Thursday, August 3, 2017

Youtube daily report Aug 3 2017

- [Voiceover] With Richard Kenney.

He's a professor of English at the University of Washington.

His works include The Evolution of the Flightless Bird,

Orrery, and The Invention of the Zero.

Kenney is the recipient of numerous accolades,

including the Yale Younger Poets Prize,

the Lannan Literary Award, and the

John D. and Catherine T. MacArthur Foundation Fellowship.

His most recent book is The One-Strand River.

- My name is Richard Kenney,

and I've been here for the year

at the Writers' Workshop.

What I'm gonna talk about is meter.

I'm gonna talk about fundamentals here.

Meter means measure, which implies counting and numbers.

In fact, poetry used to be called numbers.

Well, how many?

Well, let me think, one, two, three, four, five.

This is my poetic line.

We will measure it as the poets do.

We have five numbers, six, as many as we need, I suppose.

What gets counted?

Well, you could count anything, I suppose,

anything that you could whistle back

in a repetitive way so that you had

a symmetrical pattern, a noticeable pattern.

You could count unicorns.

Five unicorns in a single poetic line would ...

Well, you see the problem.

Sentimentality would be the least of it.

What you really want to count are

small things that don't have any meaning,

like syllables.

You know where this is going.

Syllables are one of the things

that famously get counted in meter.

What else?

Accents or stresses, which we know, get counted.

There are syllabic meters, and there are stress meters,

and then the third thing, which is the confluence

of those two traditions,

and constitutes the great metrical tradition in English,

is counting both at once, which means counting feet.

What I'm gonna do is illustrate

how one would make a line out of those simple elements.

To do that, like I said, I have props.

We'll do syllabics first.

These represent syllables.

Think I have enough.

The simplest syllabic form,

the one that everybody's familiar with

are haiku poems, right?

"Turnip farmer rose,

and with a fresh-pulled turnip,

pointed to my road."

We have, "turnip farmer rose",

"and with a fresh-pulled turnip", seven,

"pointed to my road."

Five, seven, five, easy.

Stress tradition, we have the Anglo-Saxons,

who, at the very root of English literature,

began English literature, wrote in the stress meters.

I can't speak that for you,

but during the Middle English period,

the alliterative revival, there was a poet called

"The Pearl Poet" who wrote

"Sir Gawain and the Green Knight", which begins,

(speaks in foreign language)

"It's close, you can hear, bang, bang, bang, bang."

There are five of those, five stresses in each line.

We're gonna use bolts for that.

I said I wouldn't use that word, but there it is.

It's five for the English tradition.

(speaks in foreign language)

Can you see these better if I turn them?

Five, five stresses.

That tradition survives, comes down to us

in the nursery rhyme tradition, so,

"hinx, minx, the old witch winks,"

"the beggars are coming to town,

"some in rags, and some in tags,

"and one in a velvet gown."

"We have" hinx, minx, the old witch winks,"

"the beggars are coming to town,"

"the beggars are coming to town,"

"some in rags, and some in tags,"

and "one in a velvet gown."

There you see a very famous rhythmic pattern

in the literature, it's the song measure,

it's, in this case, four stresses, and then three,

and then four, and then three.

And all of them,

"hey, diddle, diddle, the cat and the fiddle,

"the cow jumped over the moon,

or one of my favorites,

"bow wow wow, whose dog art thou?

"Little Tom Tinker's dog, bow wow wow."

"Bow wow wow", it's not very hard.

It can be done in more complicated fashion.

Gerard Manley Hopkins is famous for it.

His poem "The Kingfisher" begins,

"As kingfishers catch fire,

"dragonflies draw flame,

"as tumbled over rim in roundy wells, stones ring,

"so each tucked string tells, each hung bell's bow swung,

"finds tongue to fling out broad its name."

Hopkins is counting stresses,

and these are accents which fall on particular syllables

in the course of the sentence.

No syllables, you noticed I'm not counting

any syllables at all.

They don't figure at all in this system.

The line, "hinx, minx, the old witch winks,"

is the same length as a line which would begin,

"Let me tell you a little story about a man named Herb,

"his daddy was a noun, and his momma was a verb."

That follows the pattern as a lot of songs do.

They don't need to count their syllables.

They don't lose track of where they are.

They know how many stresses there are because,

in the Anlgo-Saxon tradition, they would alliterate them.

In music, you strum the banjo,

and the music carries it.

That's the alliterative tradition,

and you're welcome to try it.

It's a powerful way of writing,

and the limitation here is not that you can't hear it,

but you sometimes have trouble deciding

where the stresses fall in long lines.

Now we come to the great tradition, as I said,

the accentual syllabic tradition

where I said you count both.

Well, how do you do two things at once?

The obvious way to do it is to combine them,

and that's where my props come in.

A stress will be coupled with

a number of unstressed syllables,

and you call that grouping a foot.

In English, there are really just

two rhythms that we're trying to approximate.

A rhythm would be a repetitive pattern

of a stress followed by some number of unstressed syllables,

which is always the same,

so that it would sound symmetrical.

In English, there are really just four of these.

There are two rhythms.

One is the heartbeat, lub-dub, lub-dub.

