SMARTEST PLAYS EVER IN PUBG 

ME: 1) watch smartest plays in pubg 2)get motivated 3)opens pubg 4)dies in the stupidest way possible 5) back to 1

7:55 best smart play and funniest😂😂😂

Asian dude in the mannequins was GOLD! 😂

In the last week ChocoTaco did a smart move. A dude put gas can and was ready to blow it up when someone walked in. Choco walked in and picked the can up while shooting 🤣

The asian dude was clearly the best Lmao 😂

8:25 : 200 IQ but hits with punches instead of using the sickle where he nearly killed himself

2:40 some rainbow six skills right there lol

02:27 best grenade ever, LMAO

1:39 focus on using of first aid kit's seconds of time. It finishes till the next video.

I love how that guy played to be a mannequin lol.. can't believe he actually pulled it off.

7:55 his excited face got me😂

6:00 uses first aid after getting the chicken dinner.. clearly not the smartest player..XD

7:55 was epic . . I Salute you !😂

2:55 -joker's laugh

08:12 win bruhh 🤣🤣🤣🤣

5:51 it's over anakin i have the highground

9:38 Gonna be honest, I thought that was a ceiling light that he was gonna bounce the grenade off of... I'm idiot

Oh my God the one where he's standing with the mannequins is the best one. Pretending to be a mannequin

0:21 Voice Crack

@8:11 posing as mannequin is the best 😂

7:55 so bad,it's like....🤣🤣🤣

8:20 chat: reverse F

8:32 Look at his face. :DDDDDDDDDDDDDDD

Smartest PUBG plays: Woman: does nothing

06:40 legend says he is still celebrating

There’s a god tier transition at 1:40

I got a 369 meter snipe yesterday and I feel godly to this very morning

1:42 they thought you were knock out

8:37 at full sound it epic believe me!!

Remember kids no matter how good you are at something there's always an asian who's better than you

Match finished Proceeds to take adrenaline shot

9:10 ko ga razumije likee

Im smart too till someone ruin my gameplay

1:26 how tf is he having a red dot on UZI?

here in the comment section reading about "the asian guy" now I have to watch the whole thing to see the dude 😂😂😂😂

07:55 Dude tries to be as silent as possible even in IRL 😂😂

theres smart plays alright but theres a couple of cheaters mixed in with them

8:45 his laugh could give u a heart attack when played at full volume at 3 am

8:16 😂👌🏽

8:36 RIP HEADPHONE USERS

Snaking now is the smartest play 2:09

8:00 the best 😂😂😂

8:30 best play ever hahaha

8:15 is by far the best video the dude face expressing was funny as hell

0:21 ok that was funny

Please tell me your editing software

Some of these transitions are amazing

Not hating but just proning isn't a "smart" play

Adding these to my game

Im waiting to see: Shroud Chocotaco Wakeyjakey Dr disrespect

Wait can we apply red dot in UZI? 1:21

1:22 @m i dreaming

Iyhodksjwudjsjsjdjfudjzkzozozozozozozozozozlalaizozozozozkzozozozozozkzkzlzlzlzozozozozozozozozozozozozozozozozozozozozoozozozozozozoozozzoozzozoozzozozozozozoozozozozozozozozzoozozozzoozozozozozozozozozozozo

Guy at 2:30 went 'Skrrrrrrt'

Guy as a mannequin was awesome. Hahaha

Shroud's fan like Carry fan also like #likeskabhukha #justiceforcarry #bbbhaiyakijai

4:57 is that shroud's akm skin

How is the one at 1:09 a smart move?

3:20 turk

why is my name in the first Clip

1:58 ill do this one lol.

2:52 SOMEBODY...

Shroud is God. Choco is 2nd God. Like if there is any other god

The old boot camp is nostalgic man. That pure chaos when half the lobby dropped was something else!

5:22 to 5:32 don't judge a book by its cover.

Amazing headsets must make a HUGE difference

That 2nd one was dope

5:25 That default pubg voice + girl's voice 😂😂😂

Lol wish Europe could play on us servers with good pings Fucking vegetables playing there

7:55 wow lol.....

