See invisible motion, hear silent sounds. Cool? Creepy? We can't decide | Michael Rubinstein

Translator: Petra Kumi Reviewer: Helena Bedalli

So over the past few centuries, microscopes have revolutionized our world.

Gjate shekujve te fundit, mikroskopet kane revolucionalizuar boten tone

They revealed to us a tiny world of objects, life and structures

Na zbuluan nje bote mikroskopike me objekte, jete, dhe struktura

that are too small for us to see with our naked eyes.

te cilat jane shume te vogla per t'u pare me sy te lire.

They are a tremendous contribution to science and technology.

Ata kane kontribuar jashtemase ne shkence dhe teknologji.

Today I'd like to introduce you to a new type of microscope,

Sot dua t'ju prezantoj nje lloj te ri mikroskopi,

a microscope for changes.

nje mikroskop per te pare ndryshimet.

It doesn't use optics like a regular microscope

Nuk perdor optiken, si nje mikroskop i zakonshem

to make small objects bigger,

per te zmadhuar objektet,

but instead it uses a video camera and image processing

por perdor nje kamera dhe procesimin e figures per te na zbuluar

to reveal to us the tiniest motions and color changes in objects and people,

levizjet dhe ndryshimet me te vogla ne ngjyra tek objektet e njerezit,

changes that are impossible for us to see with our naked eyes.

Ndryshime qe jane te pamundura per t'u pare me sy te lire.

And it lets us look at our world in a completely new way.

Dhe kjo na le ta shohim boten tone ne nje menyre teresisht te re.

So what do I mean by color changes?

C'dua te them me ndryshime ne ngjyra?

Our skin, for example, changes its color very slightly

Lekura jone per shembull ndryshon ngjyre shume ngadale

when the blood flows under it.

kur gjaku qarkullon nen te.

That change is incredibly subtle,

Ky ndryshim eshte tejmase i lehte

which is why, when you look at other people,

dhe shpjegon pse kur shohim njerez te tjere,

when you look at the person sitting next to you,

per shembull kur sheh personin e ulur afer teje,

you don't see their skin or their face changing color.

nuk arrin te dallosh ndryshimin e ngjyres tek lekura e tyre.

When we look at this video of Steve here, it appears to us like a static picture,

Kur shohim kete video te Stivit, duket si nje foto statike,

but once we look at this video through our new, special microscope,

por ne momentin qe e shohim kete video me ane te mikroskopit tone te ri special,

suddenly we see a completely different image.

papritur shohim nje figure teresisht te ndryshme.

What you see here are small changes in the color of Steve's skin,

Cfare po shihni jane ndryshime te vogla ne ngjyren e lekures te Stivit,

magnified 100 times so that they become visible.

te zmadhuara 100 here qe te behen te dukshme.

We can actually see a human pulse.

Madje ne mund te shohim pulsin e njeriut.

We can see how fast Steve's heart is beating,

Mund te shohim sa shpejt rreh zemra e Stivit,

but we can also see the actual way that the blood flows in his face.

por edhe menyren sesi gjaku qarkullon ne fytyren e tij.

And we can do that not just to visualize the pulse,

Kete mund ta bejme jo vetem per te pare pulsin,

but also to actually recover our heart rates,

por edhe per te rikuperuar ritmin e zemres,

and measure our heart rates.

dhe per te matur ritmin e zemres.

And we can do it with regular cameras and without touching the patients.

Dhe mund ta bejme me kamera te zakonshme, pa i prekur pacientet.

So here you see the pulse and heart rate we extracted from a neonatal baby

Ketu shihni pulsin dhe ritmin e zemres se nje femije te porsalindur,

from a video we took with a regular DSLR camera,

nga nje video e regjistruar me nje kamera te zakonshme DSLR,

and the heart rate measurement we get

dhe matja e ritmit te zemres qe nxjerrim,

is as accurate as the one you'd get with a standard monitor in a hospital.

eshte po aq e sakte sa nje qe do merrje me nje monitor te zakonshem ne spital.

And it doesn't even have to be a video we recorded.

Madje nuk eshte e thene te jete patjeter nje video e regjistruar nga ne.

We can do it essentially with other videos as well.

Mund ta bejme edhe me video te tjera.

So I just took a short clip from "Batman Begins" here

Pra thjesht kam marre nje pjese te vogel nga filmi "Batman Fillon" ketu

just to show Christian Bale's pulse.

vetem per t'ju treguar pulsin e Christian Bale.

