Probably not, but just a thought.
Probably not, but just a thought.
High ceilings do feel better for group and work spaces, room to breath.
[0] an actual anecdote that happened to me.
This is a well-known effect that architects have employed for centuries. In fact, you probably encounter it in many places without even thinking about it:
- when walking into a cinema auditorium, you walk through a low-ceiling entrance or corridor and then the auditorium space opens up in front of you. This effect is even more dramatic in some old theatres and opera houses
- the historic concept of contrasting spaces has been used in many different ways by changing the type of space or the size/scale of a space. For example, the narrow streets of a medieval town that suddenly and dramatically open up to a large market square.
The Swiss architect Le Corbusier designed a block of flats (apartments) called the Unité d'habitation (housing unit) in Marseille in France. It was completed in the 1950s and had a huge influence on the design of post-war housing across Europe (it generated much controversy too).
The duplex flats have a narrow width of just 3.66 metres. As you enter the flat, the first ceiling height is 2.26 metres (which Le Corbusier described as "intimate"). This leads into the double-height space of the living room (i.e. the second ceiling height). The windows in this double-height space are 15 square metres. Light floods in to the apartment in winter and summer and, according to Le Corbusier, can penetrate to a depth of 20 metres. The flats are fitted with stairs without risers to accentuate the sense of space.
Here are some pictures of an apartment: https://www.flickr.com/photos/88017382@N00/8562877755/ http://www.house42.com/2010/10/14/unite-dhabitation-duplex-a...
"Breath" is a noun that means "the air taken into or expelled from the lungs."
I disagree. Nature versus nurture is a difficult but interesting topic. Is our preference for high ceilings caused by culture and experience, or is it something we're genetically predisposed to? It seems like it would be a hard question to answer, but that doesn't mean it isn't worth thinking about.
In the alternate "high ceiling'ed places yield lower creativity" world, maybe we would say of the same exact fMRI study that obviously the neural spatial exploration networks are being overloaded by processing the tall room, hindered from devoting neural energy to the creative tasks at hand like they can so efficiently in the low-ceiling rooms, or some other story.