Sentences with phrase «as objects in space»

Burlap sacks were introduced, in homage to Alberto Burri, though they were stripped of the painting frame and exhibited as objects in space.

The elusive, transitory images in the abstractions, when framed, can be seen as objects in space, displaying both buoyancy and weight.

«Outside, shadows create lines, which appear on the tongue as objects in space,» Erik says.

Lauren's work is often expressive and sculptural, emphasizing it's own physicality as an object in space.

While drawing the viewer in, Rachel MacFarlane aims to create an illusion by emphasizing the physical attributes of the painting as an object in space.

Together, the series describes it as an object in space.

The catalogue notes that the work «is one of the earliest and largest of Freestanding Combines Rauschenberg made,» adding that the artist «created a structure that would be used, not so much as a set, but as an object in space which the dancers would communicate with on state.»

Wekua uses an architectural redefinition of the space to create his own viewing plane for the paintings while simultaneously reflecting the centrally - positioned sculpture as an object in space.

Not exact matches

Also, there is no substantial law on who can claim what objects or resources in space, beyond the 1967 Outer Space Treaty that declared space open for most kinds of exploitation, so long as «states» clean up their mess, leaving no contamination or dangerous objects that could harm otspace, beyond the 1967 Outer Space Treaty that declared space open for most kinds of exploitation, so long as «states» clean up their mess, leaving no contamination or dangerous objects that could harm otSpace Treaty that declared space open for most kinds of exploitation, so long as «states» clean up their mess, leaving no contamination or dangerous objects that could harm otspace open for most kinds of exploitation, so long as «states» clean up their mess, leaving no contamination or dangerous objects that could harm others.

The brain neutralizes change by transferring it from the time within objects to the space between them, displacing the change that is ingredient in the object to a surface interaction as another property of space.

I do not have to locate my hand in objective space and direct it toward the desired object, nor do I have to identify the hand as my own.

We think not only of objects as self - contained in particular regions of space and related to one another only externally, but we think of human selves that way, too.

And as the Kneales have it, «when «space» and words of similar origin occur in pure mathematics, they refer to abstract patterns of ordering which may conceivably be exemplified by widely differing systems of objects» (DL 386).

Until the nineteenth century, mathematicians traditionally held that the axioms of geometry, arithmetic, and other disciplines could be established as self - evidently true statements about objects in space.

As objects in one's visual field move through space, for example, one's feeling of them changes.

Triangles, mathematical relations, logical systems, groups, rings, spaces, etc. are all eternal objects or can be viewed as eternal objects through their ordinary expression in mathematical or logical symbolism.

Every occasion, as it completes its concrescence, is (1) located in a specific region of the space - time continuum, and (2) is perfectly definite in regard to the inclusion of every eternal object.

The arrows run from the past3 to the present — for the «there» is antecedent, however slightly, in time as well as external in space to the «here» — and from objects to a subject.

There are differences, thirdly, as to the nature of the object — whether it is material reality, thought in the mind of God or man, pantheistic spiritual substance, absolute and eternal mystical Being, or simply something which we can not know in itself but upon which we project our ordered thought categories of space, time, and causation.

To each observer there corresponds a 3 - or 4 - dimensional perspective or «private space,» in which the sense data literally serve as mathematical points in mapping out the existence and extent of objects that a particular observer seems to perceive.

Furthermore, he conceived of all space as occupied and considered what we regard as empty space simply as space in which the occasions are not organized into enduring objects.

In taking various profiles, the percipient reaches across space to distinguish events, objects, and relations, while letting them stand as they are in them selveIn taking various profiles, the percipient reaches across space to distinguish events, objects, and relations, while letting them stand as they are in them selvein them selves.

The units of which the world is made up were thought to be material particles which remained unchanged in themselves as they moved about in space and formed the diverse configurations which made up the physical objects in our world.

Whiteheadian cosmology embraces the notion of a uniform metric structure for the space - time continuum that is independent of the material objects commonly said to be «in» space - time and also that is independent of the material objects appropriated as standards of spatio - temporal measurement.

Now, given any system of material objects that might be considered as a frame of reference in a theory of dynamics, that system is either at rest, or in motion with uniform velocity, or in accelerated motion relative to absolute space.

Neither Newton nor Whitehead ascribes to a purely relative theory of space and time structure, that is, a theory which would maintain that any selected system of material objects may serve as a suitable framework in terms of which to analyze physical reality.