(Laughter)

(Te qeshura)

And you know, presumably he's wearing makeup,

Dhe e keni parasysh, me shume mundesi ka vene makiazh,

the lighting here is kind of challenging,

ndricimi eshte paksa sfidues,

but still, just from the video, we're able to extract his pulse

por prapseprape, vetem me ane te videos, kemi mundesine t'ia gjejme pulsin

and show it quite well.

dhe ta tregojme ate vertet mire.

So how do we do all that?

Pra si e bejme tere kete?

We basically analyze the changes in the light that are recorded

Ne menyre te thjeshtezuar, ne analizojme ndryshimet e regjistruara te drites,

at every pixel in the video over time,

ne cdo piksel te videos gjate kohes,

and then we crank up those changes.

dhe me pas i bejme keto ndryshime me te dukshme.

We make them bigger so that we can see them.

I bejme me te medha, ne menyre qe te mund t'i dallojme ato.

The tricky part is that those signals,

Pjesa e veshtire eshte se ato sinjale,

those changes that we're after, are extremely subtle,

ato ndryshime qe ne kerkojme, jane jashtemase te vogla,

so we have to be very careful when you try to separate them

keshtu qe duhet te tregohemi shume te kujdesshem kur mundohemi t'i ndajme

from noise that always exists in videos.

nga zhurma qe ekziston gjithmone neper video.

So we use some clever image processing techniques

Keshtu ne perdorim disa teknika te zgjuara te procesimit te imazhit,

to get a very accurate measurement of the color at each pixel in the video,

per te marre nje matje shume te sakte te ngjyres ne cdo piksel te videos,

and then the way the color changes over time,

me pas ne menyren sesi ngjyra ndryshon me kalimin e kohes,

and then we amplify those changes.

dhe ne fund i amplifikojme keto ndryshime.

We make them bigger to create those types of enhanced videos, or magnified videos,

I bejme me te medha qe te krijojme lloje te permiresuara, ose te zmadhuara te videos,

that actually show us those changes.

qe na tregojne neve keto ndryshime.

But it turns out we can do that not just to show tiny changes in color,

Ne fakt ne mund te bejme kete jo vetem per te treguar ndryshimet e vogla ne ngjyre,

but also tiny motions,

por edhe levizjet e vogla,

and that's because the light that gets recorded in our cameras

dhe kjo sepse drita qe regjistrohet ne kamera

will change not only if the color of the object changes,

ndryshon jo vetem nese ndryshon ngjyra e objektit,

but also if the object moves.

por edhe nese objekti leviz.

So this is my daughter when she was about two months old.

Kjo eshte vajza ime kur ajo ishte rreth dy muajshe.

It's a video I recorded about three years ago.

Eshte nje video e regjistruar rreth tre vjet me pare.

And as new parents, we all want to make sure our babies are healthy,

Dhe si prinder te rinj, te gjithe duam qe femijet tane te jene te shendetshem,

that they're breathing, that they're alive, of course.

qe ata marrin fryme, patjeter, qe jane gjalle.

So I too got one of those baby monitors

Keshtu edhe une e mora nje nga ato monitoret e foshnjeve,

so that I could see my daughter when she was asleep.

qe te shihja vajzen time kur ishte ne gjume.

And this is pretty much what you'll see with a standard baby monitor.

Kjo eshte pak a shume cfare mund te shohesh me nje monitor standart foshnjesh.

You can see the baby's sleeping, but there's not too much information there.

Mund te shohesh se bebi po fle, por kjo nuk te jep shume informacion.

There's not too much we can see.

Nuk mund te shohim shume.

Wouldn't it be better, or more informative, or more useful,

A s'do ishte me mire, ose me informuese, ose me e dobishme,

if instead we could look at the view like this.

nese ne vend te nje videoje te thjeshte, te mund te shihnim dicka te tille

So here I took the motions and I magnified them 30 times,

Ketu i kam zmadhuar levizjet 30 here,

and then I could clearly see that my daughter was indeed alive and breathing.

dhe atehere mund te shihja qarte se vajza ime ishte vertet gjalle e merrte fryme.

(Laughter)

(Te qeshura)

Here is a side-by-side comparison.

Ketu kemi nje krahasim ane per ane.

So again, in the source video, in the original video,

Pra perseri, ne videon origjinale,

there's not too much we can see,

nuk shohim dot shume gjera,

but once we magnify the motions, the breathing becomes much more visible.

por ne momentin qe i zmadhojme levizjet, frymemarrja behet shume me e dukshme.