What was so good about the last clip..it's not like the grenade killed him😐

The ability to create dynamic, tailored optical potentials has become important across fields ranging from biology to quantum science. We demonstrate a method for the creation of arbitrary optical tweezer potentials using the broadband spectral profile of a superluminescent diode combined with the chromatic aberration of a lens. A tunable filter, typically used for ultrafast laser pulse shaping, allows us to manipulate the broad spectral profile and therefore the optical tweezer potentials formed by focusing on this light. We characterize these potentials by measuring the Brownian motion of levitated nanoparticles in a vacuum and also demonstrate interferometric detection and feedback cooling of the particle’s motion. This simple and cost-effective technique will enable wide application and allow rapid modulation of the optical potential landscape above megahertz frequencies. Published by The Optical Society under the terms of the Creative Commons Attribution 4.0 License. Further distribution of this work must maintain attribution to the author(s) and the published article's title, journal citation, and DOI. 1. INTRODUCTION Tailored optical tweezer potentials find application in fields ranging from biology and chemistry to rheology and atom optics [1-9]. More recently, levitation of nanoparticles in a vacuum using optical tweezers in combination with the control of the center-of-mass temperature has been used to explore quantum mechanics in a new high-mass regime [10,11]. Here the creation of well-controlled and rapidly modulated nonlinear potentials is seen as a promising route to explore their quantum, nonclassical motion. Exquisite control over the phase and/or the amplitude of the light field, via spatial light modulators or digital mirror devices, has allowed the creation of complex optical potentials that can be changed over submillisecond timescales [2-4,7]. Other methods utilize rapid scanning of a single field to create time-averaged tailored potentials [12]. These optical potentials are typically created by using a monochromatic laser that can be tightly focused due to its narrow linewidth and high spatial coherence. Generally, however, broadband incoherent light sources are not considered to be useful for optical tweezers in a vacuum because they are typical of low intensity and are subject to chromatic aberration, preventing the tight focusing required for the creation of deep optical potentials. However, traps have been constructed from broadband light sources using supercontinuum or femtosecond lasers. They have been shown to have extended focal regions due to the dispersion in the lens coupled with the large spectral spread of these sources. The broad spectral bandwidth can also be used for guiding particles and for spectroscopy of the trapped object [13-15]. A holographic white light trapping system has demonstrated both trapping and rotation of particles using a supercontinuum vortex beam [16]. Such sources have also been used to transfer orbital angular momentum to the trapped particles [17]. In addition, the high peak intensities of these sources are useful for inducing nonlinear optical properties within the trapped particle [18]. Superluminescent diodes (SLD) are relatively inexpensive sources of intense, broadband light that are produced by amplified spontaneous emission [19]. These devices have large linewidths that range from a few nanometers up to 100 nm, and their low coherence finds application in a large variety of applications including optical coherence tomography [20] and fiber-optic gyroscopes [21]. Although SLDs have poor temporal coherence, they have high transverse spatial coherence when coupled into a single-mode fiber, allowing light to be focused on the small spot sizes required for optical trapping. Finally, as powers that exceed hundreds of milliwatts (mW) can be coupled into the fiber, there is sufficient power to form deep optical traps. In this paper, we demonstrate that the spectrally broad light of a superluminescent diode can be used to form deep and stable optical trapping potentials that are capable of levitating particles in a vacuum. Importantly, we show that, by filtering this light source using a tunable spectral filter constructed of a simple grating pair, the inherent chromatic aberration of a typical lens allows us to produce tunable linear and nonlinear optical potentials. In addition, we show that parametric feedback cooling can be undertaken to control the center-of-mass temperature of a levitated particle and is as effective as that carried out by a conventional laser trap. figure: Fig. 1.se each wavelength component focuses at a different location along the 𝑧 axis, creating a spread in the focus. The intensity profile iii in Fig. 1(b), generated from the spectral profile i using a notch filter, produces a double-well potential [profile iii, Fig. 1(c)]. The formation of this potential can be understood from spectral profile iii, in which there are effectively two peaks. On focusing this light using a high-NA aspheric lens, its chromatic aberration produces two spatially separated focal spots, which form two potential wells. Here the well near 𝑧≈−2000nm (𝑧≈2000nm) is associated with the peak centered around 1045 nm (1070 nm) [profile iii, Fig. 1(b)]. The depth of each of the potential wells is ≈2000K, while the separation between the minima of the two wells is 4000 nm. Note that in order to achieve the same well depths, the longer-wavelength spectral peak at 1070 nm must have a higher relative intensity than that at 1048 nm to compensate for the change in focused spot size with wavelength. The depth of each individual well, their separation, and the barrier height can be modified by changing the linewidth and the center wavelength of the notch filter (see below for more details). Of course, as the bandwidth is increased we must increase the SLD power to maintain the well depth for trapping. Figure 1(d) shows a 2D plot of the potential landscape in the 𝑥−𝑧 plane corresponding to intensity profile iii; see Fig. 1(b). Two wells (blue areas) can be seen, and the contour lines represent equipotentials. In this simulation, the polarization of the light was along the 𝑦 axis. The potential along the thick dashed black line in Fig. 1(d) is equivalent to that of profile iii; see Fig. 1(c). The depth of the potential well along the 𝑥 axis at 𝑧=±2000nm is ≈2000K and is symmetric about the 𝑧 axis. 3. EXPERIMENTAL SETUP In our experi

