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#30 Mini Propane Knife Forge - DIY How To - Duration: 2:52.
In this video I'm going to show how I made my mini Forge
for me buddy I use these soft fabrics
a late man the formation I wanted and marked out or one centimeter groove
I needed to make the chamber slightly bigger for some of the larger knives I
planned to make I'm gonna have a few knife builds coming up so you subscribe
to my channel to make sure you don't miss them I checked my standard
woodworking saw and just carefully and slowly cut down the lines
I then took some refractory kiln cement I'm sure there's probably a better way
of putting it on by just wore some gloves and spread it over all the
services that were going to come in contact
once it was spread evenly I just pulled the two together
I continued doing this and built the whole shape of the forge I left it
overnight to fully cure and came back
after I made my first knife added some angle line just around the edges to hold
it together for a list of items and materials use check out my Instructables
or website hope you enjoyed this video and if you did please like share and
subscribe
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Karolina Borkovcova IFBB PRO - Season 2018 Ep.6 | 4 DAYS OUT | BLOOD WORK | TRAINING - Duration: 18:12.
English subs will be made when we are back from US :-)
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Kardashian Hairstylist Chris Appleton's Half-Up Ponytail Tutorial | Harper's BAZAAR - Duration: 3:14.
Hey guys, my name is Chris Appleton and I'm here today to show you what's hot and what's
not for 2018.
Some of the biggest hairstyles we're going to see on the red carpet, on the celebrities,
and I'm going to show you guys exactly how to create the look at home.
So this look we're going to be doing is a half-up half-down.
We're going to add a hair piece for extra volume and really give you that show stopping hair style.
So we're going to start by curling the hair, we're going to work on a diagonal section
and I'm just going to be putting a really nice bouncy wave into the hair.
Add a bit of the Pop and Lock by Color Wow.
It's the shellac and what this does is kind of give the hair a little bit of a shine and
a gloss.
It gets all these little baby hairs.
So we're going to do like a half-up half-down now.
I just simply use my finger to draw the line in, you don't have to be super neat.
But if you wanted to get a little more precision, you can just use a tail comb.
Once you've got the pony in, I just like to use a little toothbrush and use my hairspray
and just go in and clean all those little baby hairs.
Remember we're going for a kind of 90's vibe so you don't have to make it super flat.
If the hair's raised slightly it's quite nice.
You don't have to get every last little kind of lump-bum-pum-pow, it can have a natural finish.
I think the key thing I like to do is to make sure the hairline is clean, because then it
looks more snatched and it looks more fashion.
Now what we're going to do is take a hair piece, they're available from like $20 onwards,
they're really not that expensive.
And we're literally going to use the comb and we're just going to slide it in on the
top here and then use the clips just to clip the hair down.
It's as simple as that.
It's as simple as 1,2,3.
What that does is give you that kind of modern finish, and what we're going to do next is
curl the hair.
I love this look and I think it's going to be huge for 2018 because every woman loves
glamour and it never goes out of fashion.
This is just like a really beautiful modern take on a classic hair-do.
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What Are UFOs and Where Do They Come From - Duration: 10:13.
What Are UFOs and Where Do They Come From
UFO Theories
Extraterrestrial Hypothesis The extraterrestrial hypothesis (ETH) is the
belief that UFOs are vehicles from other planets that contain intelligent life for the purpose
of visiting earth.
This being the most popular view among the public has been losing ground among those
that have given Ufology serious study and thought over a long period of time.
This is the perception that Hollywood has romanticized and advanced to the public but
is probably the least likely.
The chances of intelligent life climbing into to some type of space vehicle and visiting
earth are pretty slim.
Back in the 1930's this was the main theory put forward, since then physics and science
have advanced to the point of making this theory almost irrelevant.
It now seems that this is far too a simple explanation and in fact does not explain all
the strange things reported by witnesses.
The universe is not really as complex as one might think but it is full of things and knowledge
that man has yet to comprehend or experience so the simple Hollywood explanation is probably
far from realistic.
Conspiracy Theory A UFO conspiracy theory is any one of many
often overlapping conspiracy theories which argue that evidence of the reality of UFOs
is being suppressed by various governments around the world.
The prevailing thought is that earth governments, especially the United States and to a lesser
extent Russia are in communication & cooperation with ETs and even allowing for a certain number
and type of alien abductions.
Portals
As of 2012 portals have moved from theoretical to reality.
A NASA-sponsored researcher at the University of Iowa has developed a way for spacecraft
to hunt down hidden magnetic portals in the vicinity of Earth.
These portals link the magnetic field of our planet to that of the sun.The existence of
portals would go a long way in explaining the erratic and very short duration of many
UFO sightings.
Could it be possible that UFOs are only seen as they "uncloak" just prior to entering or
exiting a portal.
Since we know that portals exist between planet earth and the sun than it only stands to reason
that portals would exist between galaxies.
This would explain why we have not found anybody living in our immediate neighborhood.
Maybe there is an abundance of life in the universe but not in our Milky Way.
It could be they are traversing the galaxies using these portals or hyperlinks.
Wormhole Theory There is no observational evidence for wormholes,
but on a theoretical level there are valid solutions to the equations of the theory of
general relativity which contain wormholes . Because of its robust theoretical strength,
a wormhole is also known as one of the great physics metaphors for teaching general relativity.This
sounds very Hollywood but the idea of bending distance and time has been around for years.
In theory this works and as a practical matter it could explain the vast distances intelligent
life would have to travel to visit earth.