And it turns out, there's a lot of phenomena

Dhe sic rezulton, ka shume fenomene

we can reveal and magnify with our new motion microscope.

qe mund te zbulojme dhe zmadhojme me mikroskopin e ri te levizjes.

We can see how our veins and arteries are pulsing in our bodies.

Mund te shohim sesi venat dhe arteriet pulsojne ne trupin tone.

We can see that our eyes are constantly moving

Mund te shohim se syte tane levizin ne menyre te vazhdueshme

in this wobbly motion.

me levizje dredhese.

And that's actually my eye,

Dhe ky ne fakt eshte syri im,

and again this video was taken right after my daughter was born,

dhe perseri kjo video eshte regjistruar direkt pas lindjes se vajzes sime,

so you can see I wasn't getting too much sleep. (Laughter)

keshtu qe mund te shihni se nuk flija shume. (Te qeshura)

Even when a person is sitting still,

Edhe kur nje person qendron pa levizur,

there's a lot of information we can extract

mund te terheqim shume informacion

about their breathing patterns, small facial expressions.

ne lidhje me ritmin e frymemarrjes dhe shprehje te vogla te fytyres.

Maybe we could use those motions

Ndoshta ne mund ti perdorim keto levizje

to tell us something about our thoughts or our emotions.

per te na treguar mbi mendimet ose ndjenjat tona.

We can also magnify small mechanical movements,

Ne gjithashtu mund te zmadhojme levizje te vogla mekanike,

like vibrations in engines,

si dridhjet neper motorre,

that can help engineers detect and diagnose machinery problems,

te cilat ndihmojne inxhinieret te dallojne dhe diagnostikojne problemet,

ose te shohim sesi ndertesat dhe strukturat tona

or see how our buildings and structures sway in the wind and react to forces.

lekunden ne ere dhe reagojne ndaj forcave.

Those are all things that our society knows how to measure in various ways,

Keto jane te gjitha gjera qe shoqeria jone di t'i mase ne menyra te ndryshme,

but measuring those motions is one thing,

por matja e ketyre levizjeve eshte nje gje,

and actually seeing those motions as they happen

dhe te shohesh keto levizje teksa ndodhin,

is a whole different thing.

eshte dicka komplet tjeter.

And ever since we discovered this new technology,

Dhe qe kur kemi zbuluar kete teknologji te re,

we made our code available online so that others could use and experiment with it.

e beme kodin tone te disponueshem ne internet qe te tjeret ta perdorin

dhe te eksperimentojne me te.

It's very simple to use.

Eshte shume i lehte per t'u perdorur.

It can work on your own videos.

Mund te funksionoje me videot tuaja.

Our collaborators at Quanta Research even created this nice website

Bashkepunetoret tane tek Quantum Research madje krijuan kete faqe interneti

where you can upload your videos and process them online,

ku ti mund te ngarkosh videot e tua dhe ti procesosh ne internet,

so even if you don't have any experience in computer science or programming,

keshtu edhe nese nuk keni fare eksperience ne shkencat kompjuterike ose programim,

you can still very easily experiment with this new microscope.

perseri mund te eksperimentoni lehtesisht me kete mikroskop te ri.

And I'd like to show you just a couple of examples

Dhe do doja t'ju tregoja disa shembuj

of what others have done with it.

te gjerave qe te tjeret kane bere me te.

So this video was made by a YouTube user called Tamez85.

Kjo video eshte bere nga nje perdorues i YouTube i quajtur Tamez85.

I don't know who that user is,

Une s'e di kush eshte ky perdorues,

but he, or she, used our code

por ai, ose ajo, ka perdorur kodin tone

to magnify small belly movements during pregnancy.

per te zmadhuar levizje te vogla te barkut gjate shtatezanise.

It's kind of creepy.

Eshte paksa e frikshme.

(Laughter)

(Te qeshura)

People have used it to magnify pulsing veins in their hands.

Njerezit e kane perdorur per te zmadhuar venat qe pulsojne poshte duarve te tyre.

And you know it's not real science unless you use guinea pigs,

Dhe e dini, nuk eshte vertet shkence nese nuk perdorni kavjet,

and apparently this guinea pig is called Tiffany,

dhe mesa duket kjo kavje quhet Tiffany,

and this YouTube user claims it is the first rodent on Earth

dhe ky perdorues i YouTube thote se eshte brejtesi i pare ne Toke

that was motion-magnified.

qe i jane zmadhuar levizjet.

