Sentences with phrase «different atoms in»

Historically, the fractions (which we call the abundances) of the different atoms in the interstellar gas have been measured using the distinct spectral «footprint» of each ion in the spectrum, which is a characteristic set of spectral lines.

Not exact matches

... heads - up, no - limit Texas Hold»em represents an especially complex challenge with 10160 possible plays at different stages of the game (possibly more than the number of atoms in the universe).

If humans were not designed by a higher authority, how can each individual's DNA be uniquely different among the human species, especially different than the other animals; how can the life sustaining elements be constantly available and exist in exact formulations: O, H, C etc. water is always 2 atoms of Hydrogen and one atom of Oxygen; sugar, fats, grains, and any bio-chemical products can be broken down to their simplest forms of elements, but can be re-constructed with specific (not by chance) formula.

In advancing these theories they disregard factors universally admitted by all scientists — that in the initial period of the «birth» of the universe, conditions of temperature, atmospheric pressure, radioactivity, and a host of other catalytic factors were totally different than those existing presently, including the fact that we don't know how single atoms or their components would bind and consolidate, which involved totally unknown processes and variables, as single atoms behave far differently than conglomerations of atomIn advancing these theories they disregard factors universally admitted by all scientists — that in the initial period of the «birth» of the universe, conditions of temperature, atmospheric pressure, radioactivity, and a host of other catalytic factors were totally different than those existing presently, including the fact that we don't know how single atoms or their components would bind and consolidate, which involved totally unknown processes and variables, as single atoms behave far differently than conglomerations of atomin the initial period of the «birth» of the universe, conditions of temperature, atmospheric pressure, radioactivity, and a host of other catalytic factors were totally different than those existing presently, including the fact that we don't know how single atoms or their components would bind and consolidate, which involved totally unknown processes and variables, as single atoms behave far differently than conglomerations of atoms.

everything is made up of atoms (don't believe me do some research) its the different variables of heat and light and things like that that cause different reactions to make different things and these things when they interact can create something completely different and you and slowly the process of mitosis or miosis starts to work and form stuff hell i learnt that in high school and it was a catholic one at that a millions of years ago i bet the universe was completely different and had things in it that our minds cant even imagine that have since changed over time from action and reaction to what we have today and in another million years who knows with all the different gases we pump into the air and the weather getting more intense on both ends of the scale life as we know it will be different the human race will have to evolve to survive and will probibly form into a slightly different species hell maybe well evolve into 2 different species like in the movie time machine

Only a special systemic order of atoms in certain molecules of different types of brain cells, steady activity of these cells and excitations coming from sensoric nerves and running to associative and motoric centers are the basis of the peculiarity of brain function.

The succession of theories of the atom, for example, exhibits no «convergence» in descriptions of the nature of fundamental particles, but oscillates between continuity and discontinuity, field conceptions and particle conceptions, and even speculatively among different topologies of space.39

Doris, since your science is so infallible and only deals in facts prove how an electron does what it does and how it is that it is similar but different in atoms of different elements.

New lights have been vouchsafed us — the reality, capable of definition, of a Cosmogenesis; the discovery of a genesis of the atom, of the increasingly «molecular» aspect of living organisms pursued to the infinitesimal, and of the persistence of this «molecular» characteristic in the mechanisms of heredity and evolution rising to the highest organic types; the existence of a center of indeterminacy at the very heart of every element of Matter... The cumulative effect of these revelations has been to open our eyes to a very different and quite otherwise alluring possibility.

To take the last point first, it seems that atoms do indeed exhibit different properties in different environments.

Hence the postmodern principle that an atom or electron in a brain is different from an atom or electron not in a brain.

It is by virtue of their physical properties that electrons and other particles combine in different ways to produce atoms, and so it is with atoms that find themselves in juxtaposition and then combine to produce molecules.

Sodium atoms are just as much «conformists» inside the body as outside it, but the pattern of physical feeling to which they conform is different in the body.

Two experimenters, the late Lord Rayleigh and the late Sir William Ramsay, found that if they obtained nitrogen by two different methods, each equally effective for that purpose, they always observed a persistent slight difference between the average weights of the atoms in the two cases.

A lot of different parameters had to be carefully adjusted to certain precise levels in order to assure that our Universe would have particles, atoms, molecules, planets, stars, galaxies, etc. in order to make life and us, humans, possible.

Each hydrogen atom, made up of just a single proton and electron, can be found in two slightly different states: a higher energy state in which the electron and proton essentially spin in the same direction, and a lower energy state in which they spin in opposite directions.

This makes the gas emit light over a range of wavelengths, including the visible, and depending on the atoms which make it up, we see different colours in the nebula.

And by testing the effect of gravity on BECs of two different types of atoms, an atom interferometer could test the principle that all objects, no matter their weight or composition, accelerate at the exact same rate under gravity's pull — as Galileo Galilei supposedly demonstrated by dropping balls of different materials off the Leaning Tower of Pisa in Italy.

Spinels consist of densely packed, highly symmetrical planes of oxygen atoms (somewhat like a densely packed box of marbles) where different metallic elements are lodged in the spaces between them.

