Stories tagged questions


"Woah. Static electricity is not a curly haired girl's friend. Frizz + static electricity = super frizz. I look like I stuck my finger in an electrical socket! Today, I am carrying my own electrical field.

Wait... is that possible? For the human body to carry a static electricity field? I'll bet we have some kind of background level electrical field. Makes sense because we're composed of electrically charged particles. Doesn't it? I wonder if I can find some info online and blog about it."

That conversation occurred in my head just after lunch today, and I'm sad to report that my two-minute Google search on "human body electrical field" didn't return any credible answers. Consequently, this is not a blog post about the human body's possible electric field. Instead, it is a post about the The Greatest 101 Questions of All Time, as reported in the Telegraph.
?: There are no stupid questions.
?: There are no stupid questions.Courtesy Colin K

Here are my top 5 (you'll have to follow the link for answers):

  • Why do identical twins have different fingerprints?
  • What is OK short for?
  • Why can’t we just fill in the ozone hole with man-made ozone?
  • What is a hiccup?
  • Does chewing gum really stay inside you for years?

What was your favorite question? Answer? Did you have a great question that was missed? Post your response in the comments section below.

...Oh, and if you know of a credible source to answer my human body electric field question, I'd be happy if you'd post that here too.


Could it be?!: By Jonah's secret rash, the HMS Puddleduck has returned at long last!
Could it be?!: By Jonah's secret rash, the HMS Puddleduck has returned at long last!Courtesy Tecfan
By Poseidon's leather hammock! It is the goodship Puddleduck, gone all these years! I thought it lost, perhaps to the waves and rocks of the Horn, or to wild, orange skinned, and tattooed cannibals off the Jersey Shore! Why, were any of those sailors to have left a woman with child (or a man, through some Arnold-Schwarzenegger-in-Junior experiment) before their last voyage, that child would already be speaking fluent French, and learning to play the harpsichord, assuming it was born a genius. (But what other sort of child would a sailor of the Puddleduck produce?!)

Good seamen! I know you must be tired after your adventures, but, we beg of you, share with us but a glimpse of the glittering knowledge you have gained! Please, just the answer to a single question? By Hermes' chafing subligaculum, tell us!

Aaah, thank you!

LRuble asks:

My science class was learning about energy saving and we learned about water energy. I wrote down that it is a renewable source because we have a never ending supply of water. That could be true at times but then my teacher told me that we only have a little bit of water per person. How does it work so that we have a renewable source (never ending supply) but still have to worry about running out of water?

Ha ha! Good question, dear LRuble! You're fortunate, because deep in the hold of the Puddleduck we have your answer! [I'm the captain now. Deal with it.]

You see, both you and your cursed, blessed teacher are correct! This planet of ours is mostly covered in water—o, how the sailors of the Puddleduck know this to be true—and nothing humans do will change the amount of water the Earth's by any appreciable amount. (We can separate water into its component elements, hydrogen and oxygen, and we can produce it by burning hydrogen in an oxygen-rich environment, but that ain't no thing.) So, in this respect, you are correct—you! You, dear LRuble!

BUT, in another perhaps more important way, you are also incorrect, and it's your foul, fine teacher who is correct!

Have you ever heard the old adage, "Water, water, everywhere, and if you drink a drop, you're freaking dead!"? It's particularly relevant here. You see, while there are what scientists call "buttloads" of water on the planet, only a tiny fraction of a buttload is "fresh." We can't drink or water our fields with saltwater, and 97.25% of all the water on Earth is salty. Of the 2.75% that's fresh, most is frozen (and largely unavailable to us). The rest, about 0.7% of the water on the planet, is in lakes, rivers, and underground. Not very much, eh?

Indeed, some of the ground water we use is what we call "fossil water," water left underground by geological events thousands or millions of years ago. Fossil water is no more renewable than fossil fuels are, and yet we're still using it up for drinking and irrigation.

Lots of people rely on water from mountain glaciers, but as these glaciers shrink from climate change that will become less available.
The Aral Sea: Once one of the largest inland bodies of water, now a sight to chill a sailor's bones.
The Aral Sea: Once one of the largest inland bodies of water, now a sight to chill a sailor's bones.Courtesy NASA

And lest you think lakes and rivers are limitless sources of water, you need only look to the Aral Sea in Asia, which has dried to a tiny fraction of its former size because of withdrawals for irrigation, and the Colorado River, which often runs dry before it reaches the sea, for the very same reason.
This used to be a sea: Now it's a place for ships to be all rusted out and scary. Also, no one can really live here any more.
This used to be a sea: Now it's a place for ships to be all rusted out and scary. Also, no one can really live here any more.Courtesy Staecker

So there's always going to be lots of water on the planet, but we have already proven our ability to consume the relatively tiny amount of available fresh water at a far greater rate than it is replenished. It's renewable, I suppose, but not like the energy of the sun, and, as your terrible, wonderful teacher says, there's only so much to go around.

