♩
In the strongman competition of the animal kingdom, you might know some of the usual contenders.
Like the crocodile with its brutal bite force, and the leafcutter ant with its overhead carry, or the ox with its pulling power.
But when it comes to strength, it's not all about big muscles.
So here are 7 animals who have surprisingly powerful abilities and use them in surprising ways.
In the forests of the Democratic Republic of the Congo, there's a small creature that can bear enormous weights: the hero shrew.
The local Mangbetu people showed off its strength to visiting naturalists in 1910
by having a grown man stand on its back for several minutes.
When he stepped off, the shrew scurried away unharmed.
What makes the hero shrew so strong is its unique spinal column — especially its lumbar, or lower back, vertebrae.
Most shrews have 5 round lumbar vertebrae with 2 spinal processes each, the bony projections on the back of each vertebrae.
But the hero shrew has 10 to 12 thicker vertebrae with up to 20 processes each,
letting the bones tightly lock together, which makes the spine more rigid.
That means it doesn't twist as easily or creep, which is engineering speak for deform under pressure.
In fact, scientists have estimated that the hero shrew's spine is 4 times stronger than any other vertebrate.
Plus, the group of muscles that connect the spine to the hips and thigh bone, the iliopsoas, are larger than in other shrews or rats.
Scientists think the hero shrew's spine might act like a crowbar to pry away tough outer palm tree leaves,
so it can reach juicy beetle larvae that no other predator can.
But it's still a bit of an evolutionary mystery.
In 2013, scientists uncovered a new species called the Thor hero shrew.
It also has a tightly interlocking spine, but only 8 lumbar vertebrae and fewer, but bigger, spinal processes.
They think it could be a transitional form, or a species that lies between ancient and modern forms.
But still, no one has done tests on the Thor Hero Shrew to figure out just how strong it is.
And researchers still aren't sure what selective pressures drove the evolution of such a ridiculously strong spine.
The Northern clingfish is found in the salty waters of the Pacific Northwest in the United States.
And it does what its name suggests — it clings onto stuff using a single suction cup on the underside of its body.
It especially hangs onto rocks in the intertidal zone, the area that's above water at low tide and underwater at high tide.
This zone has its perks: waves supply new nutrients and oxygen and
there's quite a bit of algae to go around as food for animals living there.
But it can be pretty rough, too.
The currents coming in and out mean animals might get battered around if they don't have a good way to stay stuck.
The Northern clingfish only weighs between 1.5 and 15 grams, so you might not think it's that impressive that it can hold onto a rock.
But, in experiments, this little fish could cling onto and lift rocks 200 times its body weight.
The secret to this passive strength is that clingfish suction cups are covered in
microscopic little bumps or papillae, which are covered in even tinier little hairs or microvilli.
Unlike the smooth edges of a, say, plastic suction cups,
the rough edges of the clingfish's cup produce friction or can squeeze into little cracks.
That way, it can hold on to all kinds of surfaces, whether they're dry, slippery, or rough.
They can even use their suction cups to pry aquatic snails called limpets off rocks as a snack!
The saying "pick on someone your own size" isn't really true in the animal kingdom.
Most predators hunt prey that's around 20 to 50 percent of their body mass.
But the five species of kingsnakes eat prey the same size or larger than them, all thanks to their strong constriction powers.
In fact, kingsnakes are the strongest constrictors of all snakes by body weight.
They can squeeze at 180 millimeters of mercury.
For comparison, your blood pressure might be around 120 millimeters of mercury.
So if a kingsnake squeezed you hard enough, your heart couldn't pump blood.
What's strange is that kingsnake muscles aren't shockingly thicker or anything
so their strength might have to do with how they coil.
Unlike other snakes which are messy coilers, kingsnakes wrap their bodies around their prey in a neat spiral shape.
That maximizes force and reduces the need to wriggle around and readjust its grip, leading to more consistent pressure.
And even though their muscles aren't huge, they can stay contracted for hours at a time somehow.
But it's not like kingsnakes bite off more than they can chew.
They have a way to squeeze big prey inside a smaller digestive tract.