This moves the ETH "From Another Planet Theory" to a entirely new level.
Ancient Alien Theory This theory is gaining in popularity and it
proposes that extraterrestrial beings have been visiting earth since the advent of man.
It puts forward that early man was in direct contact with these entities even benefiting
from alien technology to build various pyramids and structures around the world.
There is some strong evidence that man was much more advanced than originally thought
or did have technological support from unknown resources.
Proponents suggest that this contact influenced the development of human beings and that man's
DNA may have an alien variant.
Due to mans lack of sophistication, knowledge and technology these aliens were misidentified
as religious deities or Gods and their technology were evidence of their divine status.
Early writings and scriptures,such as, Vedas Scriptures, various San-script writings (from
India, China, Pakistan) and even the Bible seem to confirm this hypothesis.
Biological Theory (Atmospheric Life Forms) When you stop and give this aspect of the
UFO equation some thought this really has to be true.
We know that life is tenacious, persistent and procreates just about anywhere at anytime
under almost any conditions.
Why should this aspect of life be any different in space or in the greater universe.
There are some laws that are truly universal,one of them is that life will find a way to flourish
even in the most adverse and unexpected circumstances.
To read about biological UFOs.
Quantum Physics Quantum Physics has been around since the
1920 but we are only just beginning to understand what it really is and what it means to mankind.
When the possibility of more than one universe was mention it was pretty radical stuff.
Even today quantum physics is just on the fringe of mainstream discussion.
It is always hard for us to believe in things that we cannot see or fully understand.
While at a glance this may seem like just another strange theory, it contains many clues
as to the fundamental nature of the universe and is more important then even relativity
in the grand scheme of things . Furthermore, it describes the nature of the universe as
being much different then the world we see.
Ronald Reagan (attempting to prove the existence of God) once said that he wanted to invite
20 atheist to the White House for a grand meal.
After the meal was devoured he was going to ask his guest if they believed that there
was a cook in the kitchen even though they never saw him/her.
Sometimes you just have to believe in things that you cannot see, feel or touch.
As Niels Bohr said, "Anyone who is not shocked by quantum theory has not understood it."
For an article on the top 10 ways quantum physics will change our lives.
Alternative Dimensions, Realms or Universes Theories with more than one dimension of time
have occasionally been advanced in physics, whether as a serious description of reality
or just as a curious possibility.
This theory is gaining momentum as more and more scientist believe in quantum physics.
If you believe like many respected scientist have come to believe that there are multiverses
(more than one universe) than it is not that much of a stretch to believe that beings could
be traveling between universes (dimensions).
This does necessarily mean that intelligent life forms are "time traveling" but they are
simply traveling between dimensions, realms or universes.
Hollow Earth Theory This theory proposes that the planet earth
is either entirely hollow or otherwise contains a substantial interior
space.
In the early 19th century an American eccentric, John Cleves Symmes (1779-1829), sought funding
for an expedition to enter the earth through one of two 4,000-mile wide polar holes.
Inside the Earth, he was convinced, a benevolent advanced civilization existed.
Though an object of derision to most people, some took him seriously, and the idea of a
hollow Earth was championed in a number of books throughout the rest of the century and
right into the next.Today, hollow-earthers believe flying saucers travel in and out of
the polar holes.
The people inside are descendants of Atlantis and its Pacific equivalent, Lemuria.
Earthlights, Ball Lightening Hypothesis
People have reported seeing ball lightning�a rare phenomenon that resembles a glowing sphere
of electricity�for hundreds of years.
Ball lightning often appears during thunderstorms and typically glows, spins, hisses, bounces,
and floats.
But scientists still can't explain what causes it, or even exactly what it is.
(although in 2006 Brazil's physicist Antonia Pavoa believes he recreated it in a lab)
Related to the balls of light hypothesis is the earthlights or earthquake lights hypothesis
which is based on the work of various independent researchers who have attempted to link UFO
sightings where geological faults and geomagnetic fluctuations occur.
Man-Made UFOs / Back Engineered Technology Governments and military have been attempting
to emulate the performance of UFOs for decades.
Pilots (especially since WWII) have reported that these craft have performed phenomenal
feats and are capable of speeds that far exceeds our current technology.
A good example of these efforts can be understood by reading about the AVRO Corporation which
mysteriously and abruptly closed their doors in 1962.
Follow this link for a list of the top 11 man-made UFOs that were made on earth.
Ever since the famous Roswell Incident of 1947 there has been serious speculation that
the US military has attempted to back engineer UFO technology.
In the event that the US military actually took possession of this type of technology
it would have been only natural to do so.
There have been claims by high ranking officials that other technologies were discovered at
the same time which include, night vision capabilities, lasers, bullet proof vest to
name just a few.
Follow this link for a list of 12 technologies that were developed in the 1950's and 60's
that may have had alien origin.
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CDC WHRC: 'Show and Tell' - Duration: 1:09.
For more infomation >> CDC WHRC: 'Show and Tell' - Duration: 1:09. -------------------------------------------
Top 10 Credit Card Myths & Misconceptions | Understanding What is True & False - Duration: 6:51.
Hi there, it's Ernest from Trip Astute. In this video, we're going to discuss our
top 10 credit card myths and misconceptions, and explain why most of
these ideas are not true.
