Sentences with phrase «symmetry by»

Introduce symmetry by pairing the same or similar artwork, mirrors, lamps, and linens on the bed to downplay the differences between the nightstands.

Keep accessories simple, and create symmetry by placing end tables on both sides of the sofa.

If you're short on space (like I am), you can still create symmetry by having identical side tables on either side of the sofa, with identical lamps on each side.

Go for perfect symmetry by making them absolute mirror images of each other, with the same soap dispensers, toothbrush holders and hand towels.

The iPhone X is Apple's first phone with an OLED screen and minimal bezels (although the Cupertino giant has managed to ruin symmetry by going overboard with the no - bezel theme).

A Friend of the Family by Lauren Grodstein A Short History of Women by Kate Walbert The Help by Kathryn Stockett The Lacuna by Barbara Kingsolver Let the Great World Spin by Colum McCann Wolf Hall by Hilary Mantel Her Fearful Symmetry by Audrey Niffenegger Lark and Termite by Jayne Ann Phillips The City & The City by China Mieville The Girl Who Played with Fire by Steig Larsson

These are broken down into the following skills: • Video 1: Recognize a line of symmetry by folding a two - dimensional figure • Video 2: Identify line symmetry in irregular polygons • Video 3: Identify line symmetry in regular polygons • Video 4: Identify line symmetry in a geometric figure Typically, Learn Zillion videos will have a Guided Practice video that will allow students to practice and check the skill demonstrated in the «Core Lesson» video.

Regulation of cell diameter, For3p localization, and cell symmetry by fission yeast Rho - GAP Rga4p.

Starting with a TCI consisting of lead and selenium, researchers sought to disrupt its structural symmetry by provoking, or doping, the material through the addition of tin, Madhavan said.

Now we introduce symmetry by rearranging the field of Bistable Quartets to form a «butterfly» pattern, which is bilaterally symmetric across the vertical axis.

We've been learning about symmetry by drawing butterflies, for this picture we folded the paper in half, opened it up again, put blobs of paint on one side and then folded again.

LOVE is thrilled to announce the upcoming exhibition, Distorted Symmetries by Alison Pebworth, opening Saturday, May 19th, 2018 at Incline Gallery.

LOVE at Incline Gallery for this stimulating solo exhibition Distorted Symmetries by Alison Pebworth, May 19th through June 15th 2018.

Not exact matches

The equations of electromagnetism have a mathematical structure that is dictated by a set of so - called gauge symmetries, discovered by the mathematician and physicist Hermann Weyl almost a century ago.

(The strong force is based on a yet larger set of gauge symmetries, but this fact was obscured by a quite different effect and also was not discovered for a long time.)

A sphere, on the other hand, has an infinite number of symmetries — doubly infinite, in fact, since rotating a sphere by any angle about any axis leaves it looking the same.

When I feel moved by the creations around me, I am astounded at natures ability to exist — simply, with clear explanation, symmetry and logic — on it's own without interference by a higher hand.

By reason of symmetry with the lower levels, and following the general law of qualitative transformation, we would expect reason as a process (noogenesis) to become qualitatively transformed.

He mentions the use by physicists of the geometrical symmetries of nature to inform their understanding and reminds his audience that the separation of science and theology damages both.

Particle accelerators have discovered a hierarchy of sub-atomic and sub-nuclear particles characterised by order and symmetry, while theory predicts the possible existence of other particles such as the Higgs boson (colloquially called «the God particle» because it is thought to give mass to other particles).

Polyphony may be something of a theodicy in which pain and joy are parts of the total life structure just as bass fulfills the symmetry demanded by the treble.20

By contrast, in «near equilibrium» thermodynamic systems, also known as the linear «Onsager regime,» the physical state tends toward maximum disorder (i.e., minimum negative entropy), while maintaining the temporal symmetry of classical Newtonian mechanics.

About 1920 further symmetry was given the first diagram by expanding it to include special sources used by Matthew and by Luke.

In trying to close the gap, one finds additional preconditions of which one had previously been unaware, and, looking in the other direction, one tries out new axioms, for example concerning symmetry conditions suggested by the local analyses.

By pure coincidence, there is a delightful symmetry about the quarterfinals.

Hips can also be assessed by looking at the symmetry of the height of the knees when the infant is supine.

