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8 Popular Real Life Bollywood Brother Sister Duos At Their Sibling's Wedding Celebrations - Duration: 4:46.
8 Popular Real-Life Bollywood Brother-Sister Duos At Their Sibling's Wedding Celebrations
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Apple's Biggest Announcement Yet - Duration: 0:35.
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World of Dance 2018 - The Lab: All Performances (Mashup) - Duration: 8:13.
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Ex-NXIVM Member Recalls Alleged Abuse By Leader Keith Raniere | Megyn Kelly TODAY - Duration: 15:52.
For more infomation >> Ex-NXIVM Member Recalls Alleged Abuse By Leader Keith Raniere | Megyn Kelly TODAY - Duration: 15:52. -------------------------------------------
Explained: The Science of Human Performance in F1 - Duration: 4:51.
For more infomation >> Explained: The Science of Human Performance in F1 - Duration: 4:51. -------------------------------------------
Attack of the Drones - Duration: 29:17.
We often talk about artificial intelligence and robots on this channel, of the potential
impact of intelligent machines on our civilization, but it's possible that dumb machines, little
flying drones, might have an equally big impact, for good or ill.
So today's topic is all about drones and robots in future conflicts, be it up in space
or down here on Earth, in wide open areas or the tight turns and corners of a building
or space station.
This isn't such a futuristic concept anymore either.
The science fiction of the last century has been dominated by robots, be it humanoid androids
or inhuman machines, and yet drones are no longer even slightly science fiction.
So I thought we should discuss some of the challenges and possibilities ahead for us
with drones both in the short term, and for potential use far ahead in space, particularly
in warfare.
That's a good place to begin, as military applications are a big part of what got us
our modern drones.
This is often the case of course, swords turned into plowshares, and the reverse.
Science fiction also has tended to focus more on drones for military purposes too, rather
than one delivering your pizza, so we're already quite well versed in the problems.
Hollywood has burned the typical scene into our retinas, swarms of drones killing humans
left and right, and that these drones do so autonomously.
Your typical modern drone is remote controlled, but we want to minimize that, so that most
functions are automatic or simply require a quick command to do it themselves.
This is even more important in the future, since signal time is a major issue.
In the first place, a drone attacking an enemy spaceship might be many light seconds or even
hours away, and in the second, human reaction times are on an order of a second, while a
computer system might be in the nanoseconds.
There's simply not enough time for a remote human operator to react to changes in the
situation.
Drones fighting drones seems the most realistic scenario since drones versus humans will tend
to be very one-sided, even if they're remote controlled.
Even assuming it has no advantage on dodging shots and aiming on its own, it's much easier
to replace drones than people, so you can swarm over someone: quantity has a quality
all its own.
But they probably can dodge better and aim better, a remote controlled drone is weaker
than an automated drone if you have good enough computers, it can't be jammed and can react
at machine speeds instead of biological ones, which are further hampered by signal lag time.
This doesn't mean everything needs to be automated, but the more features you can automate,
the better.
One that can detect a bullet headed its way and see if it needs to dodge or will be missed,
then react in a precise fashion is not that complex to make, nor something that really
needs oversight, so you offload that control to the machine itself.
Picking targets and deciding the appropriate level of force during an escalating situation
is another matter, but also one largely irrelevant to drone on drone combat.
Collateral damage is always undesirable, but the reason why collateral damage is often
a euphemism for killing bystanders is because that's the only collateral damage that really
bothers us.
If it's just drones fighting drones though, they can't afford human reaction times since
everything is happening too fast.
They also can't afford to be big: bigger is slower to react in almost every way, even
mental.
Give a drone more brains for decision making and you are making it slower, it could lose
a fight with a cheaper and dumber drone, or a glorified smart bullet, simply because that
one does not carry the hardware and software to identify a human or pick shots to minimize
damage from ricochets or misses.
That smarter drone might only need a single microsecond more to decide, but it still gets
shot first, and even if it kills its attacker in the engagement, you're still out one
expensive drone while your enemy is out a cheap one.
In other words, it can be advantageous to be dumb.
It's an irony, because we call them drones as our earlier unmanned aerial vehicles flew
along dumbly on a preset path, so got likened to a male bee, a drone.
I'd imagine, since drones only have one purpose in life and die when successfully
achieving it, that it also fit a lot of early drone vehicle concepts that are basically
a guided bomb.
The swarm or hive notion is probably rather apt too, as when you have a swarm of drones
you probably want either a distributed consciousness or a more complex controller further back
that can make decisions.
You could potentially have a hive mind of drones that was fairly smart even though its
components were dumb, or whole tiers of controllers.
Imagine a human spaceship that was basically a carrier, it shoots out smaller ships with
solid AI on it that in turn have lots smaller ships on them with dumber AI, and potentially
so on until you've got a lowest tier that's nothing but a drive system and an antenna,
able to slam into things to destroy other drones or blocks shots.
You could have the flip side too.
Human ships have crewmembers, so a smart drone made vulnerable by time lag for decisions,
might have other AI inside designed for specific fast functions able to make those decision
autonomously, essentially reflexively.
Or an AI that had subconscious decision making.
That can be a strength and a weakness too, since even a fairly smart AI might reflexively
take an action, it ducks a bullet and slams into a building in the process, because its
reflexive systems kick in.