(light chiming music)
Earning points and miles is a great hobby, but I know a
lot of folks still think that is some sort of scam, or that it's just too good
to be true. While some of this is based on misinformation, a lot of these doubts
are based on false assumptions that people have about credit cards. Even on
our channel, we get questions all the time that revolve around some of these
ideas, especially on how credit cards can affect your credit score. So today, we're
going to review our top 10 credit card myths and misconceptions. Number 1: Credit
cards lead to debt. This one can actually be true. I've spoken a lot about how it's
important to be responsible with your credit cards if you want to engage in
this hobby. Like a lot of things in life, the credit card is a tool but it can be
easily abused and cause a person to go into debt. If you're using credit cards
to earn points and miles, it's important to make sure that your financial house
is in order. That means tracking your budget and spending so you can pay your
bill in full. If you're carrying a balance then you're essentially negating
the value that you would earn from points. Number 2: Applying for a new
credit card will hurt your credit score. This one is also somewhat true, though
it's not as bad as a lot of people think. When you apply for a credit card, you
will often get a hard credit inquiry which is different than when you use a
service like Credit Karma or Credit Sesame. The number of hard credit
inquiries can have a negative impact on your score, so you'll often see a bit of
a drop when you apply. However, your score is also influenced by the amount of
available credit that you have. So by getting a new card, you're increasing the
amount of available credit and also lowering your credit utilization, which
is the amount of credit that you're actually using. Assuming that your
spending level doesn't change, this should cause your credit score to
increase over time. Number 3: Having too many cards hurts
your credit score. This is also a common misconception. I think it's rooted in the
same idea as the previous tip about applying for
cards. However, like I mentioned earlier, having more available credit and a
lower credit utilization usually means that your score will go up.
Number 4: You should never pay an annual fee. This is definitely false. We
did an entire video on why it's sometimes worth paying an annual fee,
especially if you're able to get value from the card. If you haven't seen our
video, definitely check it out. Number 5: You must carry a balance in order
to build your credit history. I know a lot of older folks have this
misconception. I think there was a time when this was actually true.
However, this is no longer the case. You can build your credit score by making
sure you pay your bills on time and using your credit responsibly. Number 6:
Your minimum spend timeline starts the moment you activate your card. Contrary
to what a lot of people think, this is not true. I actually didn't even know
about this until not too long ago. The clock actually starts when you're
approved, so your window to complete your minimum spend is often less than you may
think. For more information about meeting your
minimum spend, check out our playlist on the topic. Number 7: American Express
cards have no spending limit. Several of the traditional American Express cards
like the Green, Gold, and Platinum cards are considered charge cards and not
credit cards. This has led a lot of folks to believe that there is no credit limit
since you have to pay the full balance every month. This is actually false
though. If you check the American Express Platinum card's fine print,
you'll see that no preset spending limit doesn't actually mean unlimited spending.
The limit is based on your usage, your payment history, along with your credit
record and income. Number 8: If you stay at a specific hotel brand or fly a
specific airline, you should get their co-branded credit card. This can sometimes
be true. However, with the rise of flexible points programs, it can often be
better to earn points that you can use with different travel partners. For
example, I can earn three Hyatt points per dollar using my Hyatt credit card when
staying at the Andaz hotel. However, I can also earn three Chase Ultimate Rewards
points using my Sapphire Reserve card, which I can then transfer to Hyatt,
or a bunch of other airlines and hotels. In this case, I actually prefer to
use my Sapphire Reserve as I like having that extra flexibility with my points.
Number 9: You should close a credit card before getting a new one. This is
also false, and I think it's rooted in the misconception that having too many
credit cards is a bad thing. Much like what I explained earlier about getting
more credit and lowering your credit utilization with your new card, the
reverse is also true. When you cancel a card, you will often lower the amount of
available credit that you have which can increase your credit utilization.
It's like shrinking the size of a pie so it looks like you're eating more, even if
you're actually eating the same amount. There are tricks to get around this like
converting cards to no annual fee versions in order to keep the account
open. So check out our "Top Credit Card Mistakes" video for more information. And
finally, number 10: It's better to use your debit card for daily purchases. This
one is totally subjective. A lot of people tell me all the time that they
just prefer to use their debit card to pay for things. While there's nothing
wrong with that, there are some compelling reasons to use your credit
card instead. It's not just the points that you're not earning, but also the
protections that you get when using your credit card. When you use your debit card,
you're actually pulling money from your bank account. If there's a dispute or
your information is stolen, you may not have access to the affected money until
the bank completes their investigation and verifies information. I've heard a
lot of horror stories with this situation, so I personally prefer to use my credit
card. Having a payment dispute or false charge on a credit card seems much
easier to resolve and is less likely to involve me having my funds frozen until
there's a resolution. For those of you who collect points, what do your friends
and family think of your hobby? Do they think you're nuts? Do you get asked about
these myths all the time? I'm curious whether you all experience the same
things that I do. If you're interested in applying for any of the cards mentioned
in this video, check out the credit card offers page on our website for the
latest offers. We do get a percentage if you use our link. It doesn't cost you
anything extra, but it does help us to continue building content for this
channel. If you enjoyed this video or found it useful, please hit the "like" button and
consider subscribing. Also, sign up for our newsletter on our
website for travel articles, updates, and giveaways, like our 2,000 subscriber
giveaway that's happening right now. Until next time, travel safe and travel
smart.
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NASA Wants To Bring A Chunk Of Comet Back To Earth. Collaboration with Everyday Astronaut - Duration: 11:45.
In December NASA announced that it had narrowed down its potential list of planetary science
missions to two.