You can also do some art with it.

Mund te besh edhe pak art me te.

So this video was sent to me by a design student at Yale.

Keshtu, kjo video me eshte derguar nga nje student dizajni ne Yale.

She wanted to see if there's any difference

Ajo donte te shihte nese ka ndonje ndryshim

in the way her classmates move.

ne menyren sesi levizin shoket e saj te klases.

She made them all stand still, and then magnified their motions.

I beri te gjithe te rrine pa levizur dhe zmadhoi levizjet e tyre.

It's like seeing still pictures come to life.

Eshte sikur te shohesh piktura statike te vijne ne jete.

And the nice thing with all those examples

Dhe gjeja e bukur me tere keto shembuj

is that we had nothing to do with them.

eshte se ne nuk kishim te benim fare me ta.

We just provided this new tool, a new way to look at the world,

Ne thjesht i mundesuam kete vegel te re, nje menyre te re per te pare boten,

and then people find other interesting, new and creative ways of using it.

dhe pastaj njerezit gjejne menyra te tjera interesante, te reja, kreative per ta perdorur.

But we didn't stop there.

Por ne nuk ndaluam aty.

This tool not only allows us to look at the world in a new way,

Kjo vegel jo vetem na lejon te shohim boten ne nje menyre komplet te re,

it also redefines what we can do

gjithashtu ripercakton cmund te bejme

and pushes the limits of what we can do with our cameras.

dhe shtyn limitet e asaj qe ne mund te bejme me kamerat tona.

So as scientists, we started wondering,

Pra si shkencetare, ne filluam te hamendesojme

what other types of physical phenomena produce tiny motions

cilat fenomene te tjera fizike prodhojne levizje shume te vogla

that we could now use our cameras to measure?

qe mund t'i masim me kamerat tona te reja?

And one such phenomenon that we focused on recently is sound.

Dhe nje prej ketyre fenomeneve ne te cilin jemi perqendruar keto kohe eshte zeri.

Sound, as we all know, is basically changes

Zeri, sic te gjithe e dime, eshte thjesht ndryshim

in air pressure that travel through the air.

ne shtypjen e ajrit, qe qarkullon neper te.

Those pressure waves hit objects and they create small vibrations in them,

Keto vale presioni perplasen me objektet dhe krijojne dridhje te vogla ne to,

which is how we hear and how we record sound.

qe eshte menyra sesi e degjojme dhe regjistrojme zerin.

But it turns out that sound also produces visual motions.

Por si duket, zeri prodhon edhe levizje vizuale.

Those are motions that are not visible to us

Keto jane levizje qe nuk jane te dukshme per ne

but are visible to a camera with the right processing.

por jane te dukshme per nje kamera me procesimin e duhur.

So here are two examples.

Pra ketu kemi dy shembuj.

This is me demonstrating my great singing skills.

Ky jam une duke shfaqur aftesite e mia fantastike te te kenduarit.

(Singing)

(Duke kenduar)

(Laughter)

(Te qeshura)

And I took a high-speed video of my throat while I was humming.

Dhe i bera fytit tim nje video me shpejtesi te larte, teksa po mermerisja.

Again, if you stare at that video,

Perseri, nese e sheh videon me kujdes,

there's not too much you'll be able to see,

nuk arrin te dallosh shume,

but once we magnify the motions 100 times, we can see all the motions and ripples

por kur i zmadhojme levizjet me 100 here, mund te shohim tere levijet dhe valet

in the neck that are involved in producing the sound.

ne qafe, qe perfshihen ne krijimin e zerit.

That signal is there in that video.

Ai sinjal eshte aty ne ate video.

We also know that singers can break a wine glass

Ne dime gjithashtu se kengetaret mund te thyejne gota vere

if they hit the correct note.

nese kapin noten e duhur.

So here, we're going to play a note

Pra ja, ne do luajme nje note

that's in the resonance frequency of that glass

qe eshte ne frekuencen e rezonances se gotes

through a loudspeaker that's next to it.

me ane te nje boksi ngjitur me te.

Once we play that note and magnify the motions 250 times,

Kur e luajme ate note, dhe i zmadhojme levizjet 250 here,

we can very clearly see how the glass vibrates

mund te dallojme shume qarte menyren sesi gota dridhet

and resonates in response to the sound.

dhe rezonon duke iu pergjigjur zerit.

It's not something you're used to seeing every day.