Llama Llama Red Pajama Alphabet Activity from Mom Inspired Life Pajama Name Matching Activity for Kids from Toddler Approved Llama Llama Red Pajama Hidden Numbers Blanket Game from Preschool Powol Pockets Llama Llama Red Pajama Sensory Play from The Educators» Spin On It Kids Kitchen: 5 Bedtime Snacks for Llama Llama Red Pajama from Study at Home Mama Llama Llama Red Pajama Color Words Activity from Growing Book by Book Llama Llama Patterned Pajamas — Pre-Writing Activity from Rainy Day Mum Llama Llama Red Pajama Quilt Color Matching from I Can Teach My Child Magic Science Trick with Water from The Pleasantest Thing Symmetry Quilts from Mama Miss Red Pajama Lacing Activity from 3 Dinosaurs

By looking for patterns, symmetries, and familiar number combinations within eye - catching pictures, math will become more fun than ever.

These factors strongly favor the metallic (10,10) tube with C5v symmetry and an open edge stabilized by triple bonds.

The formation of such ordered superstructures and the associated interfacial reconstructions that change the 2 - D translational symmetries at both terminating grain planes, which had been thought impossible to be realized at general grain boundaries that should be lacking a long - range translational symmetry according to the classical theories in physical metallurgy, are enabled by faceting, as well as the formation of atomic - level steps at the grain boundaries.

Topological defects are errors in the spatial structure which are caused by the breaking of the symmetry when particles of a system can not communicate with each other.

One key test of matter - antimatter symmetry is to compare the frequencies of light absorbed by hydrogen and antihydrogen atoms.

Sifting through all of the possibilities for an 11 - set diagram would be an impossible task even for the combined might of Earth's computers, so the researchers narrowed the options by restricting the search to diagrams with a property called crosscut symmetry, meaning that a segment of each set crosses all the other sets exactly once.

A circle, on the other hand, possesses continuous symmetry since rotating it by any degree, or a fraction thereof, doesn't alter its appearance.

Rotating a square by 90 degrees is an example of «discrete» symmetry.

He adds: «Our preliminary results, obtained by X-ray diffraction at the National Synchrotron Radiation Research Center in Taiwan, also confirm that the material retains its original symmetry.

In a paper accepted for publication by Physical Review Letters, the researchers used a technique familiar to physicists called «degenerate perturbation theory» in a novel way to prove that global symmetry is not required for a sped up search.

«This was made possible by my unusual position of working on the symmetries of viruses whilst having a mathematical physics background and is thus a unique inspiration of mathematical biology back into mathematical physics.»

The spin - 1 states, on the other hand, last for about 0.1 microsecond, and only decay by emission of three gamma rays (for reasons of symmetry).

By imitating the orbits of satellites, researchers have imagined a choreographic crystal whose symmetry is based on periodic motions, not fixed positions

The p - wave symmetry of SRO has never been fully verified, partly hindered by the fact that SRO is a bulky crystal, which makes it challenging to fabricate into the type of devices necessary to test theoretical predictions.

By reformulating the problem as a matrix function approximation, making use of a special transformation and taking advantage of the underlying symmetry with respect to a non-Euclidean metric, Yang and his colleagues were able to apply the Lanczos algorithm and a Kernal Polynomial Method (KPM) to approximate the absorption spectrum of several molecules.

Superconductivity is characterised by the way the electrons interact: within a superconductor electrons form pairs, and the spin alignment between the electrons of a pair may be different depending on the type — or «symmetry» — of superconductivity involved.

The techniques are, in a sense, complementary to the «global» methods which Penrose pioneered: they can not handle «generic» collapse, where there is no special degree of symmetry, but they do produce a more quantitative picture of what would happen if a black hole were perturbed (for instance, by, a smaller object falling into it or orbiting close to it).

The mathematical symmetries of the resulting equations predict three families of particles, as described by the standard model of physics, though the third family would behave a bit differently.

In 1964 three separate papers — by Higgs, by François Englert and Robert Brout, and by Gerald Guralnik, Carl Hagen and Tom Kibble — in our journal, Physical Review Letters, showed that a ubiquitous quantum ocean called a spin - 0 field could accomplish the symmetry breaking.

Spatial symmetries in crystals are distinguished by whether a crystal can be rotated or otherwise moved without altering its basic character.

In theory, we should be surrounded by beautiful symmetry.

The hourglass is a robust consequence of spatial symmetries that translate the origin by a fraction of the lattice period, he explained.

Origin - translating symmetries, also called non-symmorphic symmetries, are described by a field of mathematics called cohomology, which classifies all the possible crystal symmetries in nature.