There's the Comet Astrobiology Exploration Sample Return (or CAESAR), a mission that
would return to Rosetta's Comet 67P and bring a sample back to Earth.
And then there's Dragonfly, a nuclear-powered helicopter that would buzz around in the atmosphere
of Saturn's moon Titan, exploring this fascinating world.
Sadly, there can only be one mission.
And so, NASA will let both missions continue working out the details until the final decision
can be made in mid-2019.
And if all goes well, the chosen mission will set off in middle of the 2020s.
Comet sample return or Titan helicopter, which one will it be?
In order to help out NASA with their decision making process, I've teamed up with Tim
Dodd, the Everyday Astronaut, to advocate for each of the missions.
I'm going to do everything I can to convince you that a comet sample return mission makes
the most sense, while Tim's going to advocate for the Titan Dragonfly.
And then, in the end, we'll give you a poll where you can vote.
We'll pass along the vote to the decision makers, and I'm sure they'll dismiss it
for the hilarious, and unhelpful YouTube stunt that it is.
Phew, I've got
to
advocate AGAINST a nuclear-powered helicopter on Titan.
Okay… here goes.
Comets are some of the most important objects of study in the Solar System.
They're relics, frozen in time from the earliest moments of our Solar System's history.
It's believed they delivered water and organic materials to the newly forming Earth, and
could have been pivotal to our understanding of how life first got started, billions of
years ago.
It's not surprising that they've been a target for several space missions.
The first mission to reach a comet was in 1985, when the International Comet Explorer
passed within 8,000 kilometers of Comet Giacobini-Zinner.
Other missions got even closer, like ESA's Giotto, which came within 200 kilometres of
Comet Grigg-Skjellerup in 1992.
NASA's Stardust mission passed through the tail of Comet Wild 2 in 2004, and brought
samples back to Earth for study.
NASA's Deep Impact smashed into Comet Tempel 1 in 2005, gouging out a crater, revealing
the comet's interior to a partner spacecraft.
But the one you're most familiar with was the European Space Agency's Rosetta Mission,
launched back in 2004 to perform the detailed study of Comet 67P/Churyumov-Gerasimenko.
Not only would it go into orbit, but it would try to land a separate spacecraft down on
the surface of the comet.
On August 6th, 2014, Rosetta arrived at the comet, and a few months later, it deployed
its Philae lander in an attempt to sample the surface.
The orbiter did great, returning high-resolution images of the surface of the comet.
The lander, not so much.
Its harpoons failed to fire, and it bounced gently a couple of times off the soft surface
of 67P, eventually coming to rest on its side.
Even if Philae had been successful, and been able to send back detailed information about
the surface of the nucleus of a comet, there's only so much it could do.
The next step in this journey to understanding comets, and helping them unlock the secrets
of the early Solar System is to bring a sample back to Earth.
Planetary scientists need to get their hands on a chunk of cometary nucleus, here on Earth,
where they can run it through every experiment and mass spectrometer they can get their hands
on.
We're entering the age of sample returns.
We've got Moon rocks from the Apollo missions, OSIRIS-REx is on its way to Asteroid Bennu
to bring us home a spacerock, missions are in the works to bring a sample back from Mars.
We need a chunk of a comet.
Dr. Steve Squyres, the principle investigator of NASA's Spirit and Opportunity Rovers
is back with a new mission: Comet Astrobiology Exploration Sample Return (or CAESAR).
Its purpose will be to fly to 67P, send a lander down to the surface, retrieve a sample
in a pristine, comet-like state, and bring it back to Earth.
When the sample returns to Earth, planetary scientists will be able to open it up, gases
and all, and study the comet to their heart's content, from the comfort of their earthly
laboratories.
The ESA scientists chose 67P as a target for a good reason.
In 1959, the comet had a close flyby with Jupiter, changing its orbit to send it closer
to the inner Solar System.
For at least 10,000 years before that, it was orbiting much farther from the Sun, safe
from the intense radiation.
This brought a relatively fresh comet from deep space into a region we could reach with
our spacecraft.
It's the perfect time capsule to tell us what the Solar System looked like eons ago.
The goal is to better understand how comets formed and what role they played in the early
Solar System.
Are they made from raw materials that clumped together during the formation of the Solar
System?
Were they processed through interactions with other objects in the Solar System?
Or are comets leftover chunks from shattered icy planets and other Kuiper Belt Objects?
Did they deliver water and organic materials to the early Earth to help life get going?
Now you know the history of cometary exploration and why the CAESAR mission is so important.
And in a second, I'm going to explain how the mission will work, but first I'd like
to thank:
Sherman Figura Steven Hill
Nicholas Verheyden Alexander Afanasyev
Rosemary Williams Gary Agnesini (Ag-na-si-ni)
And the rest of our 804 patrons for their generous support.
If you love what we're doing and want to get in on the action, head over to patreon.com/universetoday.
If all goes well, The CAESAR mission will launch in the summer of 2024 from Cape Canaveral.
It'll be equipped with an ion engine, allowing it to reach 67P in December of 2028.
The spacecraft will go into orbit around the comet, and then slowly lower its orbit over
several months, examining it in greater and greater detail.
It'll map out the surface, and search for any differences that have occured since Rosetta
made its maps, helping scientists understand how comets change over the course of a decade.
Mission planners will examine these surface maps and pick out candidate sites for CAESAR
to acquire its sample from.