Lub-dub, lub-dub.

Dub-lub, dub-lub.

This one, I'm gonna couple them together,

when I do that, what I have is a troche from your position,

the bolt and the nut.

There's two rhythms that we try to approximate

using these feet, one is the double rhythm,

and that's the rhythm of the heartbeat.

It's the easy way to remember it.

Let's say the heart goes lub-dub, lub-dub, lub-dub.

It goes unstressed, stress.

I have just made an iamb here

with the unstressed syllable, which is the nut,

followed by the bolt, lub-dub.

Now, in a long string, if I say,

"Lub-dub lub-dub lub-dub lub-dub,"

and I ask Chris back there, somebody else,

"I don't remember where I started,

"did I start on a lub or a dub?"

he would shrug and say, "Why does it matter?"

This is the distinction between

a troche and an iamb, is really minimal.

They're both trying to approximate this rhythm,

which propagates all the way through the literature.

The other rhythm that the poetic feet try to approximate

is the triple rhythm.

It's called a triple because there are

three syllables in it, two of them are unstressed,

here's a second, add it.

Now, instead of ...

Instead of lub-dub, I have diddy-dum.

Diddy-dum, diddy-dum.

These can be strung together.

In nursery rhymes,

"Hey, diddle, diddle, the cat and the fiddle"

has a bunch of them, a bunch of these in it.

The literature also, particularly in former centuries,

uses these feet, they're called anapests and dactyls.

The anapest rises up to the stress,

and the dactyl falls down from it.

The dactyl and the troche are the falling feet.

Bum-bum, or bum-bum-bum,

and the anapest and the iamb

are the double and the triple rising feet.

Out of these props, you can build a poem.

There are two measures which are common.

One is the pentameter line, the long line,

which sounds like speech,

and the other is the short line, or the song measure.

Many songs are in it,

and many serious poems too.

Okay, so this goes,

"Shall I compare thee to a summer's day?"

"Thou art more lovely and more temperate."

All right, that works.

"I'm tired of love;

"I'm still more tired of rhyme.

"But money gives me pleasure all the time."

It works.

The opening lines of Keats's famous Odes, The "Ode on a Grecian Urn" begins,

"Thou still unravished bride of quietness,

"Thou foster child of silence and slow time,"

excuse me?

That sounded really foolish,

and that's sort of the point of these meters.

The meter is purely mechanical,

and it isn't a feeling creature.

It's really a robotic sort of mechanical thing

made out of nuts and bolts like this.

It only knows stressed syllables and unstressed syllables,

and for this reason, it's really important

to understand that, when we say "stress"

in the context of accentual syllabic meters,

what we're talking about is elicit stress

or allowable stresses within a single word.

If a word accepts a stress,

if a syllable in a word accepts a stress,

if the dictionary says it accepts a stress,

primary, secondary, it doesn't matter,

it just gets a stress as far as the meter's concerned.

But you, feeling creature that you are,

will not read it foolishly like that in a sing-song fashion.

You will read it naturally,

and so, if I read that Shakespearean line again,

my robot reads it,

[robotic voice] "Shall I compare thee to a summer's day,"

well, I would say,

[smoothly] "Shall I compare thee to a summer's day."

How many stresses is that?

Well, the number of actual stresses that I give it is four.

The robot reads it relentlessly and ruthlessly

giving the same amount of stress

to each of the stressable syllables.

The prepositions, the conjunctions get

as much juice as the nouns and the verbs.

They get as much stress as anything that

one would wish to emphasize

when one read it in a dramatic fashion.

An actor can read a line differently one day,

different from another day,

differently on Thursday than he does on Tuesday.

The meter never changes.

The meter is always ticking along underneath the surface,

but simply striking every allowable syllable,

every syllable in which the dictionary

will permit a stress, whereas you'll read it normally.

In a line like that,

"Shall I compare thee to a summer's day,"

"shall I compare thee to a summer's day,"

we have four rhetorical stresses,

four voice stresses, or rhythmic stresses, we would say,

but there are five metrical stresses.

Don't worry about it.

This happens in many, many lines.

Any line that has a conjunction, or a preposition,

or some grammatical word like that

will often have fewer stresses than five, rhythmic stresses.

The meter goes along underneath the surface

without any problem.

That's just about the whole story, really.

I could illustrate with four-beat lines.

I could illustrate with five-beat lines,

but just to do a couple more,

the opening lines of Keats's,

I'll do two of the Odes.

The "Ode on the Grecian Urn" begins,

"Thou still unravished bride of quietness,

"thou foster child of silence and slow time,

"Sylvan historian, who canst thus express

"a flowery tale more sweetly than our rhyme."

If you want to hear the robot read that metrically,

it would go like this.

[robotic voice] "Thou still unravished bride of quietness,

"thou foster child of silence and slow time,"

it sounds idiotic to put an accent on "and."

One wants to accent "slow" and "time."

"Thou foster child of silence, slow time,"

it's a beautiful line.

That disjunction, that disharmony,

that counterpointing effect is really

what makes accentual syllabic poetry so thrilling

because the part of your body adjusts itself,

your physical nature adjusts itself

to the clock of the meter and expects

these stresses to come, and when they don't come,

there's a little bit of a frisson,

a little bit of a hair goes up on your neck

a little bit sometimes.