Kingsnakes do what's called a pterygoid walk, where they bite down with one side of their mouth at a time to maneuver the prey in.
That forces the prey's spinal column to bend and compress like a paper fan to fit.
If only I could do that with a whole pizza.
Copepods are a group of small crustaceans that range in size from 0.2 to 20 millimeters in length.
Some are planktonic and drift around in the ocean, feeding on other tiny things.
So you might not expect that copepods have one of the most powerful jumps on the planet
at least 10 times more powerful than the average land vertebrate.
When they're threatened by fish or when they want to ambush their prey,
they'll launch forward at speeds of up to 500 body lengths per second.
For comparison, the cheetah runs at speeds of around 16 body lengths per second.
But its speed isn't nearly as impressive as the strength of its jump.
It come in between 500 and 1500 Newtons per kilogram of muscle, depending on the species.
For an estimated comparison, NBA player Dwight Howard generates around 112 Newtons for every kilogram of muscle when he jumps.
And copepods actually jump kind of like we do.
They strike backwards rapidly with their four or five pairs of pereiopods, or swimming legs, and push off the water.
Scientists think that copepods' muscle-limb lever system is arranged differently to land vertebrates.
And it's helped by an exoskeleton that muscles can attach themselves to.
Exactly what that lever system looks like is still a bit of a mystery, because no one has really dissected the teeny tiny legs of a copepod.
The secretary bird is up there on the list of birds that are more intense than they look.
It uses its long legs to knock out or kill snakes that are trying to attack it, or lizards that it will later gobble up.
And a study published in the journal Current Biology in 2016 revealed just how powerful this bird's legs are.
Researchers tested Madeline, a secretary bird at the Hawk Conservancy Trust in the UK, who's been trained to kick rubber snakes for shows.
A force plate lying under the rubber snake measured Madeline's kicks at 195 Newtons,
equivalent to 5 times the bird's own body weight.
Unlike copepods pushing off of water, secretary birds don't have anything to push against to generate their powerful kicks — they do it from standing.
And these kicks are also fast.
Madeline's foot only touched the ground for 15 milliseconds.
Because the strike time is so short, scientists think secretary birds rely on a feed-forward motor control system.
It's kind of like when you go to reach for something on a shelf.
You see the object, your brain sets the target, and then it coordinates your shoulder, elbow, and wrist to make it happen.
The birds' brains can predict where the snake is going to be before striking, and coordinate the movement of their long legs.
And their visual system is similar to birds of prey, giving them a sharp view of their target.
The loggerhead shrike might look like an adorable little sparrow.
But once you know its eating habits, you might think twice about calling it cute.
It has a falcon-like bill with a sharp tip, and pierces the neck of its prey to paralyze it — from insects and lizards to small mammals and even other birds.
Then, the shrike will impale its prey on a sharp object like a bit of fence or tree branch.
That makes it easier to eat — like a corndog at the fair.
It's gruesome meal-prep tactics earned it the nickname "butcherbird."
Sometimes though, for larger prey, the loggerhead shrike really needs to use its strength.
It bites down on its prey's neck and shakes its head violently from side to side at a speed of 11 times per second.
That generates an acceleration force of 6g, which is about what someone in a low speed car crash might feel.
And scientists think it has the power to snap the necks or spines of its prey.
Biologists took a closer look at this shaking behavior earlier in 2018.
And they think that little ridges on the bird's beak, called tomial teeth, could help it hold onto its meal.
But the next step is to research the loggerhead shrike's neck and head muscles to learn how it can generate so much force so quickly.
And how they don't snap their own neck in the process.
Now, 6g is pretty impressive.
But it pales in comparison to trap jaw ants, which have mandibles that can snap shut at speeds up to 64 meters per second — around 100,000g of acceleration.
That snap generates a force around 500 times their body weight, which is both faster and stronger than the strike of the mantis shrimp.
Their jaw basically works like a catapult.
Attached to each half is one large, slow muscle that can hold the jaw open 180 degrees — ready to snap.
When something touches tiny sensory hairs on the ant's jaw, a smaller, faster muscle is activated.