Eventually, it'll be mapping out the surface down to a resolution of 0.6 cm per pixel.
Once the sites have been chosen, CAESAR will be ready to perform its touch-and-go operation
to sample material from the surface of 67P.
It'll have enough fuel on board for three attempts to get a sample.
The mission is inspired by NASA's OSIRIS-REx spacecraft, which is already on its way to
retrieve a sample from Asteroid Bennu.
So we'll already know if this technique is going to work.
The spacecraft will perform a deorbit burn, moving it closer to the surface of the comet.
Then it'll touch down for 5 seconds, suction up a bit of material, and then kick off into
space again.
It'll image the area at a resolution of 1 mm/pixel, giving scientists context for
where the sample came from.
Collecting the sample is going to be one of the toughest parts of the mission.
As we learned with Rosetta and Philae, trying to land on the surface of a comet is hard
enough.
Getting back out into space again is going to be even harder.
CAESAR is equipped with a special grabber called the Sample Acquisition System.
This is a suction cup-like device that can tilt to match the slope of the surface that
the lander touches down on.
When it senses the surface of the comet, it releases a set of spring-loaded ripper tines
that break up the crusty surface for easier collection.
Then it uses a pneumatic system to blast out high purity nitrogen gas around the sampling
cone, shaking up the comet material and directing it into the spacecraft's Sample Containment
System.
Up to 80 grams of cometary material will be captured for scientists at home to study.
But the actual cometary material is only half the story, the spacecraft will also pull out
any gases coming from the sample, and store that in a separate container.
This will give planetary scientists the best possible sample to study when it gets back
home.
It will then warm the samples to the exact temperature the comet experiences when it's
farthest from the Sun.
CAESAR will drift with Comet 67P for another 4 and a half years until it's in position
to make a burn back to Earth.
The sample will be transferred to a special landing capsule that will survive re-entry
through the Earth's atmosphere, delivering the pristine chunk of comet to waiting scientists.
And if all goes well, it'll return the sample to Earth in 2038, putting a piece of an actual
comet nucleus into the hands of scientists around the world.
By keeping it cold and pristine, researchers will be able to study it for clues for decades
to come.
Right now, NASA's OSIRIS-Rex mission is on its way to rendezvous with Asteroid Bennu
in 2018.
Then it will pick up a sample and return it back to Earth by 2023.
Planetary scientists will be able to study this sample in incredible detail, with the
best laboratories available to them here on Earth.
The CAESER mission will do the same, but provide a chunk of a comet to scientists to study.
Where did the Earth's water come from?
How early did organic materials form in the Solar System?
How did they come together to form planets?
By finally getting their hands on a chunk of a comet, scientists will have valuable
clues to these and many more questions about the Solar System.
Now it's Tim's turn.
Head on over to his channel and learn all about the Dragonfly mission to Titan.
And when you've made your decision, click the link in the shownotes to vote for your
favorite.
Whichever way you'd vote, let me know your thoughts in the comments.
Or just rage at the injustice of even having to choose in the first place.
Comet, Titan and why not, how about a mission to Venus?
Want more space news, I'm now writing a weekly email newsletter that highlights many
of the big stories that happened this week.
It's quick, easy to digest, with lots of amazing pictures and videos.
You can find out more and sign up by going to universetoday.com/newsletter
In our next episode, we return to the concept of artificial gravity.
There are some really interesting projects in the works that will attempt to create artificial
gravity for astronauts to live in.
And finally, here's a playlist, starting with a link over to Tim Dodd's half of the
collaboration.
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Elif Episode 677 - Ending Scene | Season 4 Episode 117 (English & Spanish subtitles) - Duration: 6:46.
Welcome, Ms. Jülide.
Hi, Mr. Ahmet,
I just wanted to ask if there's anything new.
There's a place, but...
Oh, is it? Can I see right now?
I can, but Safak was here, just before you. To be specific, he didn't like the place.
I get it, but I need to move in quick.
Tomorrow, if possible.
- If it's not too much, can I see the house myself? - But, Mr. Safak...
Mr. Safak isn't aware of the recent developments.
I really need to leave the house I've been living in.
If it's that urgent...
There you go.
This is it.
It's old, not well maintaned.
But this is the only place that fits your budget.
It's really in terrible condition.
I want to rent this place, Mr. Ahmet.
Are you sure?
I am.
I need to leave, quick.
In these terms, if we're not able to find anything better...
- I'm going to rent this place. - Alright. Since it is this urgent...
Fine then.
Thank you.
When will the contract be ready?
I'll contact with the landlord,
and get the contract ready for tomorrow. I'll call and let you know.
I'll be waiting then. Have a nice day.
Emirhan will be so sad.
But what was there to do?
We didn't have it, neither the money, nor the time.
Forgive me, son.
This is the best I could do.
Go check Emirhan if you like.
Son?
Are you sad, because of moving out?
I know that moving out from the house, that you used to live in.
I don't want to leave at all,
especially to upset you.
But we have to, son.
I wish we weren't moving out.
I wish we live here, all the time.
I wish, too.
But think of this,
it's not the walls and the doors that you like it here.
A man likes his house, just because he's happy there.
And we're happy, because our loved ones are with us.
Am I wrong?
There's no one that makes me happy as you do.
I'm happy anywhere, as long as you're with me.
It doesn't matter where we live in.
That's enough for us to be together, love each other. Right?
I love you very much, mom.
Very much.
Me, too, son. I love you very much, too.