I only hope that can tide you over, until the next time we ladle out some sweet, precious answers!


This bear is full of love, questions: Although I'd like to trade a capitalization for an apostrophe.
This bear is full of love, questions: Although I'd like to trade a capitalization for an apostrophe.Courtesy aussiegall
To quote the wise and indomitable Tyra Banks: “Hey y’all!”

It’s Friday (I think) and relationships still exist (that’s what I hear) so it’s time again for everybody’s favorite Friday Science Buzz feature: The Friday Relationship Extravaganza!

This week’s relationship feature promises to be especially… extravagasmic, because today we’re pairing it up with some good old fashioned random questions.

See, on Thursday night, all the Buzz blog features went out for drinks after work. Random Questions promised itself that it would just have two drinks, but you know how that sort of thing goes… Pretty soon the ginger ale was flowing, and next thing you know Random Questions is waking up in Extravaganza’s bed.

OMG, right?

But don’t even worry about it. Nothing happened. Extravaganza slept on the couch. Still, these are work friends, not friend friends, and they had to talk about something when they got to the office. And so…

Friday Relationship Extravaganza: Random Questions Edition

So paddle around with me in the HMS Puddleduck, won’t you?

Question: Why do praying mantis females eat their mates?

Answer: Hmm… This is a hard one. If relationships weren’t tricky enough, relationships that involve cannibalism are particularly troublesome. I mean, look at Jeffrey Dahmer.

It’s also difficult to answer because it seems like scientists are sure exactly why mantises behave this way. Originally it was thought that female mantises bit off their mates’ heads because removing the head caused the male to start, er, mating like crazy (and why not, I guess.) Plus, the lady mantis gets a snack.

Then, some scientists pointed out that this behavior could be influenced by the fact that the mantises were being watched—whether in the field or in a laboratory, the bright lights and steamy glasses of sweaty-palmed scientists might be a little distracting and stressful for mantis lovers, and could cause them to behave a little irrationally.

Other scientists then observed that if a female were fed before mating, she would be less likely to snap at her mate (as it were). With the threat of having his head bitten off lessened, a male mantis will sometimes even engage in elaborate courtship behavior (and why not, I guess.)

Recently, researchers have determined that male mantises, in fact, don’t like getting eaten, and will approach a female with tremendous caution and attempt to couple from a greater distance to avoid it.

So, what are we left with? Removing a mating male’s head can increase that male’s chance of successfully reproducing (because of the mating like crazy thing). But not getting killed on a lucky date can also increase a male’s chance of reproducing (because he can maybe go on to have more dates with other females). And being watched my scientists while having sex can be stressful. And being hungry while having sex can lead lady mantises to do things they might later regret.

Is that close enough to a real answer?

Question: (This question card is actually two questions. “Why can’t boys have babies?” was written first, and then scratched out. A more logical rephrasing of the question follows: “How long would it take to grow a boyfriend?” Because I’m the acting commander of the HMS Puddleduck, choosing which question to answer is my prerogative. So I will answer both. This is an extravaganza, after all.)

Why can’t boys have babies?

Answer: Well… I can see why you decided to re-write this question. Because, of course, boys can have babies. If I were to see a baby sitting on the street, and if I were to take that baby, guess what? I’d technically have a baby. (And don’t get all sassy about how I shouldn’t go around just taking babies willy-nilly. Would you rather I left that baby sitting in the street?)

Also, according to the research presented in Junior, men can make their own babies, no problem. But until that technology is released to fertility clinics, boys can’t have babies because… well, just because. That’s how things worked out.

We have evolved to use internal fertilization—that is, we don’t just release eggs and sperm into the ocean in the hopes that they’ll mix around on their own. And thank God, because where would the Relationship Extravaganza be if we all acted like fish and amphibians? No place good.

And so, I don’t know… one of the two sexes got stuck with carrying fertilized eggs/babies around, and it’s usually the female (Seahorses are an interesting counterexample, however). And, at this point, human males couldn’t really do it, because we haven’t got the equipment. I mean, the underwhelming birth canal is really the least of the issues here (and that’s saying something.)

Sorry if I’m being vague on this answer, but I think it might be a good question for our current Scientist on the Spot, PZ Myers. I think this question comes down to evolution, and why it makes sense for just one sex to carry developing offspring. PZ is the expert on evolution, so click on these pink words and see if he has any thoughts on the subject.

How long would it take to grow a boyfriend?

