“I give you three examples: first, medical space research may open up new understanding of man's relation to his environment. Examinations of the astronaut's physical, and mental, and emotional reactions can teach us more about the differences between normal and abnormal, about the causes and effects of disorientation, about changes in metabolism which could result in extending the life span. When you study the effects on our astronauts of exhaust gases which can contaminate their environment, and you seek ways to alter these gases so as to reduce their toxicity, you are working on problems similar to those in our great urban centers which themselves are being corrupted by gases and which must be clear.”

Vol. XIII, p. 251
Posthumous publications, The Collected Works

Clifford & Pearson, Ch IV, Position, §19 On the Bending of Space
The Common Sense of the Exact Sciences (1885)
Context: We may... be treating merely as physical variations effects which are really due to changes in the curvature of our space; whether, in fact, some or all of those causes which we term physical may not be due to the geometrical construction of our space. There are three kinds of variation in the curvature of our space which we ought to consider as within the range of possibility.
(i) Our space is perhaps really possessed of a curvature varying from point to point, which we fail to appreciate because we are acquainted with only a small portion of space, or because we disguise its small variations under changes in our physical condition which we do not connect with our change of position. The mind that could recognise this varying curvature might be assumed to know the absolute position of a point. For such a mind the postulate of the relativity of position would cease to have a meaning. It does not seem so hard to conceive such a state of mind as the late Professor Clerk-Maxwell would have had us believe. It would be one capable of distinguishing those so-called physical changes which are really geometrical or due to a change of position in space.
(ii) Our space may be really same (of equal curvature), but its degree of curvature may change as a whole with the time. In this way our geometry based on the sameness of space would still hold good for all parts of space, but the change of curvature might produce in space a succession of apparent physical changes.
(iii) We may conceive our space to have everywhere a nearly uniform curvature, but that slight variations of the curvature may occur from point to point, and themselves vary with the time. These variations of the curvature with the time may produce effects which we not unnaturally attribute to physical causes independent of the geometry of our space. We might even go so far as to assign to this variation of the curvature of space 'what really happens in that phenomenon which we term the motion of matter.' <!--pp. 224-225

Raumgebung beinhaltet die Auseinandersetzung mit dem dialogischen Verhältnis von Traum und Wirklichkeit. Wir müssen das surrealistische Potenzial ausschöpfen, welches in unserer Umwelt verborgen ist. Es lassen sich damit Basisgefühle wecken.
Man and Space - Mensch und Raum 2005

Living Systems: Basic Concepts (1969)

Source: The Curious Incident of the Dog in the Night-Time

Yanni in Words. Miramax Books. Co-author David Rensin

Source: As quoted in [Jasper, Marykate, “There’s No One Path” : How Astronaut Jessica Meir Went From Studying Animal Physiology to Training for Space Flight, https://www.themarysue.com/jessica-meir-astronaut-interview/, The Mary Sue, 26 April 2019, November 14th, 2017]

Works and Conversations http://www.conversations.org/story.php?sid=399