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Ungeliebtes Erbe | Zur Sache Baden-Württemberg! - Duration: 5:47.
For more infomation >> Ungeliebtes Erbe | Zur Sache Baden-Württemberg! - Duration: 5:47. -------------------------------------------
POTWÓR TU, POTWÓR TAM – Śpiewanki.tv – piosenki dla dzieci - Duration: 2:46.
For more infomation >> POTWÓR TU, POTWÓR TAM – Śpiewanki.tv – piosenki dla dzieci - Duration: 2:46. -------------------------------------------
♡MMD♡Eddsworld♡The Crush Song♡TamTori♡ - Duration: 0:49.
Hush, hush, hush Blush, blush, blush
You are now my big fat crush
I'm single as I can be
You're single, perfect for me
I'm gonna give you a bunch of reasons
Why you should date me
Reason number one - I'm super hot
Reason number two - she's super not
Reason number three - I'm all you got
And all you got is someone hot
Boy check my résumé
You want a background check? Okay.
First name hot, and last name bitch
Wanna get with me? Now that's the sitch
You think I'm trash?
Hell no, I'm class and I got a big fat ass
And all I gotta say is...
Please date me because I'm single S-I-N-G-L-E,
love me And hug me, and touch me
And, well, fuck me
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How the First Stars Transformed the Universe - Duration: 5:16.
[ ♪ Intro ♪ ]
The baby days of the universe were weird times.
For hundreds of thousands of years after the Big Bang, it was too hot for even atoms to
form, so everything in existence was just a soupy mess of particles.
Eventually, things started to cool down, and particles could clump together to form hydrogen
and helium — first as charged ions, and then as nice, neutral atoms.
So it seemed like things were going to settle down.
But then, the first stars showed up.
And they kind of disrupted everything.
They turned all the neutral hydrogen floating around back into ions, created a bunch of
new elements, and just generally made a mess.
But without them, you wouldn't be here.
Astronomers think the first stars started to form as early as 30 million years after
the Big Bang, when the universe was still made of neutral atoms.
Like stars today, they formed when clouds of gas collapsed, cramming atoms together
so tightly that they fused.
These nuclear fusion reactions give off a ton of light and heat, and are what produce
heavier elements and release the energy that powers stars.
In the early universe, the gravity from dark matter is what originally pulled in those
neutral hydrogen and helium atoms, gathering them into dense clumps and clouds.
We still aren't positive exactly what dark matter is, because we can't directly detect
it, but we do know that its gravitational pull helped make some parts of the early universe
denser than others.
Eventually, these clouds were so dense that they collapsed, and the atoms inside then
began to combine in nuclear fusion reactions, forming stars.
And suddenly, the universe was a whole lot brighter.
Those first stars were a lot different from the stars we see around us today.
For one, they were originally made only of hydrogen and helium — because those were
the only elements around.
All modern stars also contain heavier elements, like carbon, that they've fused from lighter
elements or collected from older, exploded stars.
These heavier elements usually make stars cooler and smaller.
That's because heavy elements tend to cool down clouds of gas, and it takes less mass
for a cold cloud to collapse and form a star.
So if your gas cloud is full of heavier, cooler elements, it will form a star much faster
than a cloud just made of hot hydrogen.
And because it took less stuff to form, the star will be smaller, too.
But with only hydrogen and helium around, the first stars were a lot larger and hotter
than anything we see today.
They were probably 30 to 1000 times the mass of the Sun — and up to three times as massive
as any star we've ever found.
On their surfaces, they were about 15 times hotter than the Sun's surface — at least
twice as hot as the hottest star we know of.
They were actually so hot that they didn't give off that much visible light — instead,
they gave off powerful ultraviolet radiation.
Like some kind of gigantic blacklight from the most extreme tanning bed ever.
And this radiation caused kind of a mess in the baby universe.
The UV rays knocked some of the electrons off the neutral hydrogen atoms — and maybe
the helium ones, too — turning them into charged ions again.
A bubble of re-ionized atoms formed around each star and, as more stars formed, there
were more re-ionized bubbles.
Eventually, over the next 900 million years, these bubbles all merged.
And once again, the gas spread all throughout the universe was made of ions — except with
some big, fiery stars this time.
This period in history is called reionization, and it changed the universe for good.
Today, the gas that's floating around between galaxies — known as the intergalactic medium,
or IGM — is still mostly made of ionized hydrogen.
And it's all thanks to those first stars.
But the stars did a lot more than knock the electrons off the gas in the IGM.
As the years went on, they eventually did create heavier elements in their cores, as
hydrogen or helium atoms were fused together.
And because they were so hot, they probably created them a lot faster than today's stars.
Then, when the first stars exploded into the first supernovas, they flung those heavier
elements — like carbon and oxygen — into the rest of the universe.
Those atoms were incorporated into the new, smaller stars we see today — as well as
everything else, like comets and planets and moons and the screen you're using to watch this video.
So basically, without those first stars, you wouldn't be here.
By learning more about exactly when and how reionization happened, scientists can learn
even more about how it's influenced the universe.
And as we build newer and even more powerful telescopes, they're hoping to find more answers.
But there's one thing we know for sure: without the first stars, the universe would
be completely different.
It would still just be made of hydrogen and helium, and it would be really dark.
Which is a lot less exciting.
And kind of sad.
So even though the first stars disrupted everything in the baby universe, we should probably be
thankful that they did.
Thanks for watching this episode of SciShow Space!