In this approach sense - perception (a major preoccupation in these Dialogues) will be presented as a three - term relation between a focal («cogredient») event, another event perceived as a space - time region, and a characterizing property called an «object.&raquIn this approach sense - perception (a major preoccupation in these Dialogues) will be presented as a three - term relation between a focal («cogredient») event, another event perceived as a space - time region, and a characterizing property called an «object.&raquin these Dialogues) will be presented as a three - term relation between a focal («cogredient») event, another event perceived as a space - time region, and a characterizing property called an «object.»

If I were to conceive of both myself and the object as world - lines in space - time that intersect on the occasions when the object reacts against me, I would view myself as an object in the world of existents and there would be nothing external to me in the epistemological sense of an external world.

Nevertheless, the layman's common - sense view of reality is baffled by such conundrums as the nature of time and space, the reality of human freedom, quantum jumps in physics, or the claim of modern science that colors are not really present in the objects of perception but only in the mind of the beholder.

This precision in fitting the explanation to the evidence should be carried over into philosophy: «The only explanation we should accept as satisfactory is one which fits tightly to its object with no space between them, no crevice in which any other explanation might equally well be lodged; one which fits the object only and to which alone the object lends itself» (CM 11).

Instead of the contents of consciousness being treated as the subjective counterparts of objects in external space, Whitehead treats them as the residue resulting from natural transmutation processes that occur within that space.

You should definitely use one of your cabinets as a space for your child to explore in and play with some small kitchen objects that are not dangerous.

In addition, playing with puzzles, building toys, blocks, and games helps preschoolers practice and build math skills as they count, manipulate objects, and work with different shapes, spaces, and sizes.

Further, «political remittances» could be said to offer a historically - neutral alternative to concepts such as «transnational political space», which impose ideas of state - ness and territoriality as objects of study in contexts where this may not be appropriate.

In his framework, the three dimensions of space and time are woven together to create a four - dimensional fabric, which acts as the source of gravity because it bends and warps around massive objects, like stars.

Just as a bedsheet hanging on a clothesline appears to be a two - dimensional object hanging in a three - dimensional world, all of space - time would be suspended in a higher - order space.

Von Issendorff and his colleagues expect their findings will fine - tune models that explain and predict cloud formation and climate, atmospheric chemistry, and the evolution of water - rich objects in outer space, such as fledgling comets.

Gas and dust in space can have an impact on the brightness of standard candles — objects with known brightness such as type 1a supernovas and some variable stars

Until then, scientists regarded black holes as simple objects — quite literally holes in space, completely described by just three variables: their mass, spin and charge.

«It looks like important physical objects, such as curved space - times... emerge naturally from entanglement in tensor network states via holography,» writes physicist Román Orús of Johannes Gutenberg University in Germany.

The demonstration, which the team carried out with an experiment called Station Explorer for X-ray Timing and Navigation Technology, or SEXTANT, showed that millisecond pulsars could be used to accurately determine the location of an object moving at thousands of miles per hour in space — similar to how the Global Positioning System, widely known as GPS, provides positioning, navigation, and timing services to users on Earth with its constellation of 24 operating satellites.

Doing so would make it possible to detect gravitational waves, faint ripples in space - time that, according to Einstein, emanate from interactions between massive objects such as neutron stars and supermassive black holes.

These symptoms include, for example, recurrent thoughts about the possibility of catching any disease after being in contact with objects located in public spaces, fear of having inadvertently carried out some potentially dangerous behavior (such as leaving the door open when leaving home), or the need to place the objects of house or the workspace in perfect order and symmetry.

The sophistication of these systems in infants resembles that of modules in nonhuman primates, suggesting an ancient, evolutionary development; a six - month - old baby understands numbers, space, objects and faces much as a mature rhesus monkey does.

Rather than treating space - time as an empty arena in which physical events unfold, Penrose postulates that objects called twistors build the fabric of space - time from the ground up.

One is geodetic precession, in which the curvature of space - time around a massive object, such as Earth, induces a slight wobble in an orbiting gyroscope.

Many of them, such as network problems and packing problems (fitting objects of different shapes into a given space) have components that can be arranged in different ways and that belong to a class called nondeterministic polynomial, or NP, problems.

In 1915, Einstein explained that gravity arises because massive bodies warp space and time, or spacetime, causing free - falling objects to follow curved paths such as the arc of a thrown ball or the elliptical orbit of a planet around its sun.

Launched in July by the space shuttle Columbia, Chandra can view X-rays from very hot objects such as quasars and the gas falling into black holes.

As for the very early universe, instruments like Hubble and the Spitzer Space Telescope allow astronomers to find similar objects at varying distances and at different points in their life span.