1,751 karma · joined January 11, 2011
Obviously I didn't mean to exclude the value of the actual studying, I'm just saying that studying -- without proper sleep and sleeping schedule -- would have lead to physical and mental and fatigue. And the nature of the bar exam material makes it virtually impossible to adequately perform on a sleep-starved mind.
Fortunately, our two bar prep professors were not only licensed attorneys, but also Ph.D.s in neuropsychology. Part of our rigorous training therefore was not simply learning the law, but actually learning how to learn -- in particular, how to store and recall so much data on demand -- and above all, how to manage our time. (It turns out the human brain is actually quite good at writing and storing data, but really bad at what can be best described as "random access memory" operations: recalling random data at will, instantly.)
A great deal of emphasis was placed on structuring extremely precise "living schedules," for example, what to study when, for how long, when to eat, what meals, and above all, how and when to sleep. And how to force ourselves to sleep when we couldn't.
Long story short, forcing ourselves onto regular sleeping patterns was both immediately necessary and yet proved to be one of the hardest disciplines to learn: to force yourself to stop studying at a given hour (typically 10PM) even in the midst of learning something, and allow time to drive home, have a snack, rest, unwind, and then fall asleep by 11PM, to then awaken at 7 and be back at the library at 8... every single day, for 2 months... that was truly an act of willpower. Especially for me, as I've always been the personality type where, once I start doing or learning something, I can't stop until it's totally finished or mastered. Forcing myself to stop studying without having yet completed the particular matter was excruciatingly difficult.
The same thing proved true for the three-day bar exam itself of course: had to sleep between 9 and 10PM and awaken by 6AM, with virtually no studying at all in between days. At this point, you just had to trust your brain to marinate on all that it had absorbed in the 2 months leading up to those fateful three days.
Looking back on it now, it was due largely to my discipline with sleeping habits that I was able to pass the bar on my first try.
Anyway, can't wait to meet the rest of you!
We're not quite ready yet, but if you sign up you can give it a shot! venturocket.com
That said, I'm afraid we're not hiring yet, however -- and no, this is not a shameless plug, but a genuine offer to help -- I can offer you this:
I think you would benefit tremendously from our new startup. The way that we match Opportunity Seekers (such as job seekers, like yourself) with Opportunity Providers (such as employers) should greatly assist someone in your position -- i.e., talent without experience -- to find a new job or even co-founders to build your own company. We're still prepping the beta (having some typical last minute issues) but you should definitely sign up and give it a shot: venturocket.com.
And as defensive as it may seem to do so, I would like to preemptively state that I'm not trying to take advantage of your seemingly dismal situation, but genuinely trying to help you get connected with something. That my desire to help you will of course benefit our startup -- and therefore me -- should not, on its own, in any way invalidate the sincerity of my claim. After all, if it weren't for my desire to create a more efficient way to connect people with opportunities, I would never be doing my startup in the first place.
Besides, I do believe a certain Mr. Smith once pointed out that "[i]t is not from the benevolence of the butcher, the brewer, or the baker that we expect our dinner, but from their regard to their own interest."
Best of luck either way.
But definitely a lot of entertainment value for those who already understand -- even if only somewhat -- what's being discussed.
Basically stand up comedy for mathematicians. :)
That said, the suggestion that this could be a real human acting as a robot is definitely plausible. And that, on its own, is a remarkable accomplishment, really.
I just use FB for sharing photos with close friends and family and keeping (passively) in touch with others.
And yeah, I've seen some spectacular photography before, but this just took my breath away.
In my opinion, the notion of "radical innovation" depends on one's point of view: one could argue that, although the spectacular innovation during the space race, e.g, like landing a man on the moon, was indeed remarkable, it was, for all practical intents and purposes, little more than a political publicity stunt to the average individual, i.e., it did not have a profound effect on a personal level.
In contrast, the developments of the past 20 years -- internet, cell phone, facebook -- have profoundly changed individuals around the planet.
I don't think the question should be whether a thing is more or less innovative than another thing, but rather what effect the thing has had on a group of people on an individual level.
I agree re its design: so bad it made me question its authenticity!
I'm already being asked by people what our exit strategy is. I'm like, "um, we haven't even launched yet -- the last thing I'm thinking about is exiting, I just want to build this thing and make it cool!"
I have a question though to whomever may offer an explanation. Towards the bottom of page 1, the article explains that "[w]hen pressurized helium on the top side of the metal plate is heated, sound waves traveling through the gas are amplified, causing the plate to vibrate...."
When the pressurized He is heated it causes the sound to be amplified? But heating the He should cause the density to decrease, of course, and therefore reduce the power of the sound waves propagating through the He, no?
I'm not aware of any relationship between frequency and amplitude, just V=(freq)(wavelength). What's going on? The only thing I can think of is that perhaps there's some sort of resonance going on in the chamber? As the pressure drops, the speed of sound should drop. But this shouldn't necessarily affect the frequency... so I'm totally confused. Maybe there's a resonance effect as the waves propagate slower and slower and interfere with one another? I'm totally lost. I just don't see how decreasing pressure (by increasing temperature) increases amplitude.
It's been quite a few years since studying E&M as an undergrad, so I'm a bit rusty and just genuinely curious what I'm missing here.
Thanks!