If you'd like to keep learning more about the universe with us, you can go to youtube.com/scishowspace
and subscribe.
[ ♪ Outro ♪ ]
-------------------------------------------
NASA's Nuclear Drone on Titan VS Comet Sample Return (Collab with Fraser Cain) - Duration: 11:11.
Hi it's me Tim Dodd, the Everyday Astronaut
NASA's considering sending a nuclear powered flying robotic laser guided quadcopter drone
to a world with oceans, rain and maybe one of the best views in our solar system.
That's right, this is one of two potential missions that NASA has narrowed down for their
final mission in their New Frontiers Program.
Today I'm going to tell you all about ONE of those two missions as I go head to head
against the publisher of Universe Today, Fraser Cain in a battle for the best potential mission.
After you've heard from both of us, you get to vote on which one you think should
win, which will almost certainly forever shape the history of space exploration.
Either that or NASA won't care at all what we think... hmmm…
Well, anyway, here's what Fraser has to say, this better be good...
I'm Fraser Cain, publisher of Universe Today and the host of the Guide to Space.
Tim's going to convince you that NASA should choose a nuclear powered helicopter for Titan.
And while I think that's an awesome idea, it's my job to convince you that a comet
sample return makes more sense.
So, after you've heard Tim's argument, come on over to my channel and I'll make
the case for comet sample return.
Then vote.
*Laughs*
Wait, wait, so wait, you're telling me you want to scoop up some boring old space dirt
and bring it home?!
You've got a real uphill battle on this one.
NUCLEAR. POWERED. FLYING. DRONE.
Vs space dirt….
Well, let's get started!
In December of 2017 NASA narrowed down its potential upcoming planetary science missions
to just two.
The Comet Astrobiology Exploration Sample Return (CAESAR), a mission that would return
to Comet 67p, that exact same Comet that Rosetta and Phileae recently flew to.
It would then scoop up some comet dirt and bring it back to Earth.
The other option is Dragonfly.
A nuclear-powered quadcopter that would fly around in the thick atmosphere of Saturn's
moon Titan, efficiently exploring more of this incredible world than any other interplanetary mission.
Unfortunately there's only room for one mission.
Each team will continue to perfect their proposals until NASA makes their final decision mid 2019.
If all goes well, NASA would be able to launch the winning mission as early as 2024!
Before we get into the details of the Dragonfly Space Drone, let's talk about its destination first.
Titan.
Titan is amazing.
Seriously, after researching for this video, I realized how incredible Titan is, and now
more than ever, I really really want to explore it.
Titan is the largest moon orbiting Saturn and the second largest moon in our solar system.
Titan is even larger than the planet Mercury.
This thing is huge.
In some ways Titan is the most Earth-like body in our solar system.
It's actually kind of the most potentially habitable for us humans too, and there's
a remote possibility it could be teaming with super unique alien life.
Maybe.
Titan has a thick atmosphere.
A really thick atmosphere.
It's 1.45 times thicker than here on Earth, which means you could go outside without a
spacesuit.
But, there's two reasons why you wouldn't want to do that.
First you'd be better bring the warmest coat imaginable as it's -180c or -292 F.
Brr.
Also, you'll need to bring some oxygen since Titan's atmosphere is almost entirely nitrogen
with some methane and some hydrogen.
And with its super thick atmosphere and low gravity close to our own moon's, you'd actually
be able to strap on some wings, flap your arms, and fly around Titan like a bird!
SIGN ME UP!
It'd probably be a lot better than this guy's attempts here on Earth
And unlike other potentially habitable-ish planets like Mars or our own moon, Titan's
thick atmosphere and Saturn's massive magnetosphere could protect life from dangerous Galactic
Cosmic Rays and other dangerous radiation.
And despite its freezing cold temperatures, due to its thick atmosphere, we wouldn't
require crazy big and vacuum sealed habitats.
Habitats could be more like a heated plastic tent which could be lightweight and maybe
even be manufactured using resources right there on Titan.
If we were to try and inhabit the moon or Mars permanently, we'd either need massively
shielded habitats or, live entirely underground to protect us long term.
That doesn't sound too fun does it.
Ok so, so far Titan doesn't sound anything like Earth.
But here's where things get interesting.
The craziest part of Titan is it has liquid oceans.
But instead of those oceans being liquid water, they're actually liquid methane!
And this one is kind of hard for me to grasp, but let's take water here on Earth as an
example first.
Earth is the right temperature to have liquid water.
If Earth was any warmer, like a lot warmer, all of that water would boil and evaporate
into a gas.
If Earth was a lot colder, all that water would freeze and become a solid, otherwise
known as ice.
And like ALL matter, methane exists in one of five states, but let's just stick to
the three we're most familiar with.
Liquids, solids and gases.
Due to Titan being so cold, methane exists as a liquid, which it does below −161 °C
(−257 °F) and above that temperature it's a gas, like we may be more
familiar with here on Earth.
And although there isn't liquid water on the surface of Titan, there is water trapped
below the crust of Titan.
This is exciting not only for the possibility of potential life as we know it down there,
but also as means of survival for potential human exploration.
Speaking of life… don't forget, here on Earth, we've only ever observed life in
the presence of water.
All life on Earth requires the presence of liquid water to exist.
This is because water is the lubricant for the molecular process of all known life.
But, maybe in my overly optimistic outlook, there's one keyword here that gets me excited.
KNOWN life.