Interactions between atoms in different layers can induce a twist in the atoms» orientations.

Gas - source isotope ratio mass spectrometers are a special breed of a class of instruments — mass spectrometers — that are used in many different areas of science, from physics to biomedical science, for the separation of atoms and molecules of different charges and molecular weights.

But if you gather a zillion atoms together in something like a balloon, past and future look very different.

Newman, who as a teen developed a fascination with turbulence as a rafting guide in Colorado, arrived at Oak Ridge in 1993 to explore a different kind of turbulence: the plasma of fusing hydrogen atoms inside experimental fusion reactors.

Turin says the strongest tests of his theory so far come from studies in which researchers replace an odorant atom with an isotope of that atom, which has a slightly different weight and changes the molecule's frequency of vibration.

In an interdisciplinary collaboration between the different research teams, the exact architecture of the complete protective coat was described almost down to the level of atoms.

Herzon and his colleagues discovered they could prepare an isomer of pleuromutilin — a compound that has the same connectivity, but with a different arrangement of atoms — and rearrange it in the final steps of the synthesis to pleuromutilin.

«We then studied the chemistry of these materials in greater detail and calculated the energy that would be needed to separate the layers, focusing primarily on materials where interactions between atoms of different layers are weak, something known as Van der Waals bonding,» says Marco Gibertini, a researcher at THEOS and the second author of the study.

The team specifically tracked how the abundance of the speedy atoms changed in different parts of the heliosphere as the intensity of charged particles streaming from the sun, the solar wind, waxed and waned.

Electrons, quarks or entire atoms can easily be in two different places at once, or have many properties simultaneously.

As a demonstration, the JILA team created a series of images to map small frequency shifts, or fractions of atoms in the excited state, across different regions of the lattice.

When these alloys are being cooled into solids, their atoms could crystallize in many different ways.

Since different atoms cause signals at different frequencies, scientists can use this information to determine the compounds contained in a sample.

Niels Bohr had shown in 1913 that an atom's electrons occupy different energy levels, and that falling from a high energy level to a lower one emits radiation.

Two atoms, initially prepared in different locations, exchange their positions along the blue path, whereas no exchange occurs along the red path.

They will design improved cluster systems with better electrical performances (e.g. higher on / off current ratio, different accessible states), and increase the number of atoms in the cluster core while maintaining the atomic precision and uniformity of the compound.

«In others the electromagnetic force that controls atoms and molecules could be different.

The method reveals the atomic structure of materials because different arrangements of atoms cause electrons to interact in different ways.

PV materials operate using a different principle, in which photons knock electrons from the atoms of certain materials.

Organic molecules in which four different chemical groups are attached to a central carbon atom are also chiral, as they too can be constructed in two forms, usually labelled d and l and known as enantiomers.

BOTTOM: Introducing a third element with a dramatically different atomic radius, in this case large yttrium atoms (yellow spheres), frustrates the alloy's tendency to crystallize, so it solidifies in a random, or amorphous, pattern similar to that of glass.

So comparing the positions of electrons in atoms at different spots on walls, windows and floors could provide a rough snapshot of where radioactive material was once stored and how strong it was, researchers report online July 3 in Health Physics.

As the 2 - to -5-inch-long bivalves grew, their shells incorporated atoms of the elements oxygen and carbon of slightly different masses, or isotopes, in ratios that reveal the temperature of the surrounding seawater.

To give another example, the rules of quantum physics — the physics that dominates inside the atom — give particles capabilities amazingly different from those we see in the macro world, from tunneling through solids to instant communication between particles that are located far apart.)

But whereas an MRI subjects materials to a magnetic field and measures how the polarity of the atoms in that material change, NDP hits materials with a low - energy neutron beam and counts the different kinds of charged particles that are created when an individual neutron happens to collide with one of the atoms in the test material and annihilates it.

I knew that heme, the oxygen - carrying molecule in hemoglobin, contained an iron atom within a porphyrin ring (for more information on porphyrin chemistry see this site at Washburn University), but Dr. Datta - Gupta and his laboratory technician attempted to chemically add different metals such as copper, magnesium, or manganese to porphyrins using column chromatography.

These rubidium atoms in conjunction with the lasers provide an «optical atomic clock» that works according to a different physical principle that the quartz clock and «ticks» about ten million times faster than the quartz unit.

Instead of searching for the light from individual galaxies with an optical telescope, the team stalked a different quarry, red - shifted radio waves emitted by hydrogen atoms floating in huge clouds within the galaxies.

Therefore, by measuring the atoms» neutron scattering signals, the team was able to discern the movement of tRNA in water, providing valuable insight into how the large molecule relaxes in different environmental conditions.

They proposed a new way to study a cuprate, one that no other group had tried: a powerful imaging technique developed by Davis, called sublattice imaging - which is performed using a specialized scanning tunneling microscope (STM) capable of determining the electronic structure in different subsets of the atoms in the crystal, the so - called sublattices.

Nevalaita and Koskinen also compared the stability of 2 - D metals whose atoms were arranged in the three different configurations.