roflmyeggo
You cannot simply make a zygote with just the DNA from a sperm and an egg together alone. Both parents pronuclei are required for epigenetic reasons. If you try to do this, and the pronuclei are not present, then you will not make any viable offspring.
This is just one example of how oversimplified the model taught by the book is, though it is a useful one. The only thing that is certain is that we are not anywhere near being able to claim to know how many genes it takes to make a person.
This is especially true in a society that tends to only place value on thoughts that directly lead to tangible means of moving forward. Sometimes, however, these moments of thoughtlessness can complement the aforementioned moments of intensity. This combination can actually lead to an overall net gain in achieving ones goals, whatever they may be.
A tough concept for the prototypical Type A personality to grapple with, no doubt. But something that is worth pondering.
Yes, I may not have push via the cloud to my latest iGizmo, but at least I don't have to worry that I forgot an important calendar, todo, file, or chat message on one of 5 services that mix and match between what they offer.
Org-mode can run calendar, todo, notes, habits, journal, etc.
Chat is where I still haven't found a solution. Switching to XMPP/SMS semi-exclusively is probably the next step.
How much of an effect is removing the app really going to have?
Many of these metabolic degradation products (not just beta-amyloid) of neuronal cell activities should readily be cleared quickly and efficiently from the interstitial space of the brain due to the highly sensitive nature of neuronal cells to their environment.
Some negative effects documented from these byproducts include: negatively effecting synaptic transmission[1], decreasing cytosolic Ca2+ concentrations[2] (Ca2+ is one of the final players in the triggering the release of neurotransmitters into the synapse between neurons to facilitate messages), and irreversible neuronal injury[3].
[1] - K. Parameshwaran, M. Dhanasekaran, V. Suppiramaniam, Amyloid beta peptides and glutamatergic synaptic dysregulation. Exp. Neurol. 210, 7–13 (2008)
[2] - K. V. Kuchibhotla, S. T. Goldman, C. R. Lattarulo, H. Y. Wu, B. T. Hyman, B. J. Bacskai, Abeta plaques lead to aberrant regulation of calcium homeostasis in vivo resulting in structural and functional disruption of neuronal networks. Neuron 59, 214–225 (2008)
[3] - M. P. Mattson, Calcium and neuronal injury in Alzheimer’s disease. Contributions of beta-amyloid precursor protein mismetabolism, free radicals, and metabolic compromise. Ann. N. Y. Acad. Sci. 747, 50–76 (1994)
The clearance of beta-amyloid, etc. is largely linked to the state of sleeping that would be tough to isolate without inducing sleeping itself.
Not only are they concise, but they are highly referenced and well annotated. As long as you are willing to dig into the specific terms and concepts relevant to the subject yourself, you will find a very high S:N ratio in these papers.
The best part is that you can easily find yourself down 4-5 different rabbit holes by the time you are done because of the easy to follow references.
The phenomenon is highly common among high-achievers which is why Popova references it.
For example, I could never wrap my head around the fact that electrons can have multiple paths/histories simultaneously when travelling. The same is true of a baseball thrown in the air, the only difference is that on the visible scale that we are used to the chance of that baseball taking a different path/history is so small that it will never happen.
I would love to see how it affected Cadillac's sales.
Even more amazing that the honey bee can withstand temperatures up to 118 degrees F, just 3 degrees higher than the hornet, and yet they still manage to use heat as a means of attack.
How long? Probably a while.
More and more companies are staying private as VC/hedge fund/private equity firm valuations stay high, it's fairly easy to continually raise money through private avenues, etc. There is less of a need to go public for the founders and investors of these backed companies to get rich.
I've noticed that when I take the time to think slowly through problems, although the initial activation energy is higher, that I end up saving time in the long run. Also, I tend to end up with a higher percentage of correct answers. This trend tends to increase with the complexity of the problem.
Yes, you probably lose some time on the easy problems, but I look at it as a method of gaining net time over days, weeks, etc.
This, unfortunately, is tough to stick with. It's tempting to skip the easy steps along the way (and let our System 1 do all the work, leaving System 2 to collect dust).
[0] - This is still a working hypothesis that I will undoubtedly go back and forth on for the years to come.
Humanity is continuing to prove itself as capable of dealing with each other harmoniously and we are seeing great businesses emerge that are benefitting the masses as a result.
Sure you can get some free stuff, but at what price? What if you took that time and invested it in bettering your skill sets, etc.?
As long as you have that covered that is all you really need for good SEO - the rest is keyword research, quality content, links, etc.
There are both good and bad web developers, just as there are software engineers.
If one wants to learn more about software engineering then of course there is nothing wrong with that, however it strikes me as odd to pursue it solely for the "higher prestige" that it carries amongst the programming forums.
The most important takeaway for me was accepting that the tougher something is to remember, the greater the benefit will be when we actually remember it.
On one side you have the biology/chemistry guys who tend to use a lot of flashcards, and have a reputation for "just memorizing" facts. Then on the other end you have the physics/computer science guys who often refer to themselves as "lazy" for lack of memorizing and have a reputation for only focusing on conceptual ideas.
It seems to me that the people who succeed utilize a mixture of both approaches ("memorization" and "conceptual understanding"). I'm not sure when these two approaches suddenly became mutually exclusive.
As an example, although there were some classes in Biology that required a heavy amount of memorization, without the flash cards it would have been very hard for me to make the conceptual connections during lectures, while reading, etc.
Knowledge and understanding is kind of like a spider web, the more you have, the more you are able to grasp.
Purely focusing on conceptualizing the topics at hand has never worked out as well as I had hoped.