Some scientists hypothesize that life could potentially exist using a molecule called
acrylonitrile that could act as a lubricant instead of water.
But really, we just simply don't know until we observe otherwise.
But in my opinion, how absolutely incredible would it we be if we someday discover life
as we don't know it.
Life that's nothing like here on Earth.
Life that's so different, it makes Hollywood's depictions of alien life seem downright hilarious.
Ok, so Titan's a super crazy cool world.
So now let's talk about exploring Titan.
Tell us about that DRONE TIM!!!!
Ok!
The drone would have a leash to walk Titan dogs like this.
Ok, well not at all.
But It'd look like this.
Dragonfly has 8 propellers in an X8 configuration.
This allows for multi motor-out capability, assuming you don't lose both motors on the
same arm.
As we've mentioned, due to Titan's thick atmosphere and low gravity, flying around
Titan would be super easy.
It'd be a very efficient and extremely safe way to explore.
With nothing to run into besides potential space pterodactyls, the drone could easily
cover 10s if not 100's of kilometers within its 2 year planned lifespan.
That's an insane amount of potential exploration!
A big change from previous land roving rovers.
The current record holder for furthest distance traveled on another body is NASA's plucky
Mars Opportunity rover which has traveled 45 kms or 28 miles as of January 2018.
Its taken Opportunity over 14 years to travel that far though… so it's not what I'd
call quick…
Before Opportunity the previous record holder was the USSR's Lunokhod 2 moon rover which
traveled 39 kilometers or 24 miles in 1973 over its four month mission.
Lunokhod 2 broke the previous record held by two HUMANS!
That's right, the Apollo 17 lunar rover piloted by Harrison Schmitt and Eugene Cernan
traveled pretty darn far, a respectable 35.7 kms or 22 miles on the surface of the moon
in less than 3 days.
That's pretty quick.
Another thing that's cool about Dragonfly is it would be powered by a small nuclear
generator.
Specifically a radioisotope thermoelectric generator or RTG.
It'd actually be the exact same RTG that powers the awesome Curiosity Mars rover!
RTG's convert the heat of decaying radioactive material, into electricity!
The excess heat would also be pumped back into the body of the drone to keep its electronics
at a comfortable room temperature, a win win.
The RTG recharges the onboard battery which actually powers the drone.
This allows the drone to fly around for the duration of the battery and then land and
recharge, even during Titan's night which lasts 8 Earth days.
But maybe one of the most exciting things is Dragonfly can measure bulk element surface
composition with a neutron-activated gamma-ray spectrometer and monitor atmospheric and surface
conditions including diurnal and spatial variations with meteorology sensors?????!?!
What?
I have no idea.
It's cool stuff probably.
Good thing I'm not on the planning team because I'd probably just say "Put lasers
on it and make sure it can do some cool barrel rolls."
Although the Dragonfly mission would be super exciting, it wouldn't actually be the first
mission to the surface of Titan.
Nope!
On January 14th, 2005, the Huygens probe successfully touched down on the surface of Titan.
Although the Huygens spacecraft only lasted 90 minutes on the surface of Titan, it still
provided very useful data about the conditions, paving the way for further exploration.
Huygens launched along with the wonderful Cassini spacecraft which studied the Saturn
system for 14 years, just recently ending its incredibly fruitful mission just recently,
in September 2017.
Man, I'm so excited about a drone flying around Titan and potentially making some incredible
discoveries.
So what do you think?
Are you a fan of Titan and/or Dragonfly?
Do you want us to explore Titan further, if not, where do you want to explore next?
Let me know in your thoughts below!
And although he's going to have a hard time convincing us why CAESAR is even remotely
worth considering, we do need to remember to head on over to Fraser Cain's channel
to learn more about what NASA's other option is…
While you're at it, be sure and check out his entire channel.
As the publisher of Universe Today, Fraser's content is bursting with amazingly well researched
topics, as a matter of fact, I watched his videos to learn more about Titan for today's
video.
So once you watch both of our videos, be sure and hit the link in the description to cast
your vote!
I owe a special thanks to my Patreon supporters for helping making this and other Everyday
Astronaut content possible.
I owe an extra special thanks to those Patrons in our exclusive discord channel for helping
me script and research.
If you want to help contribute, hang out in our exclusive discord channel or offer ideas
in our exclusive subreddit, please visit patreon.com/everydayastronaut Thank you!
Don't forget to check out my web store for shirts, hats, mugs, prints of rocket launches,
original artwork and lots of other fun stuff at everydayastronaut.com/shop
And as always, all the music in my videos is original.
The song in this video is called "Jovian Moon Run" Feel free to check it out and
download it for free at soundcloud.com/everydayastronaut Tell a friend!
Thanks everybody that does it for me.
I'm Tim Dodd, the Everyday Astronaut.
Bringing space down to Earth for everyday people.
-------------------------------------------
Como Eliminar Cualquier Verruga En 15 Minutos Usando Un Sólo Ingrediente - Duration: 3:12.
For more infomation >> Como Eliminar Cualquier Verruga En 15 Minutos Usando Un Sólo Ingrediente - Duration: 3:12. -------------------------------------------
Exílio: Eduarda | Websérie LGBT - Duration: 0:47.
So, guys... You know I'm here to have fun, right? And to tease.
And I promise you that if you let me stay, the fun is guaranteed.
And I need your help, ok?
Look, I think Rebeca isn't really in the house's vibe, right?
So if I were you, I would vote for her.
I'm waiting, huh?
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