresh air?

    • Place fish tanks in front of windows that receive direct sunlight. It looks cool, and water is good for mitigating temperatures- cooling it down when it's warm and warming it up when it's cold. Concrete and masonry also does this, so a bulky fireplace will actually help with your heating and cooling bills. Heavy materials and insulation also block noise.



    5.Use less paint!

    Renaissance architect Andrea Palladio hated white paint. There's really something to be said about honest materials. Paint looks plastic, feels plastic, chips, and gets painted over.

    [b]Do interior walls have to be drywall? The interior sheathing needs to be fire resistant, well attached, and... well that's it. Work with the fire code to develop a wall system that has interesting materials on the inside. Wood paneling, plaster, even steel sheets can make it really interesting.

    Structural honesty also makes a pleasant environment. What if you could see where wall studs are? What if you could actually explain to someone where all the beams are and how they hold up the roof? You would probably feel safer and appreciate it a little more.

    Glues and stains often emit toxic gasses, so avoid them whenever you can. Many plastic and fabrics are very flammable.


    6.Use less carpet!

    I think people have figured this one out. Carpet is harder to clean, it wears out quicker, and it is a fire hazard. Many don't know, however, that carpet is also a breeding ground for allergies and germs.

    Hardwood floors are often used because they look nice and feel nicer than concrete. But you would be surprised how nice a cheap veneered wood sheet looks for a floor. Ceramic tile, and even stone also feels pleasant under the feet.

    Frank Lloyd Wright often put heaters under the floor so that the room is heated from the bottom up. Many of these alternate materials, especially concrete, work well with that.


    7.Don't imitate the sun with electric lights!

    Florescent lights in any office building try to give an even light across the ceiling without glare and without you even noticing they are there.

    Why? All you get is a cold flickering light that is hard to see things in. Bluish florescent lights filling a ceiling is like a blue sky without any sun: it's a cloudy day.

    Wall light fixtures are almost nonexistant these days. Why? Rather than spreading several light fixtures around a room to get even light, people place a cheap chandelier light fixture in the middle, which inevitably leaves uneven light and glare.

    So how do you get a good balance of warm light and cool light, and how do you get it even? The first answer is to bring in natural light from the sky and sun, and just to add some task lighting. The second answer is to stop imitating the sun! Let people know that light is coming from a mechanical source. Light fixtures should express how electricity transfers into light. It's okay to use indirect light fixtures, but then remember that these emphasize the roof or wall material as the light source, and the roof or wall should then be designed as a light source.


    8.It's all about the transitions!

    The ancient Greek column is rather plain except for decoration and design at the top and bottom of the column where it met the floor and ceiling. They understood that expression in architecture is most effective at transition points.

    This is a lost art today, as structural expression gets lost in minimalistic walls, floors, and ceilings. The same is true for transitions between spaces. The ancients had dozens of rooms separating their sacred temple rooms and the open outdoors. Today, a common door or window separates our most important spaces from the outdoors.

    To really activate the architecture of any building, one must consider how the doors and windows relate two spaces. A bare sliding door, for example, is much more inviting to the backyard than a curtain-covered window.


    It's not by chance that people tend to place family portraits along a staircase. This transition between the public first floor and the private second floor of a home is a great place to celebrate the family. How can it be taken further? The fresco-studded doors of cathedrals uber-decorated palaces of Europe can be great examples for placing emphasis on decoration and design at transition points.


    9.Surround your building with trees and bushes.

    Leave a little space between the planting and the house, and use plantings that don't become dry and flammable.

    Place the trees specifically to block dominant winds, noises, and views. Deciduous trees do a lot to block sun in the summer time and let in sun in the winter.

    Bushes can add security, but they can also give predators or burglars a place to hide, and they can become a fire hazard. Trees can also provide a way for a burglar to climb up to a second story window.

    [images: Architecture Revived,

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