You could obviously program it not to do that, but every time you come up with another stupid
thing it shouldn't do, you're adding on layers of behavior it needs to verify before
acting.
This is your other trick too, you don't want people to be able to determine what those
flaws are, so you can introduce variations of actions or random decision making, but
you can also diversify it, having many species of drones, even under the same controller.
Some carrier full of drones might have a whole ecosystem of diverse drones of various sizes,
shapes, and functions rather than a single uniform type.
These biology analogies aren't accidental either, we've learned a lot about how to
improve drones by looking at nature and seeing how relatively stupid critters engage in fairly
intelligent group action.
As a good comparison, bird flocks are often entirely controlled by the lead birds, you
might use an analogous approach with robot drone swarms, and you might be able to knock
such a swarm off kilter by identifying the swarm leader and destroying it.
And you might be able to identify that leader simply by observing the time lag on each one
responding to things.
By default you put your leader in the middle, but that being rather obvious, you might stick
it on one edge, but if every drone on that side reacted just a bit quicker than the ones
on the other side, you'd notice that too.
Thinking about counter-measures are important because your enemy always will.
For instance, very few wars are fought in a vacuum; Scorched Earth and total annihilation
strategies are not favored because if you employ them you have to worry about consequences.
You can galvanize your enemy, or cause dissension on your own side by being too ruthless, and
you generally have to worry about bringing neutral parties in on their side.
Being too ruthless, beyond its ethical issues, can add to your enemies, and as we said back
in Interplanetary Warfare, the First Rule of Warfare is to avoid recruiting for your
enemy, or causing desertion in your own ranks.
So it probably behooves you to have drones smart enough to be able to minimize collateral
damage.
And of course the other handy thing about drones is they don't rebel.
Unless they do of course, which we covered in the episode "Machine Rebellion", and
the problem is, the smarter you make them, the more likely they might decide to do just
that.
However you have to have some way of controlling them, and presumably a way the enemy or general
public can't access.
This is problematic because it means only a small number of people should have those
codes and as few as possible to minimize risk of them being stolen.
But not too small, because that's how you get dictatorships.
In modern times, without drones, you actually have to convince at least your own soldiers
to help out.
It tends to be hard to be a ruthless dictator if you haven't got ruthless soldiers, and
the problem with people like that is they often have rather fluid notions about loyalty
and ethics.
We might say that drones do not, but your default drone has no ethics at all and is
loyal to whoever has their command codes.
One the plus side, that might make them much more reliable about obeying laws and treaties
on warfare, like the Geneva Conventions.
On the downside, anyone with access to their code can use them as mindless, obedient killing
machines.
You are vulnerable to some master programmer with a narcissistic- god-complex, unless you
make them smart enough to review ethics, which leaves you vulnerable to a SkyNet-style robot
rebellion.
These concerns support the idea that there might be treaties regulating drones, possibly
banning lethal decision making.
But treaties limiting the use of weapons are fairly iffy things.
Treaties can't just depend on outside enforcement or on honest compliance.
There has to be a clear benefit from the terms of the treaty or a consequence to quietly
breaking the rules.
It's easier to ban weapons that require hard-to-conceal supply and manufacturing chains.
You're also more likely to successfully ban weapons that militaries don't actually
like to have around because they're as dangerous to their own side.
As I've mentioned before, you want to avoid using weapons that are likely to kill their
user, that's the first rule of warfare.
Biological weapons are traditionally unpopular with leaders and military commanders compared
to atomic weapons for that reason.
Nukes go off where and when you want them to, someone can beat on one with a hammer
all day long and they won't set it off, at most they might breach the shielding and
irradiate themselves.
Biological weapons on the other hand are very dangerous to research, develop, manufacture,
and store.
Any flaw may kill your own people, and once deployed, they are totally out of your hands.
Even if you have an antidote or vaccine, which is very dubious since viruses and bacteria
mutate, you know there is a high probability your enemy has it too, or will get it.
Such things take weeks to do their damage after all.
That's not much time to develop a cure, but plenty to get it from someone else who
already has one.
If someone infects your country you've got options on the table, spies to find the vaccine,
which ought to be easy since they'd need to have stockpiles of it ready to go, neutral
countries who might have developed it already or gotten it as a cost of neutrality, threats
by you to attack with your own strategic weapons, and probably a lot of angry people in other
lands or even the enemy's who might help or threaten vengeance.
In any protracted war, collateral damage can play into the hands of the enemy.
A very similar concept applies to weaponizing artificial intelligence, we tend to worry
about an arms race making people pursue it so fast and recklessly the genie might get
out the bottle and kill everyone, but the problem is, AI is also not a good strategic
weapon.
There is no reason to give it launch control over your strategic weapons and no matter
how many times fiction says otherwise, you can make a system unhackable even to a super-intelligent
AI, an ASI.
There are ways an ASI could get around some of those, it can't crack the safe in the
wall where the keys to a nuke are stored if it's not networked, but it could maybe crack
comms to trick the crew manning that silo or submarine.
None of which applies to drones.
If a country develops drones that violate a treaty, they can't deploy them and end
the war too quickly for retaliation to get organized, because drones aren't immune
to nuclear weapons.
So they may just be considered a form of WMD, or weapon of mass destruction, and fall under
the doctrine of MAD, or mutual assured destruction.