You have a physical response.

There's one other version of that.

The next line is,

"Slyvan historian, who canst thus express."

Now, "Sylvan" can't be pronounced "Syl-van,"

but the robot wants to go,

"Syl-van historian, who canst thus express,"

can't do it, so what do you do?

Well, it's really easy, you just flip

the iamb around into a troche.

Now we have a troche.

Sylvan, and now we revert to iambs,

"historian, who canst thus express."

This happens all the time.

It happens very often in the first position

of a poetic line.

The opening of the "Ode to Autumn" is,

"Season of mists and mellow fruitfulness,

"close bosom-friend to the maturing sun."

Well, you know, you could imagine that

that was made out of troches because

it starts with "season,"

and "season" can't be pronounced "sea-son."

Now, my robot wants to say

"sea-son of mists and mellow fruitfulness,"

but I can't, so again, I turn the iamb around,

make a troche of it, and I go "season,"

and then I revert to iambs,

"of mists and mellow fruitfulness," and now we're done.

That's okay, everything works out.

If I were to take more time,

I won't, you should read the great poems,

and you'll find these effects happening all the time.

In the context of this little chat,

I'm saying, don't worry about it, it's okay.

If the meter gets violated occasionally,

it's fine, as long as you revert to the pattern.

Again, the pattern doesn't have to be

the way that one would actually say the line.

The syllables, where accents are supposed to strike,

as in the case of five of them in a pentameter line,

they simply have to be able to accept a stress.

With these props, I've been trying to show

how the armature can be laid out for a metrical line.

How does one write one?

One simply speaks

and moves syllables around so that

they can fit the pattern.

If you just have to say something

and it doesn't quite fit the pattern,

don't worry about it, as long as you recover

and return to the pattern.

Is it possible to write this way

and sound anything like a normal human being?

Will it necessarily sound like

some sort of faux Shakespearean?

No, it isn't very difficult at all

to do this day and night.

The fact is, I could speak that way for a long time

without you noticing.

I guess I'll say one last thing.

These meters don't exist in the world.

They exist in your nervous system.

I'll demonstrate that.

I propose that there are two rhythms,

the heartbeat and the hoofbeat.

I will propose that, of all the possible meters,

and if you say that there are six,

there are dimeters, trimeters, tetrameters,

pentameters, and hexameters,

and there are anapests, dactyls, iambs, and troches,

that should be 24 meters that you'd have to memorize,

it's not that way.

There are really only a few that actually happen,

and they are the meter which resembles song,

and that's called the song measure or ballad measure,

and that's some combination of four feet and three feet.

"Hinx, minx" works that way.

"Betsy from Pike" works that way.

"Clementine" works that way.

"The Yellow Rose from Texas" works that way.

"Tiger, tiger burning bright in the forest of the night,"

many, many poems work that way.

All the Christmas carols you know,

all of the ballads you know work that way.

They're some combination of

four stresses, and three stresses,

four stresses, and three stresses,

four, four, four, four, something like that.

The other famous line is

the line which approximates speech.

In English, that's the pentameter line.

This is the nature of poetry.

Its DNA is the twining of the strands of song and speech,

speech which resembles song, song which resembles speech.

Those are the two principle measures or line lengths,

a short line and a long line,

and the two rhythms are the heartbeat and the hoofbeat,

and the hoofbeat is really only used nowadays,

it's used principally in light verse, the humorous verse.

I started to say that the meters exist,

they're often talked about as though

they're in the world, but they're really

just ways of talking about things

that happen in the world, which are strings

of rhythmic patterns which appear in speech.

The line,

"Shall I compare thee to a summer's day,"

pentameter line, is it really?

Well, if the next line is,

"Thou art more lovely and more temperate,"

and the poem,

"Rough winds do shake the darling buds of May,"

yes, it's a pentameter line,

but if that poem were to have continued, let's say,

"Shall I compare thee to a summer's day?"

"Thou art too prim and arch,

"more like February, say, complaining into March."

Okay, now we have,

"Shall I compare thee to a summer's day?"

"No, thou art too prim and arch,"

four, three,

"More like February, say, complaining into March,"

now I've made a little ballad out of that.

Does that mean that this ballad measure

has one pentameter line?

No, it just has a stressed tetrameter line,

it just has a few extra syllables in it.

What I'm trying to propose is that,

I began with counting and numbers,

just like professors always do,

and it's not about numbers and counting at all.

That's just the mind trying to understand it

at a level of detail which is,

in practice, all but irrelevant.

The truth is, these things are biological effects.

They happen in the body.

Music is the proof of that.

If you find yourself moving to music,

then you know that this happens

in a very unmediated kind of way.

I left the question of the journalist's questions,

who, what, when, where, why, how,

I tried to concentrate a little bit on what and how,

but the who, where, when, everybody, always.

That's who and when.

It's a cultural universal.

The anthropologists haven't found

a culture where this doesn't exist.

One presumes, there are bone flutes that go back

to the caves, one presumes that

this kind of thing was going on from the beginning.

It's everywhere.

Where? It's not only in poetry.