Nuk eshte dicka qe je mesuar te shohesh cdo dite

But this made us think. It gave us this crazy idea.

Por kjo na beri te mendojme. Na dha kete idene e cmendur.

Can we actually invert this process and recover sound from video

A mundemi t'i kthejme keto procese ne te kundert e te marrim zerin nga video

by analyzing the tiny vibrations that sound waves create in objects,

duke analizuar dridhjet e vogla qe krijohen ne objekte nga valet e zerit,

and essentially convert those back into the sounds that produced them.

dhe duke i kthyer keto dridhje ne tingullin qe i ka prodhuar.

In this way, we can turn everyday objects into microphones.

Ne kete menyre, ne mund te transformojme objektet e perditshme ne mikrofone.

So that's exactly what we did.

Pra ne beme pikerisht kete.

So here's an empty bag of chips that was lying on a table,

Ja ku eshte nje qese patatinash bosh, qe po qendronte mbi tavoline,

and we're going to turn that bag of chips into a microphone

dhe ne do e kthejme kete qese patatinash ne nje mikrofon

by filming it with a video camera

duke e filmuar me nje kamera

and analyzing the tiny motions that sound waves create in it.

dhe duke analizuar levizjet e vogla qe krijohen te qesja nga valet e zerit.

So here's the sound that we played in the room.

Pra ky eshte tingulli qe kemi luajtur ne dhome.

(Music: "Mary Had a Little Lamb")

(Muzike: "Meri kishte nje dele te vogel")

And this is a high-speed video we recorded of that bag of chips.

Dhe kjo eshte nje video me shpejtesi te larte e asaj qeseje qe regjistruam.

Again it's playing.

Perseri po luan.

There's no chance you'll be able to see anything going on in that video

Nuk ka shanse qe ti te mund te dallosh asgje nga cfare po ndodh ne video

just by looking at it,

vetem duke e pare,

but here's the sound we were able to recover just by analyzing

por ja ku eshte tingulli qe arritem te marrim vetem duke analizuar

the tiny motions in that video.

levizjet e vogla ne ate video.

(Music: "Mary Had a Little Lamb")

(Muzike: "Meri kishte nje dele te vogel")

I call it -- Thank you.

Une e quaj -- Faleminderit.

(Applause)

(Duartrokitje)

I call it the visual microphone.

Une e quaj mikrofoni vizual.

We actually extract audio signals from video signals.

Ne ne fakt nxjerrim sinjale zanore nga sinjalet e videove.

And just to give you a sense of the scale of the motions here,

Dhe thjesht qe t'ju orientoj ne lidhje me shkallen e levizjeve ketu,

a pretty loud sound will cause that bag of chips to move less than a micrometer.

nje tingull shume i larte shkakton tek qesja nje levizje prej me pak se nje mikrometer.

That's one thousandth of a millimeter.

Kjo eshte nje e njemijeta e nje milimetri.

That's how tiny the motions are that we are now able to pull out

Kaq te vogla jane levizjet qe ne tani arrijme te dallojme

just by observing how light bounces off objects

vetem duke vezhguar sesi objektet thyejne rrezet e drites

and gets recorded by our cameras.

te cilat regjistrohen nga kamerat tona.

We can recover sounds from other objects, like plants.

Ne mund te nxjerrim tingull edhe nga objekte te tjera, si bimet.

(Music: "Mary Had a Little Lamb")

(Muzike: "Meri kishte nje dele te vogel")

And we can recover speech as well.

Dhe madje mundemi edhe te nxjerrim fjale.

So here's a person speaking in a room.

Pra ja ku eshte nje person duke folur ne nje dhome.

Voice: Mary had a little lamb whose fleece was white as snow,

Ze: Meri kishte nje dele te vogel, leshi i se ciles ishte i bardhe si bora,

and everywhere that Mary went, that lamb was sure to go.

Dhe kudo qe shkonte Meri, patjeter do shkonte edhe delja.

Michael Rubinstein: And here's that speech again recovered

Michael Rubinstein: Dhe ketu eshte marre perseri ai fjalim

just from this video of that same bag of chips.

vetem nga kjo video e se njejtes pako me patatina.

Voice: Mary had a little lamb whose fleece was white as snow,

Ze: Meri kishte nje dele te vogel, leshi i se ciles ishte i bardhe si bora,

and everywhere that Mary went, that lamb was sure to go.

Dhe kudo qe shkonte Meri, patjeter do shkonte edhe delja.