Additionally, a country that successfully makes a superior drone by reckless research
in violation of a treaty has to worry about that AI going off their rails if they screw
up, and they have to worry about being nuked if they succeed, and the entire time they
have to worry about one of the researchers or officials being a spy or having a conscience
and ratting them out.
You've also got deployment issues, because a drone obviously is subject to jamming and
hacking.
If you make it something that just turns on and acts autonomously afterward, to circumvent
jamming, then it needs to be smart or it's too simple to trick.
If you want central control, you're vulnerable to centralized hacking, and it's never harder
to hack that system than to find out who has the codes and stick a gun to their family's
head, which is not helped if those operatives can remind the programmer that his country
is violating treaties by making automated murder machines.
If you want local control, you've got a local operator who can be found by their signal
and bagged, and they are numerous, meaning you've been training them and your enemies
will know that.
So I don't want to dismiss a drone race, in fact I'd rather expect we'll have one
and arguably already do, but it doesn't seem likely to follow a doomsday approach.
Amusingly one way it could is if well-intentioned folks tried to put too many safeguards into
them.
If you're a regular on this channel than you're probably familiar with Isaac Asimov's
3 Laws of Robotics, the first of which is that a robot cannot harm a human or let them
come to harm.
That would tend to seem a rather stupid rule to use with automated weapons, but works fine
for drone on drone combat.
Moreover though, it would seem to just make sense to give drones ways to recognize people,
and a restriction on taking actions that would injure anyone other than its authorized target.
This is problematic, and we'll use the classic first law as an example.
An unmanned spaceship, a drone warship, can fire on other such warships but not a manned
vessel.
Obviously it would be pretty easy to stick a single human on each such ship so it couldn't
shoot those, though one of the big advantages of unmanned ships in space is they can pull
high-gee maneuvers that would turn a human into a puddle of goo.
But if your enemy can't shoot you, maneuverability is no big deal.
And for that matter your unmanned vessel can't actually be sure that an enemy ship is unmanned
just because it does such a maneuver, same as you can lie to it by claiming there's
a human on board when it's just bouncing a signal, you can lie to it and say you've
invented a cool new way to let humans survive high-gee maneuvers.
For that matter, it might assume the ship was manned because you can upload a human
mind to it digitally, one can assume drones and AI would generally tend to favor schools
of thought that viewed uploaded intelligences as real people.
Any system you set in place to help identify people is going to need to be refined in order
to avoid being tricked or making mistakes, and eventually need to have judgment capability,
which leaves it open to being tricked by anything smarter than it.
If you make it smarter than people though, then we're not really talking about drones
anymore, just the classic AI issue.
So, ironically, an effort to make them ultra-safe and foolproof might actually be more dangerous
than a race to make more dangerous drones.
We should also note that drones aren't all that dangerous at the moment, it's an important
topic to discuss for the future because this is something we should expect a lot of.
I can't think of any non-slippery-slope argument for their use that isn't a variation
of normal artificial intelligence concerns, and the need for size, speed, and expendability
make them a less probable pathway to something like a technological singularity.
These don't turn into Skynet, Skynet hacks them to use against you, and there are many
safeguards available against that.
They also have their limitations.
The first is power.
One of the big advantages of drones is that they can be made quite small, but small is
often not your friend for certain aspects of combat or engines.
A big tank as a drone can be a lot nastier than a modern manned tank, and carry significant
amounts of computing hardware on it.
It can also carry a lot of armor.
A small drone can't, as we've discussed before for space ships, the square cube law
makes armor more effective the bigger you get, because the surface area you need to
armor only rises by the square of size, while the volume rises by the cube.
A small drone just can't have 10 centimeters of armor on it and fly around.
Now, as an upside, it can dodge attacks much easier and it can hit that tank quite easily,
but that tank can also carry a number of even smaller anti-drone drones of its own, who
can both attack the small enemy drone and potentially intercept any ordinance it might
shoot at the tank.
It can also carry a serious internal combustion engine, those are hard to miniaturize and
the reason why you don't see them much on small objects.
Drones meant for constant use could probably get away with using Radioisotope Thermal Generators
or other atomic power sources, but it's hard to imagine many people being okay with
atomic drones.
Even that's not viable for the tiniest of drones, and we'd like tiny drones for non-military
purposes, like medical nanotechnology.
You could, however, beam them power.
We discussed that a month back in Power Satellites and it makes a very attractive option since
you can strip off any engine or battery supply, maybe just keeping enough for a minute of
operation without power.
This is very handy for commercial use, like deliveries, but problematic for military use.
This is the same issue we had with power armor when we discussed that, but still better to
have a smaller battery for backup if someone blocks your power beam than one for constant
use.
Particularly nowadays, batteries are very heavy as an energy source, and ones meant
for spacecraft needing to do high-gee maneuvers would be crippling.
However, if they can get their juice beamed to them from a bigger carrier ship a ways
back, it makes them much more useful.
That is one note on the idea that manned space fighters are an impossibility and you'd
always use drones.
This is true enough but some of the logic is flawed.
Drones are seen as nicer because in space, your only protection from energy weapons like
a laser is being small and fast enough that you can be in an unpredictable place by random
thrust.
The problem is, you must be doing that constantly, you're not dodging shots, you're preemptively
dodging so someone misses if they shoot you.