This unlocks the jaws and releases the stored energy so they snap shut.
Trap-jaw ants pull out this powerful party trick for a whole range of tasks, from injuring prey to flinging intruding ants away from their nest.
And in 2015, scientists discovered that these ants also used their jaws to escape danger, especially the traps of the pit-building antlion.
This predatory insect digs quicksand-like holes in the sand then lurks at the bottom waiting for a meal to stumble down.
As soon as a trap-jaw ant realizes it's tumbling down a trap, it snaps its jaws shut on the sand to push off and out of the hole.
They can also do this on normal ground to escape the speedy tongues of lizards who might want them as a snack.
In an experiment, ants that had their jaws glued shut were less likely to survive an encounter with an antlion than those that could use their jumping powers.
The researchers think this is evidence that their jaws evolved for escape.
So next time you're at the gym, remember, big muscles and brute force aren't the only forms of strength.
Animals can be capable of some amazing feats of strength that give them an edge in their own unique worlds.
Now, As an additional way of keeping SciShow strong, and helping us continue doing what we do, we've recently enabled channel memberships on this channel.
For roughly $5 a month, you can become a member and get access to some sweet badges and emojis and our members-only posts in the community tab.
Our videos, of course, will continue to be available for everyone, but if you want to become a supporting member and get those extra goodies,
you can just click on that little Join button below the video.
♩
For more infomation >> 7 Ridiculous Feats of Strength in the Animal Kingdom - Duration: 9:37.-------------------------------------------
Pensioni Quota 100, tre cose che non potrai più fare andando in pensione a 62 anni !! - Duration: 2:27.
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Suzuki Jimny - Duration: 0:50.
For more infomation >> Suzuki Jimny - Duration: 0:50. -------------------------------------------
Volkswagen Transporter | DSG 204 | Dubb Cab | Led | Adaptive | Navigatie | Etc - Duration: 1:08.
For more infomation >> Volkswagen Transporter | DSG 204 | Dubb Cab | Led | Adaptive | Navigatie | Etc - Duration: 1:08. -------------------------------------------
ATRIBUTOS DE PODER DE LOS FARAONES EGIPCIOS - Duration: 4:58.
For more infomation >> ATRIBUTOS DE PODER DE LOS FARAONES EGIPCIOS - Duration: 4:58. -------------------------------------------
IKON GOODBYE ROAD DANCE COVER KPOP DANCE COVER INDONESIA - Duration: 4:01.
iKON Goodbye Road Dance Cover KPOP Dance Cover Indonesia
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Kia Rio 1.0 TGDI COMFORTPLUSLINE NAVIGATOR | Navi | Camera | Cruise | Airco | PDC | DAB | - Duration: 1:09.
For more infomation >> Kia Rio 1.0 TGDI COMFORTPLUSLINE NAVIGATOR | Navi | Camera | Cruise | Airco | PDC | DAB | - Duration: 1:09. -------------------------------------------
Sam Bee On TBS
For more infomation >> Sam Bee On TBS-------------------------------------------
10000 Subscribers!〈Good News〉/登録者10000人！〈良いお知らせ〉 - Duration: 5:28.
For more infomation >> 10000 Subscribers!〈Good News〉/登録者10000人！〈良いお知らせ〉 - Duration: 5:28. -------------------------------------------
7 Ridiculous Feats of Strength in the Animal Kingdom - Duration: 9:37.
♩
In the strongman competition of the animal kingdom, you might know some of the usual contenders.
Like the crocodile with its brutal bite force, and the leafcutter ant with its overhead carry, or the ox with its pulling power.
But when it comes to strength, it's not all about big muscles.
So here are 7 animals who have surprisingly powerful abilities and use them in surprising ways.
In the forests of the Democratic Republic of the Congo, there's a small creature that can bear enormous weights: the hero shrew.
The local Mangbetu people showed off its strength to visiting naturalists in 1910
by having a grown man stand on its back for several minutes.
When he stepped off, the shrew scurried away unharmed.
What makes the hero shrew so strong is its unique spinal column — especially its lumbar, or lower back, vertebrae.