In fact, over the last century,

metrical verse, having dominated the tradition,

and probably all of the Western poetic traditions, anyway,

the only ones I know anything about,

since the beginning, in the last century,

meter took a back seat to some other poetic effects,

but the advertisers and the eduprop shamans

didn't leave it behind.

We hear metrical constructions probably more often

in advertising than, at least,

average people out there on the street

probably hear them in that context

and in the context of music more often

than they do in the context of poetry.

Why?

The advertisers know that it

kind of gets people's attention.

The music people know that, well,

we're all drinking wine, aren't we?

Why wouldn't we want to be here.

We like it.

You sometimes hear that meter is used

because meter was a technology or a method

which enhanced memory.

Okay, it's not untrue.

It strikes me, it's true in the same sense

that groceries enhance digestion.

Because we're inclined to.

The answer is the same as for music.

Why? Because we like it.

It's pleasing to us,

both in the hearing, and in the composition.

I guess that's it.

For more infomation >> Power of the Pen Poetry Plays 2017 Week 3 Part II Richard Kenney - Duration: 24:35.

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Sara Underwood flashes nipples as she gets wet and wild in Greece

The 33-year-old American model has earned an army of fans with her racy adventures around the world. She visits some of the most beautiful destinations imaginable and then whips her kit off for some sexy photos and videos.

Her most recent holiday was to Santorini in Greece, where she looked jaw-dropping in a white swimsuit. A video she posted online begins with a close-up of her enviably toned bum as she walks onto a sun-kissed balcony with an amazing view.

  Sara Underwood teased fans with her see-through outfit in the Instagram video from Greece.

But all eyes are on Sara as she relaxes in the sunshine before things get even steamier.

After another close-up of her behind, the camera turns to her front which has inexplicably become wet – despite there being not a cloud in the sky – resulting in her top becoming see through.

Sara has been updating fans with her trip abroad with her usual cheeky snaps – in one pic, the model claims to have run out of clothes so instead drapes a scarf over herself – genius really. .

JET SETTING: Sara ran out of clothes on the trip so wore a scarf instead – genius. The video of her antics in Greece sent her eight million followers on Instagram wild. "God creating women knew what he was doing," wrote one.

Another added: "You have the face of an angel." And a third commented: "I cant stop watching this!".

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I don't know about you, but when I browse the internet, I like to make sure my precious

time isn't wasted.

There's nothing more infuriating than jumping from site to site, aimlessly, without direction

or reason.

That's then why I have this 2002 publication from Lagoon Books, entitled, 500 Indispensable

Web Sites FOR MEN......

Ultimate Web Guide...

Ohhhh yeahhhhhh.

"A Must for all men, this internet address book will give you access to 500 essential

sites to add to your favourites.

Whether you use it for work or leisure, you'll soon wonder how you ever lived without it.

Stay one step ahead with this cool cyber guide".

I imagine, if a woman did ever try and access a website in this book - heaven forbid - her

fingers would simply snap under the manly keywords, or her eyeballs would simply explode

at the raw, unleashed images bursting from the screen, unable to be digested by her double

X chromosome.

Of course..

I'm being facetious.

A woman would clearly just die upon picking up the book.

But 2002 was a different time.

You could probably buy this book in an actual bookstore, rather than a corner of a garden

centre.

So given it's a different time, I thought we could look through some of these websites

and find out if they still exist, and exactly what state they find themselves in, some 15

years later.

Firstly, I love the fact that most of the people involved in creating this book are

actually women...

It's a TRAP... there's actually a website for the book.

Lagoongames.com... which still seems to exist.. or at least redirects to thelagoongroup.com.

Maybe they've even expanded since 2002.

Still selling gifty type things.

Wow!

Make your Own Speakers!

They seem to have discontinued this dinosaur of a book however.

And here's what lagoongames.com looked like back in 2002.

This is what I'm talking about.

Strange that this book isn't listed under the "Internet Books" section.

But then even reading the book's introduction, you realise this is a hurried affair, as this

intro seems to be entirely lifted from the 500 Essential Sites for Smart Surfers book,

telling us this book is for surfers of all ages and abilities... yeah, probably not.

Anyway, let's dive in with the LifeStyle section and....

"The Love Doctor" at drkiss.net.

Ahhh man, how the hell am I going to cope with rejection now?

Thankfully askmen.com is still up and running, offering, pfffft, things.

Again the 2002 site looks much more appealing.

We've got Man of the Week: Justin Timberlake....

Fitness Babes: Part II.... oh, jesus god, what the hell have I got myself into.

Still their site of the day...

Drobnjacks Manjaks is interesting.

The official site of Seattle Sonics' center Peja Drobnjak.

You can even make this site your HOME PAGE.

Why the hell would you want to do that?!

One more thing to do....

I'll tell you what, let's move onto the MONEY section.

(MONEY, MONEY, MONEY)

Remember a world when you had to type in lengthy URLs like this, rather than just searching,

because search engines could be so easily manipulated?

Good times.

College for Cash or Personal Finance101 is one site which seems to still work, or at

least redirects to the .org, with the last update in May 2010.

To be honest this looks like some kind of holding page, and isn't a patch on the former

glory of 2002 site edition!