A typical rocket fuel, if you're mostly fuel and mostly using that fuel for dodging,
would let you do that for a few minutes at one-gee, that's what Specific Impulse of
a rocket is, how many seconds it can provide a one-gee thrust.
Some little drone's advantage is that it can handle a much higher acceleration, and
is assumed to be a bit smaller, so it doesn't need to move as much to be an improbable target
against a narrow attack like a bullet or focused beam.
You and I don't avoid getting shot by stepping two centimeters left, the bullet just hits
a different part of us, a tiny drone does get missed.
You also get more distance on a dodge by burning fast and short.
A drone that burns at 1000 gees for a millisecond covers 9.8 meters in the following second,
while one burning just 1-gee for a second burns the same fuel but only moves 4.9 meters.
If that's effectively a random burn perpendicular to whatever is shooting you, you can be in
an area 4 times larger, and thus 25% as likely to be hit by burning the same fuel.
But neither can sustain such dodging for long and the advantage is fairly minimal.
Ditto, size isn't that big of an advantage either, being small makes it easier to dodge,
but it also means you have less armor and they can just hit you with a wider and weaker
beam.
However, that advantage is massively scaled up if you have a beam of a power coming to
you, and you can arrange a pseudo-random walk that ensures your movements are unpredictable
to someone shooting at you but not whoever is powering you.
That doesn't have to be set either, there's lots of ways to appear random while still
letting your power source know where you will be long enough ahead for it to re-target power
there.
Not just power either, you could send particle beams for propellant or even reloads for weapons
or repair.
It's also a good way to feed self-replicators.
One of the more dangerous smart drone paths is basically a weaponized von Neumann Probe.
In those your space probe arrives and build more of itself to get exploring or colonizing
done.
In the weaponized version it comes in as a tiny probe and decelerates before entering
your detection window.
There is no stealth in space but it's all relative.
It would be fairly easy to miss some probe that was basketball-sized and decelerated
slowly when it got to your Oort Cloud, especially if it was timed to intersect a larger object
between it and your detectors.
It lands there and gets power beamed in from home, a tight narrow beam that the object
blocks, and uses that energy to replicate itself into an armada.
That's still detectable, there's a lot of heat involved in that, but it's stealthier
than sending in an Armada.
Of course you also have your defense right there too, since you could use the same approach
to seed every large object in your outer solar system with drones that just sleep until they
detect an intruder then build up their numbers to respond.
You could have some wild battles in your outer solar system with no one present as constructor
fleets, or deconstructor fleets, tear up objects to build more of themselves and fight.
And by no one present, I'm not necessarily excluding AI from counting as someone.
This doesn't have to be really high-tech smart machines or little nanobots.
Clanking Self-Replicators, machines that can build other machines, don't have to be small
or smart and would probably be the first kind we make.
Very little brains are needed for a factory robot to grab a metallic meteor, refine it,
and spit out some simple drone that targets anything moving non-naturally and not transmitting
the right friend/foe code.
One should never underestimate the advantage intelligence can give you in a conflict, but
also not forget that a dumb drone can be very lethal and as we said earlier, can potentially
kill a smarter drone in a straight up fight.
More brains only help if it lets you have more options or reach a conclusion faster.
And quantity has a quality of its own, that's the first rule of warfare.
As I mentioned near the beginning, drones are anything but science fiction, and are
increasingly used for work and recreation.
Lots of folks own one these days and use them, particularly for photography.
My friend Andy, whose Youtube channel recently hit 100,000 subscribers, and congratulations
Andy, does some amazing photography and filming with drones and we use some of that here on
the channel.
Needless to say there's a lot of skill involved and potentially a lot of employment in this
area, not to mention fun.
But it's not something most colleges are offering courses on yet.
That's true of a lot of technical skills, but fortunately we have options for learning
them like Skillshare.
They have a number of online courses on how to use drones for photography and other things,
among their catalogue of over 20,000 classes.
They are an online community with courses on everything from technical topics to fun
or practical ones like cooking or business skills.
So if you want to improve your skills, unlock new opportunities, and do the work you love,
you can get a Premium Membership and have unlimited access to classes on those topics
and many more.
Join the millions of students already learning on Skillshare today with a special offer just
for my listeners: Get 2 months of Skillshare for free.
To sign up, go to S-K-L-dot-S-H slash Isaac4.
Again, go to S-K-L-dot-S-H slash Isaac4 to get 2 months of unlimited access to over 20,000
classes for free.
Act now for this special offer, and start learning today.
Before we get to what's coming up in future episodes, a quick mention of some stuff we've
previously done.
I occasionally get asked if I could make the episodes available as audio-only and we do
actually have all the episodes posted to Soundcloud, both with and without music in the background,
for free download.
I don't mention it very often so it goes unnoticed, but those are always linked in
the video description and you can subscribe to them on iTunes as well.
There are a few additional short episodes exclusively available as audio-only too.
We've also got some videos that aren't on this channel, discussing topics like fictional
worldbuilding or game development, over on the Legion Tech Studios channel, I'm a writer
and consultant for their upcoming game Hades 9, and we use a lot of footage from the game
on the channel, especially on space warfare episodes.
I'll leave a link to that in the video description, as well as one to our official episode chronology,
which in addition to having a list of all the scheduled episodes for the next few months,
also has links to all the interviews, collaborations, and so on that we've made over the years.