Most shrews have 5 round lumbar vertebrae with 2 spinal processes each, the bony projections on the back of each vertebrae.
But the hero shrew has 10 to 12 thicker vertebrae with up to 20 processes each,
letting the bones tightly lock together, which makes the spine more rigid.
That means it doesn't twist as easily or creep, which is engineering speak for deform under pressure.
In fact, scientists have estimated that the hero shrew's spine is 4 times stronger than any other vertebrate.
Plus, the group of muscles that connect the spine to the hips and thigh bone, the iliopsoas, are larger than in other shrews or rats.
Scientists think the hero shrew's spine might act like a crowbar to pry away tough outer palm tree leaves,
so it can reach juicy beetle larvae that no other predator can.
But it's still a bit of an evolutionary mystery.
In 2013, scientists uncovered a new species called the Thor hero shrew.
It also has a tightly interlocking spine, but only 8 lumbar vertebrae and fewer, but bigger, spinal processes.
They think it could be a transitional form, or a species that lies between ancient and modern forms.
But still, no one has done tests on the Thor Hero Shrew to figure out just how strong it is.
And researchers still aren't sure what selective pressures drove the evolution of such a ridiculously strong spine.
The Northern clingfish is found in the salty waters of the Pacific Northwest in the United States.
And it does what its name suggests — it clings onto stuff using a single suction cup on the underside of its body.
It especially hangs onto rocks in the intertidal zone, the area that's above water at low tide and underwater at high tide.
This zone has its perks: waves supply new nutrients and oxygen and
there's quite a bit of algae to go around as food for animals living there.
But it can be pretty rough, too.
The currents coming in and out mean animals might get battered around if they don't have a good way to stay stuck.
The Northern clingfish only weighs between 1.5 and 15 grams, so you might not think it's that impressive that it can hold onto a rock.
But, in experiments, this little fish could cling onto and lift rocks 200 times its body weight.
The secret to this passive strength is that clingfish suction cups are covered in
microscopic little bumps or papillae, which are covered in even tinier little hairs or microvilli.
Unlike the smooth edges of a, say, plastic suction cups,
the rough edges of the clingfish's cup produce friction or can squeeze into little cracks.
That way, it can hold on to all kinds of surfaces, whether they're dry, slippery, or rough.
They can even use their suction cups to pry aquatic snails called limpets off rocks as a snack!
The saying "pick on someone your own size" isn't really true in the animal kingdom.
Most predators hunt prey that's around 20 to 50 percent of their body mass.
But the five species of kingsnakes eat prey the same size or larger than them, all thanks to their strong constriction powers.
In fact, kingsnakes are the strongest constrictors of all snakes by body weight.
They can squeeze at 180 millimeters of mercury.
For comparison, your blood pressure might be around 120 millimeters of mercury.
So if a kingsnake squeezed you hard enough, your heart couldn't pump blood.
What's strange is that kingsnake muscles aren't shockingly thicker or anything
so their strength might have to do with how they coil.
Unlike other snakes which are messy coilers, kingsnakes wrap their bodies around their prey in a neat spiral shape.
That maximizes force and reduces the need to wriggle around and readjust its grip, leading to more consistent pressure.
And even though their muscles aren't huge, they can stay contracted for hours at a time somehow.
But it's not like kingsnakes bite off more than they can chew.
They have a way to squeeze big prey inside a smaller digestive tract.
Kingsnakes do what's called a pterygoid walk, where they bite down with one side of their mouth at a time to maneuver the prey in.
That forces the prey's spinal column to bend and compress like a paper fan to fit.
If only I could do that with a whole pizza.
Copepods are a group of small crustaceans that range in size from 0.2 to 20 millimeters in length.
Some are planktonic and drift around in the ocean, feeding on other tiny things.
So you might not expect that copepods have one of the most powerful jumps on the planet
at least 10 times more powerful than the average land vertebrate.
When they're threatened by fish or when they want to ambush their prey,
they'll launch forward at speeds of up to 500 body lengths per second.