Look at this thing.

We've got a completely different URL here.

A bookstore, Directory... flipping tremendous.

Some of this might actually be useful information.

But it's far from inviting.

Best fill out the guest book...

How did we get here... errrr, yeah, we'll go with "by some other method".

This book did say Indispensable, right?...

Seriously, most of these sites are more than dispensible, even if they were to work.

This site was so indispensible that from July 2002 is was re-directed to a different site

and by 2004 had been obliterated entirely.

Something tells me most of these web sites were derived using the typing topics into

Alta Vista and selecting the first option approach, which back in 2002 was far from

a safe method of finding "quality" content.

Here's a URL which no longer works, but even in 2002, was it really indispensable to take

this "Could You Be a Millionaire?"

test?

It looks like something that's fallen out of the ass of a high school web intern.

I would try and complete it, but it doesn't even load past the first page anymore.

Allow me then, if you will, to move onto the "Gadgets and Gizmos" section.

This is more like it...

The Advanced Intelligence Spy Shop, and even today, it still looks like a 2002 site.

In fact, it looks like it's from the mid 90s.

Maybe this is some kind of cover to shield the amazing spy devices stocked within.

Although, judging by the Motorola handset shown... probably not.

You can buy those voice changers as seen in the movie SCREAM, and even a eavesdropping

device that will apparently capture sounds from an infinite distance.

Useful for listening into the sounds of hell then in parallel dimensions.

CLUE Spray!

What the hell is that?

This detection powder is simply sprayed on any surface leaving an invisible film which,

when touched is immediately transferred to the hand, clothing, etc.

Will remain on hands up to five days in spite of repeated washings.

What is this stuff?

More like creepy tracking - potentially toxic - spray than clue spray.

You may be interested to know that in 2002, this site, DID actually look different...

I mean, it hasn't exactly evolved much in 15 years has it?

Same products.

Ohhh, look, even a spinning "New Products" logo.

Wow, look at this stuff.

The X-Relect camera, that can see through objects, even clothes!

Wait... what?

This doesn't even exist now, does it?

"The act of invading someone else's privacy should be avoided"....

Isn't that EXACTLY what the purpose of this is?

To invade the privacy of others?

To SPY on them?

Alright, before I get carried away with this crazy spy-tech, lets take a peek at...

Excuses.co.uk

Currently just a holding page, but back in 2002 excuses.co.uk offered "An excuse for

every occasion", because We all need excuses.

Under Law & Order we have a variety of circumstances... caught speeding, caught stealing...

READING pornography...

Reading?

I guess it's 2002.

Under which we have.

"I read it for the articles"

"All those fit bodies inspire me to keep working out"

and "I'm against this kind of stuff, but I feel I need to experience it before I can

criticize it"...aahhhhh

i-ching.com offers us an Oracle experience with promises of "clicking over the sacred

pool"...

Today, the site has mered with Tarot.com, and in fact we can see this happened way back

in late 2002.

But if we go back just a little further to 2001... well... we don't get a pool, but we

do get a book to click on... all I have to do is wait to discover my fortune.

Sounds about right.

Now, this wouldn't be a "MAN'S" book without a "Virtual babe" would it?

And today ananova.com simply provides us with a selection of hosting providers.

BUT BACK IN August 2002....

Wait...

Orange?

Cheney stresses need to oust Saddam...

What the hell is this?

We have to go all the way back to 2000, to find out what this is about... annnd apparently

she's a virtual newscaster.

Damn click bait...

BOOK, click bait.

Alright, onto the Entertainment section of the book.

And look!

Amazon.com!

Here's a site we know!

Back then, it looked like this... not that much different really.

Apart from this enticing gold box.

I could spend ages going through all these sites, but chipsworld.co.uk immediately stands

out.

It's still open, offering a variety of retro stuff... not priced too badly actually.

But back in 2002 you could grab yourself a brand new Dreamcast Ultimate Pack for £99.99,

complete with Jet Set Radio, MSR and Virtua Fighter 3.

Awesome.

And I think we'll wrap it up there.

This book is clearly packed with many more masculine websites, including SPORTS and OIL,

and BRICKS and all those manly things, so I think we might pay a sneaky revisit at some

point in the not so distant future.

But for now, thanks for watching, subscribe for more, click this video, or support me

through Patreon for exclusive rewards and mucho gratitudio.

In any case, have a great evening.

See ya!

For more infomation >> 500 Indispensable Websites "FOR MEN" (from the early 00's) | Nostalgia Nerd - Duration: 11:10.

-------------------------------------------

🌊 DORMIRE: Pianoforte Rilassante & Suono Del Mare - Dolce Rilassamento 🌊 - Duration: 3:02:25.

For more infomation >> 🌊 DORMIRE: Pianoforte Rilassante & Suono Del Mare - Dolce Rilassamento 🌊 - Duration: 3:02:25.

-------------------------------------------

Сказания о Демонах и Богах 14 серия(Русские субтитры) - Duration: 7:06.

For more infomation >> Сказания о Демонах и Богах 14 серия(Русские субтитры) - Duration: 7:06.

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Hottest New Indie Release?

For more infomation >> Hottest New Indie Release?