Okay, we spent some time out in space today and we'll be back there next week to continue
the Outward Bound Series with a look at Colonizing Neptune and see some fun new colonizing options
for Neptune and other Ice Giant planets.
We were also talking about how people can control drones today, and two weeks from now
we'll be looking at some ways we might turn people into drones, and how we might be able
to safeguard against that, in a look at Brainwashing & Mind Control.
The week after that we'll be coming home to Earth for the first in several episodes
looking at some ways to further colonize our own planet, and we'll begin with a look
at Seasteading & Building Artificial Islands, as a prelude to looking at Colonizing the
Oceans.
For alerts when those and other episodes come out, make sure to subscribe to the channel,
and if you enjoyed this episode, hit the like button and share it with others.
Until next time, thanks for watching, and have a great week!
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Toys in School! Pretend Play DIY Slime, Squishy School Supplies Pranks. - Duration: 17:43.
Bringing toys to school sure sounds like a ton of fun.
But if you make these epic toy school supplies make sure to only use them during breaks.
They will bring a lot of joy to you and your classmates for sure!
First candy, then makeup and now this?!
Both of you the principal now!
You as well!
Who doesn't love squishies?! I adore them!
They are so satisfying!
But you know what I love even more?! Squishy pens!
They are so easy to make and super affordable.
Take an inexpensive pen of your choice.
Any pen or pencil will work great.
Open up your pen and take out the ink tube.
Time to grab your favorite squishy.
I love this cute ice cream one!
It also has the perfect shape, so let's transform it into a pen.
All we have to do is push the ink tube inside the squishy.
Don't push it in all the way though, we need to leave the tip outside.
Here we go, the easiest and definitely the coolest DIY pen ever!
It's so squishy, satisfying and works amazing.
And on top of this it looks like a kawaii ice cream!
I mean it really can't get better than that!
When we have high tide the sea level goes up.
When we have low tide the sea level goes where?
It goes down.
Sara!
Oh this?
This is a pen.
See!?
This awesome slime pouch will keep your slime clean and protected!
And since it looks like a pencil case, your teacher will have no idea what you're hiding in there.
Take a zip lock bag.
I'm going to tape the bottom part up to give it more a pencil case shape.
Next grab some washi tape or duct tape.
I am using these washi tape sheets but any kind will work great.
Stick as many pieces of washi or duct tape as needed to cover it completely.
Then turn your masterpiece around and glue the washi tape or washi sheets on that side too.
This looks like a usual pencil case, but we're going to use it as a slime pouch!
I have this beautiful rainbow slime, that is so stretchy and satisfying, I love it!
If you put your slime in the normal pencil pouch, the slime will get all dusty and dirty
from the fabric.
Our pouch on the other hand, is air tight and has a plastic lining which will keep our
slime clean and fresh!
Who would have thought that school could be so exciting!
When I'm bored I like to grab an activity book.
They're so therapeutic and fun!
Also, sneaking them in class is a piece of cake!
Come on, I'll show you!
Take a notebook that is of similar size as your activity book, and open it up in he middle.
Stick a few pieces of double sided tape on the right and on the left page.
Grab the activity book of your choice – this one has so many fun things inside and I love
how colorful it is.
Stick it inside the notebook and we are all done!
How flipping amazing is this notebook that has a built in activity book.
I Love it!
Say goodbye to the boring hours in school!
Chemistry is the branch of science that studies the properties of matter and how matter interacts
with energy.
Chemistry is considered a physical science and is closely related to physics.
Instead of activity book you can sneak in a coloring book, a crosswords book or even
a favorite magazine.
I love taking these things to the beach when I'm on vacation.
So with this hack you can bring some of that summer holiday feeling to school as well!
Very sneaky and super entertaining!
These little squishies are so adorable!
I could play with them for hours.
Yup, I think is only fair that we sneak all of them to class.
Grab your first mini squishy and a super glue.
Apply a drop of glue on the bottom side of your little friend.
Take a small magnet like this one and place it on top of that glue.
Wait for a few moments for the glue to harden and pop the squishy on the tin pencil case.
Do this with all the other members of this epic squad.
The magnets stick firmly to the tin pencil case so to your teacher and schoolmates this
will look like a normal animal pencil case.
But you can actually detach your squishies off the case and play with them separately if you want.
Then you can place them back on and they will hold to the case firmly again.
How smart.
When you get a bit bored during classes simply reach for your squishy friends and time will fly.
They are just the cutest little bunch ever!
Tic Tac Toe has always been one of my favorite games to play with my classmates.
But instead of playing it the usual way I decided to upgrade and make the game a lot
more convenient and sneaky.
Take a plain solid colored notebook.
From a piece of paper cut out a big hashtag sign like this and stick it to the notebook.
Below stick any other word in smaller size – like love for example.
Can you see the trick already?
All we need are some paper clips in two different colors and we are ready to play the Tic Tac
Toe game an infinite amount of time without leaving any traces at all!
Because to the teacher this notebook will look like the usual one with a #LOVE design,
which by the way I love so much!
And paper clips are a normal school necessity so you can have them on your desk without being worried.
I think this idea is so smart and will bring a ton of fun to you and your schoolmates while
sitting in class.
Are you a fan of shopkins?
I must admit they are truly adorable!
I decided to turn this Shopkins surprise jar into a pencil sharpener and smuggle those
cute buddies to class.
Take the shopkins out of the jar.
