You have to
think about molecules as the explanatory matter.
WHOEVER first described the UK and US as two nations divided by a common language probably wasn't
thinking about a molecule called N - acetyl - p - aminophenol.
It might be weird to
think about molecules as expressing «handedness.»
Not exact matches
The earliest replicator
molecules may have only replicated themselves in a crude and slow way without the need of proteins (
think about RNA or even the way crystalization occurs).
Think about it: you get evenly distributed heat that helps break down the water
molecules in your hair faster.
Well, one of the issues that we have to
think about is how small
molecules can get across membranes without all the complicated modern biological machinery that controls the transport of
molecules across membranes.
Steve: So you might have a gene for a particular brain receptor or, I
think what you talk
about in the article is not actually the structure of the receptor
molecule, but the amount of receptors that you actually produce?
«Carla's work has really led to a paradigm shift in how people
think about immune
molecules in the brain,» she says.
When they
think about how cells put together the
molecules that make life work, biologists have tended to
think of assembly lines: Add A to B, tack on C, and so on.
If we
think about this complex
molecule as two different units coupled together, when the charge jumps into one unit, it generates an electric field on the other, and vice versa,» del Barco explained.
It's a way to
think about the CO2 going into the ocean from the atmosphere, going from the atmosphere back up into the ocean; so I start Dave off at the beginning of the book in a
molecule of alcohol, in a glass of beer, that's where Dave is starting off.
«The discovery of NILR1 also raises questions
about the nematode derived
molecule, whose recognition is
thought to be integral to this process.»
That's why we started
thinking about looking at other
molecules that could have some effect in killing such antibiotic resistant bacteria.»
«I've continually
thought about maintaining the balance between our basic research and our translational work, and making sure that, as the company grows and there's a need to move more
molecules into the clinic, we don't lose our emphasis on basic science,» Scheller explains.
Many people
think if that is as kind of silly or just game playing, but it turns out that these ideas are at the roots, these ideas
about self - reference are also at the roots of the self - reproduction and are at the roots of how living beings reproduce themselves; because the same mechanism of self - reference has to be used in order for an object, the machine or a
molecule, to reproduce itself.
Cross-checks with other, known language relationships prove that the phylogenetic approach works - somewhat to Forster's amazement: «When you
think about it, there is no reason for languages to be passed down in the same manner as a DNA
molecule, and yet they are,» he says.
In
thinking about what
molecules on the surfaces of cells had both the plasticity and molecular complexity to explain developmental programs, I knew it had to be the glycans.
«Unfortunately, this compound was rather toxic, which led me to
think more
about the safety of
molecules.
It also revealed something new
about forces that stabilise nonplanar gold clusters: van der Waals forces typically
thought to stabilise interactions between
molecules contributed more to the stability of nonplanar clusters than planar clusters.
So, the next time you catch yourself starting to slip into moral judgments and labels around food, leave the guilt behind and try to instead
think about food as
molecules or puzzle pieces.
Obviously you can not inject the Bravo as a yogurt so don't even
think about doing this, but if you use the Bravo as an enema or suppository, then all the
molecules will be rapidly absorbed and go to the liver with the same efficiency as if you injected them.
A few months ago, the co-founder of Media
Molecule Mark Healy, talked
about how he wouldn't mind working on a PSP version of LBP and even
thought about how the game would work on a handheld:
It's a
molecule which will produce devastating effects on our ecosystem in the wrong concentrations, so we should really
think twice
about continuing to liberate billions of tons of it every year into our ecosystem.
I
think I know what you mean here but in the context of the previous Much Ado
about Methane article with discussion of the difference between atmospheric lifetime of a CO2
molecule vs. lifetime of an increase in concentration, this could also be put more clearly.
In the third statement what is meant is not the dwell time of CO2
molecules, which is
thought to be on average
about 5 years.
I am still a bit puzzled
about the CO2 to N2 energy transfer being equal and opposite the CO2
molecule is outnumbered 25 000 to 1 by the other
molecules in the atmosphere N2 the largest then O2 and H2O so the chance of the CO2
molecule colliding with a different
molecule is 25 000 to 1 the chance of another
molecule colliding with a CO2 is 1 in 25 000 but the other
molecules will collide with each other thus diluting the energy so I do not
think the equal and opposite argument stands.
Since to me (and many scientists, although some wanted a lot more corroborative evidence, which they've also gotten) it makes absolutely no sense to presume that the earth would just go
about its merry way and keep the climate nice and relatively stable for us (though this rare actual climate scientist pseudo skeptic seems to
think it would, based upon some non scientific belief — see second half of this piece), when the earth changes climate easily as it is, climate is ultimately an expression of energy, it is stabilized (right now) by the oceans and ice sheets, and increasing the number of long term thermal radiation / heat energy absorbing and re radiating
molecules to levels not seen on earth in several million years would add an enormous influx of energy to the lower atmosphere earth system, which would mildly warm the air and increasingly transfer energy to the earth over time, which in turn would start to alter those stabilizing systems (and which, with increasing ocean energy retention and accelerating polar ice sheet melting at both ends of the globe, is exactly what we've been seeing) and start to reinforce the same process until a new stases would be reached well after the atmospheric levels of ghg has stabilized.
I agree that the 2nd Law has been misapplied, all you've got is gas
molecules and photons milling
about randomly, they don't stop and
think what «The 2nd Law» expects them to do, some photons from the atmosphere DO get absorbed by the surface, making it warmer than it would otherwise be.
Pekka, I don't
think you are disputing that in an adiabatic convective profile, the temperature at higher altitudes is colder, so the higher
molecules are slower, and are continually moving up and down without losing or gaining diabatic energy but with their temperature changing, so I
think this argument is
about whether the convective profile is an equilibrium profile or not.
«It's daunting to
think through how a company — whose valuation and competencies, infrastructure, inherent skills, history is all based on large scale projects with long time horizons and massive capital investments — can shift to a new reality that's going to be decentralized, based on more modest capital investments and shorter time horizons, and is
about electrons rather than
molecules.»
Without
thinking about it too deeply, it seems that peak in BB radiation would correlate quite naturally with the peak in kinetic energies of the
molecules emitting the radiation.