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Likely Contenders for Indian Navy P 75I Submarine Project - Duration: 8:30.

For more infomation >> Likely Contenders for Indian Navy P 75I Submarine Project - Duration: 8:30.

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Why Nature Loves Hexagons (featuring Infinite Series!) - Duration: 6:16.

[MUSIC]

Is nature a mathematician?

Patterns and geometry are everywhere.

But nature seems to have a particular thing for the number 6.

Beehives.

Rocks.

Marine skeletons.

Insect eyes.

It could just be a mathematical coincidence.

Or could there be some pattern beneath the pattern, why nature arrives at this geometry?

We're going to figure that out… with some bubbles.

And some help from our favorite mathematician: Kelsey, from Infinite Series.

Happy to help.

[OPEN]

A bubble is just some volume of gas, surrounded by liquid.

It can be surrounded by a LOT of liquid, like in champagne, or just a thin layer, like in

soap bubbles.

So why do these bubbles have any shape at all?

Liquid molecules are happier wrapped up on the inside, where attraction is balanced,

than they are at the edge.

This pushes liquids to adopt shapes with the least surface.

In zero g, this attraction pulls water into round blobs.

Same with droplets on leaves or a spider's web.

Inside thin soap films, attraction between soap molecules shrinks the bubble until the

pull of surface tension is balanced by the air pressure pushing out.

It's physics!

Physics is great, but mathematics is truly the universal language.

Bubbles are round because if you want to enclose the maximum volume with the least surface

area, a sphere is the most efficient shape.

Yeah.

That's another way of putting it.

What's cool is if we deform that bubble, the pull of surface tension always evens back

out, to the minimal surface shape.

This even works when soap films are stretched between complex boundaries, they always cover

an area using the least amount of material.

That's why German architect Frei Otto used soap films to model ideal roof shapes for

his exotic constructions.

Now let's see what happens when we start to pack bubbles together.

A sphere is a three-dimensional shape, but when when we pack bubbles in a single layer,

we really only have to look at the cross-section: a circle.

Rigid circles of equal wdiameter can cover, at most, 90% of the area on a plane, but luckily

bubbles aren't rigid.

Let's pretend for a moment these bubbles were free to choose any shape they wanted.

If we want to tile a plane with cells of equal size and *no* wasted area, we only have three

regular polygons to choose from: triangles, squares, or hexagons.

So which is best?

We can test this with actual bubbles.

Two equal-sized bubbles?

A flat intersection.

Three, and we get walls meeting at 120˚.

But when we add a fourth… instead of a square intersection, the bubbles will always rearrange

themselves so their intersections are 120˚, the same angle that defines a hexagon.

If the goal is to minimize the perimeter for a given area, it turns out that hexagonal

packing beats triangles and squares.

In other words, more filling with fewer edges.

In the late 19th century, Belgian physicist Joseph Plateau calculated that junctions of

120˚ are also the most mechanically stable arrangement, where the forces on the films

are all in balance.

That's why bubble rafts form hexagon patterns.

Not only does it minimize the perimeter, the pull of surface tension in each direction

is most mechanically stable.

So let's review: The air inside a bubble wants to fill the most area possible.

But there's a force, surface tension, that wants to minimize the perimeter.

And when bubbles join up, the best balance of fewer edges and mechanical stability is

hexagonal packing.

Is this enough to explain some of the six-sided patterns we see in nature?

Basalt columns like Giant's Causeway, Devil's Postpile, and the Plains of Catan form from

slowly cooling lava.

Cooling pulls the rock to fill less space, just like surface tension pulls on a soap

film.

Cracks form to release tension, to reach mechanical stability, and more energy is released per

crack if they meet at 120˚.

Sounds pretty close to the bubbles.

The forces are different, but it's using similar math to solve a similar problem.

What about the facets of insect's eye?

Here, instead of a physical force, like in the bubble or the rock, evolution is the driver.

Maximum light-sensing area?

That's good for the insect, but so is minimizing the amount of cell material around the edges.

Just like the bubbles, the best shapes are hexagons.

What's even cooler, if you look down at the bottom of each facet??

There's a cluster of four cone cells, packed just like bubbles are.

Bubbles can even help explain honeycomb.

It would be nice to imagine number-crunching bees, experimenting with triangles and squares

and realizing hexagons are most efficient balance of wax to area… but with a brain

the size of a poppy seed?

They're no mathematicians.

It turns out honeybees make round wax cells at first.

And as the wax is softened by heat from busy bees, it's pulled by surface tension into

stable hexagonal shapes.

Just like our bubbles.

You can even recreate this with a bundle of plastic straws and a little heat.

So is nature a mathematician?

Some scientists might say nature loves efficiency.

Or maybe that nature seeks out the lowest energy.

And some people might say nature follows the rules of mathematics.

However you look at it, nature definitely has a way of using simple rules to create

elegant solutions.

Stay curious.

So that's how nature arrives at the optimal solution for three-dimensional bees, but you

know mathematicians love to take things to the next level.

What would the honeycomb look like for a four dimensional bee?

Follow me over to Infinite Series and me and Joe will comb through the math.

For more infomation >> Why Nature Loves Hexagons (featuring Infinite Series!) - Duration: 6:16.