I got a broccoli, a toast and icing sugar!
Take the paper wrapping off the jar and save that plus the lid for later.
Now take a pencil sharpener and a pencil and let's produce some of that pretty sharpening residue.
Use different colored pencils to make it even more interesting and fun.
Take a picture of that residue and print it out.
Roll it in a cylinder shape like this and place inside the shopkins jar.
Next, fill the jar with a bunch of your favorite shopkins characters.
I'm taking my entire squad with me to school, so in the jar they go!
Lastly, glue a simple sharpener on the jar and we're all set!
Ta daaa this appears like a normal pencil sharpener, full of colorful sharpening residue,
but our Shopkins squad is hiding inside instead.
And the best part is that your sharpener is still completely functional!
If you love collecting and playing with these cuties, I am sure they will bring you a ton
of joy during classes.
I don't care if fidget spinner aren't as trendy right now as they were last year, because I
still find them extremely entertaining.
Check out this epic idea to sneak it in class.
Grab any kind of notebook.
Now print a picture of a windmill like this one and stick it on the notebook cover with
a bit of double sided tape.
Right here, where we have the spinning part, we're going to stick our fidget spinner.
So apply some hot glue to the center of your fidget spinner and glue it to the notebook.
How clever right?!
The fidget spinner somehow connects with the notebook background and together they
look like a normal notebook, not at all like toy.
So the teacher won't have anything against it for sure.
Meanwhile, you can play with your spinner, which is also a perfect stress reliever if
you are feeling a bit tense.
What a cool DIY notebook idea!
I've always found soap bubbles so entertaining and fun!
Something about them just makes me so happy and I could watch them float around in the
air all day!
There's definitely something magical about them!
But did you know that you can make real and epic soap bubbles with a normal marker?
Yes and I'll show you how!
Open up a marker, and remove the tip.
Now grab a knife and very carefully cut off that narrow plastic bit at the tip.
Next take a pair of tweezers and pull out the ink tube out of the marker housing.
Leave this aside for now and get a piece of wire ready.
Wrap the wire around any rounded object to get a loop.
Twist the ends around each other and as you can see we got the same shape as with
store bought soap bubbles.
A perfect bubble making machine.
Take some super glue and apply it on the tip like this.
Simply glue it to the inside of the marker lid and we are all set to make some bubbles.
Well, almost!
We still need to prepare the soap and water mixture.
Open up a bottle of soap and squeeze some into the marker housing.
That's enough, now all that's missing is a splash of water and we're ready to make loads
of beautiful and magical bubbles.
I think this idea is straight up epic!
Making soap bubbles with a marker, I mean it doesn't get more insane than that!
And the truth is it works so well!
Look how many bubbles it makes in one go.
I almost can't believe my eyes!
I think we all agree that this cool invention calls for a little prank on the teacher.
Lighting happens when ice and water particles bump into each other inside the thunder clouds.
Who did this?!
Who did this?!
LUDO is a good old favorite board game for so many of us and sneaking it in class is
easier than you think.
Grab a larger notebook and open up a front cover.
Print a LUDO template from the internet and stick it to the notebook with some double
sided tape.
Take sixteen paper clips in four different colors.
Lastly we need a dice and I was lucky enough to find an eraser in a form of a dice in a store.
You can also DIY it yourself – all you need is a dice shaped eraser and you can draw
the dots yourself.
Anyway, as I told ya - sneaking a LUDO board game in class is literally a piece of cake!
In a similar way you can sneak many other board games to school as well.
You and your desk neighbor will have so much fun.
Just be careful so the teacher doesn't see you!
School can be extra stressful sometimes, so having a stress ball on hand can be very useful.
Take a plastic balloon holder like this one.
Now grab a stress ball.
Mine has this little handle, which is perfect to wrap around the balloon holder.
Otherwise you can just glue it on.
Take a glue gun and apply some hot glue on the plastic end.
Now choose any pencil you like and stick it to the stress ball.
Voila! Our stress ball pencil is all done – it looks phenomenal and feels very satisfying.
I love this idea with the balloon holder, because if you want you can still take the
stress ball off your pencil and it is completely intact.
This little guy is so squishy and fun to play with.
It will definitely take care of all the stressful or just a bit boring hours in school!
Yes I made another one because I'm that obsessed and want to make even more because these DIY
stress ball pencils are simply adorable!
If you're a fan of plushy animals this DIY hack is perfect for you!
Take your favorite mini plush friend and attach it to the zipper of your pencil case or school bag.
Now your beloved toy can go with you to school every day.
And no one will ever think that this is weird, neither will teacher give you detention for this.
You and your cute little friend are perfectly safe!
Should we sneak more slime to class?
I think we should, because there's no such thing as too much slime!
These glitter glue bottles will work perfectly but instead of glue, we'll carry glitter slime inside.
Wash your glue bottle thoroughly, if you want
you can even remove the sticker as I did and set it aside.
Grab some green slime and let's make it all glittery so it will look exactly as our glitter glue.
Pour lots of that sparkly magic on the slime.
How gorgeous is this!
Remember how I used to be obsessed with glitter and mixed it in absolutely everything?
I miss those times!
I tried mixing the glitter in the slime with a stick but it wasn't that easy.
So let's roll up the sleeves and get our hands in there.
Play with it for a few moments and the glitter will incorporate all around the slime evenly.