For comparison, the cheetah runs at speeds of around 16 body lengths per second.
But its speed isn't nearly as impressive as the strength of its jump.
It come in between 500 and 1500 Newtons per kilogram of muscle, depending on the species.
For an estimated comparison, NBA player Dwight Howard generates around 112 Newtons for every kilogram of muscle when he jumps.
And copepods actually jump kind of like we do.
They strike backwards rapidly with their four or five pairs of pereiopods, or swimming legs, and push off the water.
Scientists think that copepods' muscle-limb lever system is arranged differently to land vertebrates.
And it's helped by an exoskeleton that muscles can attach themselves to.
Exactly what that lever system looks like is still a bit of a mystery, because no one has really dissected the teeny tiny legs of a copepod.
The secretary bird is up there on the list of birds that are more intense than they look.
It uses its long legs to knock out or kill snakes that are trying to attack it, or lizards that it will later gobble up.
And a study published in the journal Current Biology in 2016 revealed just how powerful this bird's legs are.
Researchers tested Madeline, a secretary bird at the Hawk Conservancy Trust in the UK, who's been trained to kick rubber snakes for shows.
A force plate lying under the rubber snake measured Madeline's kicks at 195 Newtons,
equivalent to 5 times the bird's own body weight.
Unlike copepods pushing off of water, secretary birds don't have anything to push against to generate their powerful kicks — they do it from standing.
And these kicks are also fast.
Madeline's foot only touched the ground for 15 milliseconds.
Because the strike time is so short, scientists think secretary birds rely on a feed-forward motor control system.
It's kind of like when you go to reach for something on a shelf.
You see the object, your brain sets the target, and then it coordinates your shoulder, elbow, and wrist to make it happen.
The birds' brains can predict where the snake is going to be before striking, and coordinate the movement of their long legs.
And their visual system is similar to birds of prey, giving them a sharp view of their target.
The loggerhead shrike might look like an adorable little sparrow.
But once you know its eating habits, you might think twice about calling it cute.
It has a falcon-like bill with a sharp tip, and pierces the neck of its prey to paralyze it — from insects and lizards to small mammals and even other birds.
Then, the shrike will impale its prey on a sharp object like a bit of fence or tree branch.
That makes it easier to eat — like a corndog at the fair.
It's gruesome meal-prep tactics earned it the nickname "butcherbird."
Sometimes though, for larger prey, the loggerhead shrike really needs to use its strength.
It bites down on its prey's neck and shakes its head violently from side to side at a speed of 11 times per second.
That generates an acceleration force of 6g, which is about what someone in a low speed car crash might feel.
And scientists think it has the power to snap the necks or spines of its prey.
Biologists took a closer look at this shaking behavior earlier in 2018.
And they think that little ridges on the bird's beak, called tomial teeth, could help it hold onto its meal.
But the next step is to research the loggerhead shrike's neck and head muscles to learn how it can generate so much force so quickly.
And how they don't snap their own neck in the process.
Now, 6g is pretty impressive.
But it pales in comparison to trap jaw ants, which have mandibles that can snap shut at speeds up to 64 meters per second — around 100,000g of acceleration.
That snap generates a force around 500 times their body weight, which is both faster and stronger than the strike of the mantis shrimp.
Their jaw basically works like a catapult.
Attached to each half is one large, slow muscle that can hold the jaw open 180 degrees — ready to snap.
When something touches tiny sensory hairs on the ant's jaw, a smaller, faster muscle is activated.
This unlocks the jaws and releases the stored energy so they snap shut.
Trap-jaw ants pull out this powerful party trick for a whole range of tasks, from injuring prey to flinging intruding ants away from their nest.
And in 2015, scientists discovered that these ants also used their jaws to escape danger, especially the traps of the pit-building antlion.
This predatory insect digs quicksand-like holes in the sand then lurks at the bottom waiting for a meal to stumble down.
As soon as a trap-jaw ant realizes it's tumbling down a trap, it snaps its jaws shut on the sand to push off and out of the hole.
They can also do this on normal ground to escape the speedy tongues of lizards who might want them as a snack.