-------------------------------------------

5 urbexeurs à suivre ! - Duration: 5:18.

<5 french urban explorers to follow >

Some explorers are interesting to follow because their work is good,

and some other are influent, so they'll direct currents events in french urbex world.

I give you my personal opinion about that, explaining why you should pay attention to this one or this other.

Do notice that to follow doesn't means to love,

but it's worth knowing them.

...But that doesn't mean i don't like them !

Here is'nt the subject...anyway.

5 : let's talk about Mamytwink.

French youtuber with hundreds of thousands subscribers,

he first became famous thanks to gaming videos.

Then he began to do night explorations videos, and people like it.

I like with this guy the fact that he does his best to apply the urbex codes,

and question himself in order to set a good example.

Sometimes he makes some mistakes,

and it may annoy the other explorers.

I've got the feeling there isn't communication between other french explorers and he.

Between french explorers we know about each other and talk a little bit, but i never saw him talk with the community.

Maybe i'm wrong...anyway.

At least, he never really wanted to talk with me :'( !

<I exaggerate, he often answers > He has got a main role in the french urbex world,

because of his visibility and subscribers number.

But i personally think that he doesn't influence the explorers themselves, rather the viewers

who will easily take him as a reference.

Whereas as i told it, in our lovely sect, we don't really know him.

4 : let me show you my big crush,

not really known but they make wonderful videos,

just look at their introduction :

< Hi, we're Ixpedition. >

< We're urban explorers

visiting abandoned places in France.

Our ixpedition's goal

is to immortalise them, before their destruction

because of the wear of Time and Man.

Therefore, we invite you to live an urban exploration as if you were in. >

Ixpedition shows us beautiful places,

it's very well filmed,

and above all, is has a neutral tone.

It's just the passage of their camera into wonderful spots, with a music always well chosen.

Everytime i look at one of their video, i'm impressed by such a technical mastery !

Sometimes i try to get informations about their equipment,

but, well, anyone its realisation secrets...!

Personally i really enjoy their job,

to follow if you wanna see beautiful spots in a neutral fashion.

The only "blame" i can do is that sometimes they explore guarded places

so, not abandoned.

But they honestly explain that in description.

Event if i would not visit these places because it's not my principles,

it still follows urbex definition. So, let's validate it !

In 3, an explorer making crazy photos, of amazing places.

An the amazing thing, is that he gives his spots's localisation !!

Of course, there is a trick, don't be naive.

Boreally is what i'd call a real anticipator :

He watches places in end of life, plants wound up or bankrupt,

then, when it's good, he goes.

So he just...see the place very freshed abandoned.

To sum up, he goes somewhere always before everybody. And now it becomes amazing :

he waits during months, years, the place being renovated or to much trashed, to finally one day publish his own photos.

And now you understand that knowing the localisation is useless, as it has been destroyed or refurbished meanwhile !

or the place isn't as beautiful as when the day Boreally went.

For example, you can compare his photos of the military quarry with my own video of the same spot,

you'll see he went here when there was a very lot of vehicles inside of the quarries

and at this time, nothing was trashed !

So, you can imagine his rythm of publishing isn't fast

but when a phot serial is coming, it worth.

2 : the patron saint of french explorers, Glauqueland. <he hates when i glorify him >

If you already wrote "urbex" on Google you saw his website, necessarily.

And because he's one of the older french urbexers to publish his narrative explorations on the web.

Stories very addictive, where he tells his felt, his anecdotes...

he makes searches about the place history...well, he has got Wisdom and Knowledge.

He's also the author of the book "urbex", edited in 2016.

that i highly recommend, as for explorers than for curious readers.

And he illustrates his explorations with a lovely graphic style, with the pseudo "a cup of Tim"

...because his name is Tim...

...Hey, his mom and dad didn't call him "Glauqueland" when he was born...

You already saw this guy on some of my videos.

At the top, i mention : the crazy rabbits.

So, about them it's funny, they're really critized into the french urbex community,

but after a while, it's good to admit they're representatives and spokemen of urbex in France :

Excellent Google referencing, all reporters come to interview them,

and the more time is spending, the more i see their news create discussion into the community.

URBEX SESSION is a couple holding a blog where they publish photos at global scale

and article with the well dipped tone characterizing them.

And they act independently, and that can shock the community.

In spite of the virulent tone of URBEX SESSION, their observations about urbex world are often true, and relevant reflections.

I think they're so blamed by the other explorers because their concept of urbex is single and,

they're honest, Honesty doesn't please everybody !

This is the end of my rank.

I recall it's a personal opinion, there are a very lot of other explorers doing a wonderful job, i couldn't mention.

Please do tell in commentaries the ones you know,

i'm interested, i'm far from knowing everybody !

For more infomation >> 5 urbexeurs à suivre ! - Duration: 5:18.

-------------------------------------------

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-------------------------------------------

Power Pet Automatic Doors

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-------------------------------------------

Why Nature Loves Hexagons (featuring Infinite Series!) - Duration: 6:16.

[MUSIC]

Is nature a mathematician?

Patterns and geometry are everywhere.

But nature seems to have a particular thing for the number 6.

Beehives.