MR: We used "Mary Had a Little Lamb"

MR: Ne perdorem "Meri kishte nje dele te vogel"

because those are said to be the first words

sepse thuhet se ato kane qene fjalet e para

that Thomas Edison spoke into his phonograph in 1877.

qe Tomas Edisoni ka thene ne fonografin e tij ne 1877.

It was one of the first sound recording devices in history.

Ishte nje nga makinerite e para te regjistrimit te zerit ne histori.

It basically directed the sounds onto a diaphragm

Ne parim, ajo i drejtonte tingujt drejt nje diafragme

that vibrated a needle that essentially engraved the sound on tinfoil

ku keto dridhnin nje gjilpere qe ne thelb e gdhendte kete vale ne nje leter alumini

that was wrapped around the cylinder.

qe ishte e mbeshtjelle rreth cilindrit.

Here's a demonstration of recording and replaying sound with Edison's phonograph.

Ketu kemi nje demonstrim sesi regjistrohet dhe luhet zeri me fonografin e Edisonit.

(Video) Voice: Testing, testing, one two three.

(Video) Ze: Prova, prova, nje dy tre.

Mary had a little lamb whose fleece was white as snow,

Meri kishte nje dele te vogel, leshi i se ciles ishte i bardhe si bora,

and everywhere that Mary went, the lamb was sure to go.

Dhe kudo qe shkonte Meri, patjeter do shkonte edhe delja.

Testing, testing, one two three.

Prova, prova, nje dy tre.

Mary had a little lamb whose fleece was white as snow,

Meri kishte nje dele te vogel, leshi i se ciles ishte i bardhe si bora,

and everywhere that Mary went, the lamb was sure to go.

Dhe kudo qe shkonte Meri, patjeter do shkonte edhe delja.

MR: And now, 137 years later,

MR: Dhe tani, 137 vjet me vone,

we're able to get sound in pretty much similar quality

ne kemi mundesine te marrim ze te nje cilesie pakashume te njejte

but by just watching objects vibrate to sound with cameras,

por thjesht duke pare me ane te kamerave sesi objektet dridhen nga tingulli,

and we can even do that when the camera

dhe madje ne mund ta bejme kete edhe kur kamera

is 15 feet away from the object, behind soundproof glass.

eshte 4.5 metra larg objektit, pas nje xhami te papershkueshem nga zeri.

So this is the sound that we were able to recover in that case.

Pra ky eshte tingulli qe arritem te kapim ne ate rast.

Voice: Mary had a little lamb whose fleece was white as snow,

Ze: Meri kishte nje dele te vogel, leshi i se ciles ishte i bardhe si bora,

and everywhere that Mary went, the lamb was sure to go.

Dhe kudo qe shkonte Meri, patjeter do shkonte edhe delja.

MR: And of course, surveillance is the first application that comes to mind.

MR: Dhe patjeter, mbikqyrja eshte aplikimi i pare qe te vjen ne mendje

(Laughter)

(Te qeshura)

But it might actually be useful for other things as well.

Por ne fakt mund te jete e dobishme edhe per gjera te tjera.

Maybe in the future, we'll be able to use it, for example,

Ndoshta ne te ardhmen, ne do mund ta perdorim per shembull,

to recover sound across space,

per te marre tingull ne hapesire

because sound can't travel in space, but light can.

sepse zeri nuk mund te udhetoje ne hapesire, por drita po.

We've only just begun exploring

Ne vetem sapo kemi filluar te zbulojme

other possible uses for this new technology.

perdorime te tjera te mundshme per kete teknologji te re.

It lets us see physical processes that we know are there

Na le te shohim procese fizike te cilat ne i dime qe jane aty

but that we've never been able to see with our own eyes until now.

por nuk kemi arritur asnjehere t'i shohim me syte tane deri tani.

This is our team.

Kjo eshte skuadra jone.

Everything I showed you today is a result of a collaboration

Cdo gje qe ju tregova sot vjen si rezultat i nje bashkepunimi

with this great group of people you see here,

me kete grup fantastik njerezish qe ju shihni ketu,

and I encourage you and welcome you to check out our website,

dhe ju inkurajoj te shihni faqen tone, e ju mirepres,

try it out yourself,

provojeni vete edhe ju,

and join us in exploring this world of tiny motions.

dhe bashkohuni me ne ne zbulimin e kesaj bote plot me levizje te vogla

Thank you.

Falemnderit.

(Applause)

(Duartrokitje)