1:28 YOU CAN PUT A SCOPE ON THE UZI?

He : Almost there,gotta go faster. She : 7:56

1:43 that transition was more wet than my cousin

3:13 10000 DAYS as bayrakları 🇹🇷🇹🇷🇹🇷🇹🇷🇹🇷🇹🇷

Ive got clips of me doin that first one

That Danucd clip was just other players wiffing

A regular gas can play is the most unoriginal play you can make atm. There's no "200IQ" in it.

200 IQ nade

I once screwed over an enemy who was preparing to throw a Grenade into my Shack, but instead of waiting for it, i exploited his inability of shooting, by surprisingly running out the door, jumping over a low wall on the Shack to get around it's left Corner and blasted him.

Being a snake is not so IQish

01:34 can d uzi get a scope?😲😲😲

Me watching: 3 sec cook time, 5sec total grenade. Me playing: hold the grenade forever, wait a few more seconds, then it'll go off, 18sec total grenade

I don’t get it...a lot of this is just basic gameplay. It’s good gameplay, but not all of it is what I would consider “smart or 200 IQ”

I think most were just dumb players being taken by not so dumb players. I'll take 'em on any time.

The mannequin one was too good for me lol

Nice

𝑇𝐻𝐸 𝐴𝑆𝐼𝐴𝑁 𝐷𝑈𝐷𝐸 𝑊𝐴𝑆 𝐿𝐼𝐸 𝐴𝐻𝐻𝐻𝐻𝐻𝐻𝐻𝐻𝐻𝐻𝐻 😂😂𝐼 𝐷𝐼𝐸𝐷 𝐿𝐴𝑂𝑈𝐺𝐻𝐼𝑁𝐺 😂😂😂😂

Who else tested the 1st one when it was introduced in pubg lite before watching this

That doesn't work on sa servers. The tier is tooo high

Kakakakakakakakakakakakakaka 😂😂😂

oMG that's very very coooooooool video just loved. Awesome bro keep going for it to make,like htis more videos

The guy who won for being a snake, does not count as a good play

Uz1 + red dot?????

Wow. i'm tired of watching these old recycled videos. Thumbs down.

0:25 game changing

1:45 I think this bro is an ESP Hacking ( Look At His eyes while playing. It changes )

2:04 they did'nt even think bout stunning this guy once such a noob players in NA servers

IF YOU ARE PUBG PLAYER I SUGGEST IF YOU FEEL SOMEONE WANT TO USE THE GAS CAN TO YOU ITS BETTER TO GET IT BEFORE ENEMY SHOOT THAT