Rocks.

Marine skeletons.

Insect eyes.

It could just be a mathematical coincidence.

Or could there be some pattern beneath the pattern, why nature arrives at this geometry?

We're going to figure that out… with some bubbles.

And some help from our favorite mathematician: Kelsey, from Infinite Series.

Happy to help.

[OPEN]

A bubble is just some volume of gas, surrounded by liquid.

It can be surrounded by a LOT of liquid, like in champagne, or just a thin layer, like in

soap bubbles.

So why do these bubbles have any shape at all?

Liquid molecules are happier wrapped up on the inside, where attraction is balanced,

than they are at the edge.

This pushes liquids to adopt shapes with the least surface.

In zero g, this attraction pulls water into round blobs.

Same with droplets on leaves or a spider's web.

Inside thin soap films, attraction between soap molecules shrinks the bubble until the

pull of surface tension is balanced by the air pressure pushing out.

It's physics!

Physics is great, but mathematics is truly the universal language.

Bubbles are round because if you want to enclose the maximum volume with the least surface

area, a sphere is the most efficient shape.

Yeah.

That's another way of putting it.

What's cool is if we deform that bubble, the pull of surface tension always evens back

out, to the minimal surface shape.

This even works when soap films are stretched between complex boundaries, they always cover

an area using the least amount of material.

That's why German architect Frei Otto used soap films to model ideal roof shapes for

his exotic constructions.

Now let's see what happens when we start to pack bubbles together.

A sphere is a three-dimensional shape, but when when we pack bubbles in a single layer,

we really only have to look at the cross-section: a circle.

Rigid circles of equal wdiameter can cover, at most, 90% of the area on a plane, but luckily

bubbles aren't rigid.

Let's pretend for a moment these bubbles were free to choose any shape they wanted.

If we want to tile a plane with cells of equal size and *no* wasted area, we only have three

regular polygons to choose from: triangles, squares, or hexagons.

So which is best?

We can test this with actual bubbles.

Two equal-sized bubbles?

A flat intersection.

Three, and we get walls meeting at 120˚.

But when we add a fourth… instead of a square intersection, the bubbles will always rearrange

themselves so their intersections are 120˚, the same angle that defines a hexagon.

If the goal is to minimize the perimeter for a given area, it turns out that hexagonal

packing beats triangles and squares.

In other words, more filling with fewer edges.

In the late 19th century, Belgian physicist Joseph Plateau calculated that junctions of

120˚ are also the most mechanically stable arrangement, where the forces on the films

are all in balance.

That's why bubble rafts form hexagon patterns.

Not only does it minimize the perimeter, the pull of surface tension in each direction

is most mechanically stable.

So let's review: The air inside a bubble wants to fill the most area possible.

But there's a force, surface tension, that wants to minimize the perimeter.

And when bubbles join up, the best balance of fewer edges and mechanical stability is

hexagonal packing.

Is this enough to explain some of the six-sided patterns we see in nature?

Basalt columns like Giant's Causeway, Devil's Postpile, and the Plains of Catan form from

slowly cooling lava.

Cooling pulls the rock to fill less space, just like surface tension pulls on a soap

film.

Cracks form to release tension, to reach mechanical stability, and more energy is released per

crack if they meet at 120˚.

Sounds pretty close to the bubbles.

The forces are different, but it's using similar math to solve a similar problem.

What about the facets of insect's eye?

Here, instead of a physical force, like in the bubble or the rock, evolution is the driver.

Maximum light-sensing area?

That's good for the insect, but so is minimizing the amount of cell material around the edges.

Just like the bubbles, the best shapes are hexagons.

What's even cooler, if you look down at the bottom of each facet??

There's a cluster of four cone cells, packed just like bubbles are.

Bubbles can even help explain honeycomb.

It would be nice to imagine number-crunching bees, experimenting with triangles and squares

and realizing hexagons are most efficient balance of wax to area… but with a brain

the size of a poppy seed?

They're no mathematicians.

It turns out honeybees make round wax cells at first.

And as the wax is softened by heat from busy bees, it's pulled by surface tension into

stable hexagonal shapes.

Just like our bubbles.

You can even recreate this with a bundle of plastic straws and a little heat.

So is nature a mathematician?

Some scientists might say nature loves efficiency.

Or maybe that nature seeks out the lowest energy.

And some people might say nature follows the rules of mathematics.

However you look at it, nature definitely has a way of using simple rules to create

elegant solutions.

Stay curious.

So that's how nature arrives at the optimal solution for three-dimensional bees, but you

know mathematicians love to take things to the next level.

What would the honeycomb look like for a four dimensional bee?

Follow me over to Infinite Series and me and Joe will comb through the math.

For more infomation >> Why Nature Loves Hexagons (featuring Infinite Series!) - Duration: 6:16.

-------------------------------------------

VFX Effects Used In Bollywood Movies | Before And After Visual Effects In Indian Movies - Duration: 6:05.

VFX Effects Used In Bollywood Movies

Before And After Visual Effects In Indian Movies

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My Aadhar Card In My Mobile App In Hindi | मोबाइल को कैसे बनाये आधार कार्ड | How To Use mAadhar App - Duration: 12:54.

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