Sentences with phrase «as atoms form»

As atoms form from particles, and molecules form from atoms, so crystals and cells form from molecules and organisms form from cells.

Not exact matches

The probability of something as complicated as the DNA molecule being formed by random collisions of atoms in the primeval ocean is incredibly small.

(6) Evolutionary schemas present a dramatic ascent from an elementary formlessness to the highest of forms, as though the movement from raw energy and the simplest atoms to highly intelligent life were fully comprehensible internally.

Matter does not control or direct itself, yet science as it progresses is gradually uncovering a sort of organic unity within the universe in which atoms become molecules, molecules link to form chemicals that form proteins, these link to form DNA, simple life forms evolve into more complex life forms, and so on.

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

This organic whole that began from an initial high bang and eventuated into the present universe is distinguished by a form of unity and diversity radical beyond all imagining: infinite differences, and diversity that is marked not by isolation but by shared atoms over millennia as well as minute - by - minute exchanges of oxygen and carbon dioxide between plants and animal.

Thus, at the lowest level, electrons tend to unite and converge in the atom; atoms converge by molecularization, crystallization; molecules unite by polymerization; cells unite by conjugation, reproduction, association; nerve ganglions concentrate and localize to form a brain by what might be called a process of cephalization; the higher animal groups form colonies, hives, herds, societies, etc.; man socializes and forms civilizations as foci of attraction and organization.

As a result sufficiently varied forms of mind or experience, some vastly different from human minds or experiences, could without contradiction be thought to relate themselves as molecules, atoms, or particles do to one another, and to our perceptionAs a result sufficiently varied forms of mind or experience, some vastly different from human minds or experiences, could without contradiction be thought to relate themselves as molecules, atoms, or particles do to one another, and to our perceptionas molecules, atoms, or particles do to one another, and to our perceptions.

4s) then photons erupted from this energy cloud (detectable today as the microwave background radiation) 5s) photons and other particles form the bodies of the early universe (atoms, molecules, stars, planets, galaxies) 6s) it rained on the early earth until it was cool enough for oceans to form 7s) the first life form was blue green bacteria.

«What we have described as globalization is remarkably close to Teilhard de Chardin's planetization, in which «[mankind, born on this planet and spread over its entire surface, come [s] gradually to form round its earthly matrix, a single, major, organic unity, enclosed upon itself.4 Thus the globalization of humankind could lead to the formation of a new kind of living entity — a social organism — on the same cosmic principle as that by which atoms join to form molecules, molecules join to form mega-molecules, mega-molecules unite to form living cells, and innumerable cells constitute an organism.

Nevertheless, basing their position on developments in molecular, organismic, and population ecology, Cobb and Birch characterize life as an increasingly complex special form of the organization of molecules and atoms that also involves a temporary and local decrease in entropy; there is no absolute, dualistic distinction between the living and non-living, animate and inanimate.

In this sense an atom is more complex than an electron, a molecule more complex than an atom, and a living cell more complex than the highest chemical nuclei of which it is composed, the difference depending (on this I insist) not only on the number and diversity of the elements included in each case, but at least as much on the number and correlative variety of the links formed between these elements.

Every year we read more of the unimaginably minute particles such as electrons, protons, positrons, mesons, and others named and described in quick succession as science advances, which form the outer particles and the inner nuclei of the atom.

Cosmic and biological evolution involve change in structures — as, for example, when electrons and protons form hydrogen atoms.

You are just trolling me, I guess, or you are completely clueless as to nuclear physics and how atoms are formed.

4) then photons erupted from this energy 4) let there be LIGHT (1 - 4 all the first day) cloud (detectable today as the microwave background radiation) 5) photons and other particles form the 5) God next creates the heavens (what we call the sky) above bodies of the early universe (atoms, (2nd day) molecules, stars, planets, galaxies) 6) it rained on the early earth until it was 6) dry land appears as the oceans form (3rd day) cool enough for oceans to form 7) the first life form was blue green bacteria.

So we must endow each and every atom with some form of «aboriginal consciousness» — «Mind - dust» as James calls it.7

As for what they were doing, once the universe was cool enough to form hydrogen atoms, it was also cool enough for those elements to start interacting with each other and combining into molecules.

As the gas becomes denser, two hydrogen atoms could occasionally combine to form a single hydrogen molecule.

When heated, these atoms form a dark - tinted crystal known as a perovskite, a new darling of the solar cell industry (SN: 8/5/17, p. 22).

Like hydrogen, oxygen, and iodine, nitrogen normally exists as two - atom molecules in the form of a gas at room temperature.