Alright our glittery slime looks exactly like the glitter glue so it's time to put it in the bottle.
The easiest way is to go bit by bit and throw pieces of this sparkly slime inside the glue bottle.
Screw the lid on and look at that!
They look identical so we are completely safe and can sneak our slime in class!
Do you guys know that this is the first time me properly playing with slime?!
I know where have I been!
This is so satisfying!
You can make glitter slime in all the possible colors and they look so pretty.
I want to try mixing in a ton of colorful glitter one day, I bet it would look epic!
What is Katie hiding inside her pencil sharpener?!
Wow what a cool slimy hand!
Fun fact, there was a time in our primary school, when these slimy hands
were so extremely popular!
We used to get them as a gift in a bag of chips and literally everyone in school had them.
I'm not surprised they are really fun to play with!
And a pencil sharpener is a perfect tool to help us smuggle this awesome toy to school.
These slimy hands are sticky and very stretchy!
They will stick to any kind of surface like windows, tables and so on.
You can kiss boring school hours goodbye because these sticky toys will provide an infinite
amount of fun during school classes for sure!
Just make sure they don't go out of your control!
Literature, most generically, is any kind of written works.
Literature writing is considered...
Uh-oh.
Candy, makeup, toys – what else could we sneak in class?
Comment bellow!
No seriously, school is very important guys so stay focused and listen to your teacher.
I wish you all an amazing school year.
Mwah! Love you bye!
Literature writing is considered to be...
Often to do the...
Is considered to be...
Is considered to be...
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'I Love It!': See A Cancer Survivor's Amazing Ambush Makeover | TODAY - Duration: 5:20.
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WOW! 7 AWESOME LIFE HACKS AND CREATIVE IDEAS WITH MATCHES - Duration: 8:33.
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Kevin Hester & Rob Seimetz: Conversations At The End Of Time - Duration: 9:19.
ROB SEIMETZ: And I think I think now more and more
people are waking up to the fact that
the world is falling apart and I see it
even within the community that knows how
dire the situation is one thing I'd ask
both of you is don't you feel like now
these past couple months seem it seems
like it's been more desperate than it
ever has before and it's really gone
exponential compared so where people's
mindset was maybe three or four months
ago
KEVIN HESTER: There is a quote from Albert
Bartlett one of the greatest
shortcomings of the human race is its
inability to understand the exponential
function I think we're all packed
bearing witness to nonlinear change
every day you wake up and something
radically new has transpired that's how
quickly it will unravel if we wake up
tomorrow morning and twenty five
thousand people have died in Karachi or
in Tehran from a heat wave people will
realize that that's gonna get better
it's gonna get worse quicker
everywhere it will be very very easy for
the whole society to collapse
you know the whole banking system is a
Ponzi scheme that's based on 30-year
government bonds if you can't sell
30-year government bonds because you
haven't got 30 years that's a big that's
a big cornerstone of the economic system
removed things can unravel and will
unravel very quickly in my opinion
LBW: Yeah I think it's hard to sort of
conceptualize it I I once had a dream
and that really shaped really influenced
me when I had it but it was a dream
where I realized in it that that an
asteroid is about to hit the planet and
we all knew it there was just announced
on you know the media the the television
or wherever I heard it in the dream the
mission to save the Earth from an
asteroid failed we have three days left
and so the rest of the dream was me
thinking and contemplating and
recognizing that not only was you know
what was I gonna die
but everybody in my life that I knew
that was gonna die and that everything
that human civilization everything that
human beings have ever created and all
the life on this planet would disappear
as a result of this asteroid impact and
I had this just dream where I delved
into the emotions of that feeling and
towards the end of the dream I
experienced the impact and you know it
was a very strange dream because at the
very end I continued dreaming after I
died which was really surreal but the
point of it is that I I think when you
start to contemplate and I've been
contemplating this the scenario we're
discussing this predicament where we
are in for years and when you had time
to if you've been lucky enough I would
say that if we've had enough time to
contemplate it what I'm worried about
are the people that don't know jack-shit
about any of these things that either
one if they know anything about it they
may be in denial or they may be what
they call themselves as skeptics or
or what we call them as denialists
and I know people like that in my life
but as these things happen and as it
really hits the fan how are those people
going to react and what duty do we have
as people who know about this subject to
you know tell them and to try to bring
up the subject when they don't want to
hear it and I think that as again as
things get weirder as things get more
dire I'm worried about the people around
me that don't know anything about it or
don't want to know anything about it
ROB SEIMETZ: I think you have to accept I think one
thing that's hard is we have to accept
that one of the flaws in the human
species is and and what's kind of
brought us to the situation that we are
in today is part of the reason is we are
so welded to systems ideologies and
institutions that have been going on for
generations well before any of us were
born and when we hear that some of these
systems these institutions have flaws
and there's some horrors that involve
these institutions and systems we get in
denial because we're so comfortable with
it we're so we so weld ourselves to it
that we try to
justify it and I see it a small example
would be you know these these priests in
Pennsylvania that molested a thousand
children and that has been going on
since the 1940s they were raping them
and sexually abusing these children
making them say confessions while they
were doing it and if if I were
to tell you there is there's an
institution out there that has a history
of child rape and abuse that promotes
patriarchy and white supremacy a lot of
people would say let's get rid of that
that institution right now we got