Answer: I guess it depends on how you like your boyfriends. If you like your men young, I’d say you could have a boyfriend ready in about nine months. If you want some kind of loving, responsible and mature boyfriend, you might have to wait… what, about 35 years? Yeah, that sounds about right.

Then again, “accelerated aging” seems to be a staple of all cloning-related sci-fi, so maybe we should look into that…

When a mad scientist makes my perfect double to replace me after I get kidnapped, accelerated aging techniques will be essential to ensuring that the clone and I are indistinguishable. After all, a regular (non-mad) scientist might be able to clone me now, but the clone would be a baby, and it wouldn’t be a very convincing replacement. (I pee my pants so rarely these days, it’s hardly worth brining up.)

However, it seems like accelerated aging might be an unintended consequence of some cloning techniques already, and doesn’t even require special tanks and serums. When Dolly the sheep was cloned, scientists found that she suffered from arthritis and lung disease at a relatively young age, leading them to believe that she was prematurely aging. One thought is that Dolly’s telomeres were too short. Telomeres are pieces of DNA at the ends of chromosomes, and their deterioration is responsible for aging. Telomeres prevent chromosomes from accidentally combining with each other. If the chromosomes were to combine with each other, it could result in the cell becoming cancerous, so when a telomere runs out or wears down, the cell is usually destroyed. The shortening of telomeres puts a limit on the number of times a cell can divide, and when cells don’t divide anymore, you start to age. They aren’t sure exactly what caused Dolly’s telomeres to be short (if that was indeed the cause of her rapid aging).

But that’s sort of the downhill part of aging—if you were to clone or genetically engineer your perfect boyfriend, and somehow shorten his telomeres (if it didn’t happen automatically from the cloning) you’d probably end up with some sort of odd Benjamin Button situation, and that might not be what you want.

To even things out, you might have to affect the pituitary gland in some way. The pituitary controls hormones that cause growth, and disorders with the pituitary gland can sometimes cause kids to grow very large very quickly. Many of the world’s tallest people have had pituitary disorders.

I’m thinking that you’d still need eight or nine years to balance out the pituitary and telomere stuff in your grown boyfriend. And he might not thank you for it.

And there we are! Another heartwarming Relationship Extravaganza, spiced with random questions. But the Puddleduck must be off—I still have a stack of questions here that require answers from the far off reaches of knowledge. And several of them have swearwords in them that I have to rephrase, which isn’t easy, if you want to keep the spirit of the original question. (And I do.)


I'm new here and want to ask a question - not write a short story. If this is the wrong place for a question, please help me out.

Is the human egg really the largest cell in the body? That's what the human body movie said. But isn't a neuron a cell, and isn't the axon a part of it, so that a single neuron can be a yard long - as in the sciatic nerve? Wouldn't that be larger than an egg cell?

And while i'm at it, here's a comment: The movie said that the brain controls the GI tract, but my understanding is that although the brain can influence your stomach and bowels, through emotions for example, the GI tract operates pretty much on its own. In fact, Dr. Michael Gershon calls the GI tract "The Second Brain" in his wonderful book by that title.

All in all, i thought the movie was fantastic, and wish there had been much, much more of it!


Green green grass: Is genetically engineered grass a form of nanotechnology?Photo courtesy StarMama
Green green grass: Is genetically engineered grass a form of nanotechnology?
Photo courtesy StarMama

A type of grass created by bioengineers in a lab has escaped out into the environment for the first time--at least that we've noticed.

The grass is being developed to resist the common herbicide Roundup. Scotts Miracle-Gro Company and Monsanto, who are engineering this grass, hope to use it on golf courses so that Roundup could be sprayed to kill weeds without killing the grass.

So what's this got to do with nanotechnology?

Well, I've been doing lots of research into nanotechnology and the social concerns around its use. Just like bioengineered crops, people worry that we don't have a clue what could happen if these plants or particles, in the case of nanotechnology, escape into the environment.

Could the genes from this Roundup resistant grass find their way into wild grasses? If they do it might be that much harder to eliminate weeds that grow wild in our environment.

Okay, but really, what about this nanotech stuff?

Well, this story got me and some of my coworkers thinking about the definitions of genetic engineering and nanotech. In genetics we are manipulating DNA at the nanoscale. In nanotechnology we are manipulating molecules and atoms at the nanoscale. Despite having many people tell me that they are unique I still don't totally get it.

I think it mostly lies in the methods with which the different sciences go about manipulating things. The processes that genetic engineers use to create a new kind of grass are unique from those that nanotech scientists use to engineer something like carbon nanotubes.

So what do you think? I will ask around and see if I can get some answers to the question, "Is genetic engineering a type of nanotechnology?"