In some conceptions of these devices, quantum states that act as units of information would have to be transferred from one group of atoms to another in the form of light.

GETTING TOGETHER For the first time, researchers have picked out two specific atoms and smashed them into each other (as suggested in this artist's conception) to form a single molecule.

Carbon atoms then fall onto the nickel surface, which acts as a catalyst to help form the graphene films.

These observations were then used as data for computational predictions of new materials, leading to insights on how to best combine atoms to form new, stable structures.

In particular, if an atom inside a solid such as a silica wafer is hit by an X-ray photon and a hole forms, it's not clear that the excited electron hangs around to form an exciton.

A recent article in Nature Materials describes how researchers used X-ray scattering during a process called molecular beam epitaxy (MBE) to observe the behavior of atoms as a type of material known as layered oxides were being formed.

When one mobilized platinum atom finds another, they can form a bond — as long as both of them are being lifted up by carbon monoxide, diminishing the influence of the magnetite below.

Either way, the new particle could be a tool to unlock a deeper understanding of the fundamental «strong» force that binds quarks together to form protons and neutrons, which in turn form atoms — as well as planets, stars, galaxies and people.

As long as the gold atoms, or cations, are stabilized in a single - site form configuration, irrespective of the type of support, the precious metal will be stable and operate for many hours at a range of practical temperatureAs long as the gold atoms, or cations, are stabilized in a single - site form configuration, irrespective of the type of support, the precious metal will be stable and operate for many hours at a range of practical temperatureas the gold atoms, or cations, are stabilized in a single - site form configuration, irrespective of the type of support, the precious metal will be stable and operate for many hours at a range of practical temperatures.

In recent years researchers have achieved better performance with compounds such as lithium borohydride, in which the metal atoms form weaker, ionic bonds with groups containing several hydrogen atoms.

Atoms in the windows naturally vibrate at the same frequency as waves of infrared energy, forming a barrier that prevents the heat from escaping.

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.

For about 150 million years after the Big Bang, the Universe was a «dark» place, made of just hydrogen and helium atoms, as the first stars had yet to be formed.

Alloys that meet these conditions solidify according to what's called the confusion principle: The widely differing atomic radii and the high number of different elements «confuse» the atoms so they don't know where to go to form crystals as they cool.

Atoms of most elements, such as hydrogen, oxygen and carbon, form tight chemical bonds by sharing electrons with their neighbours in order to give each atom a stable configuration of electrons.

For now, the researchers are planning to test the 51 - atom system as a quantum simulator, specifically on path - planning optimization problems that can be solved using adiabatic quantum computing — a form of quantum computing first proposed by Edward Farhi, the Cecil and Ida Green Professor of Physics at MIT.

Shortly after their birth, they exploded as supernovas, ejecting newly formed carbon, oxygen, and nitrogen atoms into space.

They then essentially glued the atoms together to form ultracold molecules, applying a magnetic field to prompt the atoms to bond — a mechanism known as a «Feshbach resonance,» named after the late MIT physicist Herman Feshbach.

They revealed that platinum atoms formed multiple layers which piled up as high as 6 nm, the highest among metal superconductor.

Aside from the demonstration that metal atoms can form freestanding 2D membranes there is significant interest in the potential of such 2D metal materials as they are expected to have exotic properties.

Graphene's carbon atoms, depicted as bright blobs in this scanning transmission electron microscope image, form a chicken wire pattern.

In physics, heat is a form of energy associated with the motion of atoms, molecules and other particles which comprise matter; generally defined as energy in motion.

Some mysteries remain, however, such as why it took galaxies only a couple of billion years to form after atoms had emerged.

Back then, all stars needed to form was a primordial soup of mostly hydrogen and some helium atoms, perturbed by the effects of gravity on minuscule differences in the density of the gases, and the mysterious substance known as dark matter.

And just as protons, neutrons and electrons combine to form atoms and matter, antiprotons, antineutrons and anti-electrons (called positrons) combine to form anti-atoms and antimatter.

They are cylinders formed by rolling up a material known as graphene, which is a flat, single - atom - thick layer of carbon graphite.

Called the cosmic microwave background (CMB) radiation, this afterglow was produced about 370,000 years after the big bang when the first atoms formed and has been studied in great detail by satellites, such as NASA's WMAP probe.

(It is the reason helium ordinarily only occurs as a gas or a liquid: the extremely lightweight atoms jiggle about too much to form a solid.)

The cosmos as we know it started to take shape when atoms and ions paired up to form molecular hydrogen, which expelled heat out of the gas clouds, allowing them to cool down enough to form the first stars.