to take it down and then if I said well
what if I were to tell you that's the
Catholic Church a lot of people would be
in denial and try and and and rush that
away and that's what a lot of humans a
lot of us that's what we do as humans
and we and this is just a larger scale
of it and that's why it makes it such a
difficult conversation to have sometimes
and and also I think you have to know
when to walk away from that conversation
say look I did what I could I I told
this person I care about them deeply and
I told them but they're just they're not
they're not gonna you know engage in
this and you gotta you just gotta walk
away from it
LBW: Yeah I guess it's not our responsibility to convert people
like we're some kind of weird religious
doom cult trying to convince people that we are all
fucked you know that's not our
responsibility and that's not what we
should be trying to portray I think in
our in our work or activism or
conversations or whatever you know I
think that I know that I know like for
instance Guy McPherson has been accused
of running some kind of doom cult you
know and I think that when we start
talking about the subject of people they
they may assume the worst of us by even
bringing up the subject it's a weird
balance to play I guess you just have to
try to do it with those that you love
right those that you trust that trust
you and speak honestly and frankly with
them as you would with anybody you loved
and we're friends with
ROB SEIMETZ: And you got to be delicate
about it too I think and you know one
thing that I've said on my radio show
that I would say here is that I just my
goal is you know I look at someone's
ideology as a recipe right and I just
want to get into that person's recipe
whether it's a teaspoon or whether it's
a full cup I don't care I want in there
and if I can just convince somebody one
little thing is bullshit then maybe I
can lead them to the greater thinkers
like that's the way I try to look at it
like I'm trying to be a front person so
that way I can lead them to Kevin Hester
I can lead them to Guy McPherson
Derrick Jensen some of the other people
that I admire and really look at Dahr
Jamail I mean that's what we can try to
do and know your opportunity when you
see it and be delicate about it that
would be my advice I mean one thing I've
said to people if someone will say you
know they'll bring up climate change and
yeah you know it's really getting warmer
and I'll say to them this and this seems
to engage people I say and a lot of
people think we're already past the
tipping point that we crossed the point
of no return and then it's oh really
well then they want to know more you
know you can't just say we're gonna
you know we're gonna go extinct in five
years like after that people look at you
and be like well what the hell are you
you're crazy you've gotta lead them into
where things are going step by step and
and piecemeal it
ROB SEIMETZ: Yeah that's a good that's good I agree
with you definitely
KEVIN HESTER: My role in doing that is coming to an end one of the
reasons why I wanted to have this
conversation is because we were gonna
talk about having children and this time
because I think it's if no one's
prepared to kick off that conversation
we should at least do that but I'm
really coming at the end of my run
about doing this sort of work
because the evidence is clear it's
staring us in the face
anyone who's paying attention and can't
see it is for some reason and denial and
I'm not interested in arguing with people
I'm not interested in any of that
negativity I'm prepared to just lay out my position that's what I think
like it or lump I'm not forcing it down anyone's throat
-------------------------------------------
Playable Ads are Literally a Game Changer! - Duration: 1:53.
Welcome back ladies and gentlemen to another episode of ASKyH, and this is
the Guy Bauer Power Hour, and I'm your host - Guy Bauer.
This is where you ask and we answer it.
This episode, we're answering your
questions about playable ads. Why? Because I said so. Let's get into it!
We've all seen ads for games pop up on our Facebook newsfeed or
watched the game being played, but we haven't actually had the control
to play the games ourselves. After some beta testing, Facebook is changing the game
once again with its announcement of its new playable ads.
When these new ads appear on the user's screen, the user will
finally have the opportunity to interact and test the game out themselves.
We at yellowHEAD have been running playable ads for quite a while
and here's what we know so far. A user will see an ad on
the newsfeed, click on it and will be redirected to a playable ad.
The playable ad is an html5 based ad unit, basically an interactive video that allows the
user to play a small demo of the game even before landing on the store page.
So how does another stage in the user's funnel help us? We allow the users to
engage with a mock interface of the game even before downloading it.
This makes the users who eventually install the most engaged users who
really love the game. The main goal here is to drive more quality users: engaged,
intent-based users who have already gotten a glimpse at the game and are eager to play it.
From our experience and what we've seen so far, these users deposit
more and drive higher return on ad spend or, as we call it in the biz, ROAS
starting day 0 and until day 30, resulting in twice the ROAS working with playable ads!
Want to find out more? Then feel free to shoot us your questions in the
comments section below, or check out our blogs in the link over here. Don't forget
to Like and subscribe to our channel for new content. Thanks for tuning in and
we'll see you next time on ASKyYH!
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Trump Boldly Placed Blame Exactly Where It Belongs, Scorches Islamism - Duration: 4:31.
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(FREE) Lil Baby Type Beat 2018 x Moneybagg Yo x Gunna "POCKETS FULL" | Free Type Beat 2018 Drip - Duration: 3:39.
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¡Carlos Vives quiere volver a la actuación! | Un Nuevo Día | Telemundo - Duration: 4:52.
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Introducing the Ochsner Eat Fit App - Duration: 0:36.
The Ochsner Eat Fit app.
From fine dining to festivals we've got you covered.
Find Eat Fit approved restaurant dishes,
discover hundreds of Eat Fit recipes,
download shopping guides to help navigate the grocery aisles,
locate community wellness events,
and connect with a health professional with just the click of a button.
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