In an experiment, ants that had their jaws glued shut were less likely to survive an encounter with an antlion than those that could use their jumping powers.
The researchers think this is evidence that their jaws evolved for escape.
So next time you're at the gym, remember, big muscles and brute force aren't the only forms of strength.
Animals can be capable of some amazing feats of strength that give them an edge in their own unique worlds.
Now, As an additional way of keeping SciShow strong, and helping us continue doing what we do, we've recently enabled channel memberships on this channel.
For roughly $5 a month, you can become a member and get access to some sweet badges and emojis and our members-only posts in the community tab.
Our videos, of course, will continue to be available for everyone, but if you want to become a supporting member and get those extra goodies,
you can just click on that little Join button below the video.
♩
-------------------------------------------
the repulsive secret that I use to keep my skin seductive and captivating !! - Duration: 2:51.
MUSIC WHEN YOU WANT OR WANT YOU SEE, WHEN
YOU WANT OR WANT TO SAY ME ...
my loves know that banana is one of the most consumed fruits in the world but
especially one of the most popular fruits , in this new video, I will show you
how to use it for simply improve your care, just take your
banana peel cut into three parts rub the inner part on your face
go back and forth for 5 to 10 minutes and of course let's rest, that's just
improve the texture of your skin improve the grains of your skin, improve the shape
and especially to soften, to soften your spots of acne, to have more results I you
advice to do it between two and three times per week of course you can simply
you use it as a mask for that you must cut the banana peels, put
all in a mixer then add a or two whole pieces of banana, add
well on a tablespoon of flour rice or if you do not have any flour
of rice, add a tablespoon of sodium bicarbonate, do well crush
all your mixture, apply it on the face two to three times a week after that
rinse your face just with water cold and you're just going to hallucinate
, know that the banana peel is filled antioxidants that can help you
protect your skin from the rays of the suns, all kinds of burns and infections
cutaneous, know that this also contains amino acids, antibiotics that
can help you fight against eczema against acne, against open pores, against
oily skin, that's fine on you help to unify your skin, to close the pores
and especially to extract blackheads, black spots of the face, this will allow you
to make your skin uniform, so here are my darlings it was our little topic of the day if ever
you do not hesitate to share the content so that it reaches a maximum of
no one and of course, do not hesitate to like , comment and subscribe, see you soon
XOXO
-------------------------------------------
Hip-Hop/Reggae Instrumental - "Positive" - Duration: 5:02.
Buy 1 Get 3 Free at: chrisvillebeats.com
-------------------------------------------
The Face Behind The Soundtracks, Who am I? - Duration: 11:48.
hello world hello YouTube as you can see this is the face behind the soundtracks
and today I want to tell you my story and make some announcements about the
future of my channel my name is Kostia it's a shirt for Konstantin I moved to
Israel with my family and when I was 5 years old 25 years ago right now I'm 31
years old living in Israel and speak three languages Russian which is my
mother language Hebrew and English I work as a fitness trainer at
breakdance t-shirt and a dancer and musical producer and composer
I love superhero movies comics anime and classical music I also really love to draw
drawing this is my last drawing of scorpion from Mortal Kombat this was my
first attempt with painting with acrylic colors and I've been related to music
since I was a little child my mom in Russia she was a piano teacher and she
tried to teach me to play the piano when I was a little kid but I had zero
discipline and I really hated that when she when my parents tried to force me to
play the piano and when I get a little bit older and probably smarter I started
to develop a passion for the piano but the problem was I couldn't read notes so
my mom was showing me some stuff how to play some stuff and I would memorize it
all and play with my muscle memory some of these things I can still play until
today and because of my muscle memory and my fingers still remember how to
move correctly to the right notes so at high school I got my hands on some
old sequence a program called Pcycle with a P and my friends pushed me to create
rap beats so I accepted the challenge and started creating them and I was pretty
good at it and I think at that time I met over 100 rap beats
something like that and I was pretty good at it
yeah after high school here in Israel you have to go to serve in the army for
about three years and to serve your country
this is the law here and there's exceptions if you had diabetic or has
some other diseases that prevents you to serve in the army so I went to the
Israeli Navy which is a branch of the IDF of the Israeli Defence Force and
they there I served on a battleship and I had a lot of time to think about my
future so after my challenging service at the Israel Navy I have decided to
develop my musical skills so I went to college named BPM it's located in Tel
Aviv and and I studied there how to be a producer and a creator and the most
important thing that I've learned there was the music theory and which is the
basics of all of the things that I'm doing today also the greatest things
I've learned from there how to use Cubase as how to use Pro Tools correctly
professionally and I discovered I love to create music for visual media like
music for films film score or music for animations or music for slideshows or
something like that everything connected with visual effects after my studies I
started writing some piano sheet music and written sound piano preludes you can
check in here today I know how to play the piano the guitar and the violin none
of them professionally of course but I understand the mechanics and how the
instrument works and it really helps me with my music by the way I paint if you
know how to play the piano and you have basic knowledge of
music theory you can play almost on any instrument in the world today and really
focused on promoting and developing my YouTube channel
I'm sure I can grow to be a successful and big channel I know I have the
abilities and the quality for it and likely I'm putting really hard work on
thumbnails description tags all the metadata I really put in hard work on
that and trying to expand my youtube knowledge as much as I can I'm trying to
learn something every day so you probably ask yourself how I found
my niche and I got into the niche of epic music two years ago about two years
ago yeah and all started when I was working on my epic collection my first
epic music album and I did a big research about epic music and I
discovered there's not a lot of information on the internet about this
stuff and only if you know how to look first at the specific stuff correctly
you will find it and so I had to go to forums to talk with people and to join
some close Facebook groups to develop my skills okay so finally I released my
album my epic collection album and with my original soundtracks and from that
point I had the idea of growing my channel and so I started to contact
bigger channels than me and trying to send messages and my soundtracks to for
them to check them out but no one replied to me and of course who wants to
reply to an unknown small Channel I probably wouldn't so one person replied
back it was Master Media it was made from I've created from scratch I
remember I sent him the Perfect Cell and Super Buu team's afterwards I joined to
his team of creators and there I met some amazing creators from around the
world from that point I knew what had to do everyday I'm trying to develop
my musical skills and improve my youtube knowledge and also every day I'm trying
to write something even if it's one note and still writing it that's the way the
world works practice makes progress that's the way I am that's the way I
work my ultimate goal is to be number one channel in my niche right now I'm
collaborating with two amazing animators to do Loki and Mary mo animations we are
working on One Piece fan animation and the project was delayed a bit and
because of some technical problems but we're now back in business and you
totally should subscribe to them if you haven't subscribed yet and this is
Loki's channel and this is Merimo's channel also lately I finished another
project with an animator from Italy his name is Luca and he has a channel a
YouTube channel named The Notorious Luke you should totally check him out it did
Dragon Ball fan animation and called Dragon Ball deliverance I delivered for
deliverance soundtracks so you should totally check him out and subscribe this
channel and now for some news about my channel and where I'm going and soon I'm
about to release an album and the album name is the Tight of Heaven it will be
different from what I'm usually doing it will be more happier and positive and of
course it will be orchestrated also I want to give a big shout out again to
Luka the notorious loop from before with Dragon Ball deliverance he made the
album art for me here it is so Thank You Luca also working on a tutorial that
will explain how to make a music from scratch for beginners and how I would
approach it and I started recording this tutorial while ago when I bought a
Chinese camera from eBay so the quality at the beginning
one be 1080p in Full HD I'm sorry about that but as you go further the tutorials
you'll see the quality is improving because today I'm recording with the
Logitech 920 C and the difference is very much noticeable another thing it
was my first experience talking to a camera
so at the first episode of the tutorial I will be very nervous I recorded the
first tutorial four or five times until I was satisfied but as you go further
the tutorial Road you will see I'm starting to loosen up a bit as I said
earlier that's the way the world works practice makes progress and so you can
make fun of me with me and the test me together with me I really loved it and
you probably might learn something new my plan for the next couple of months is
to upload regularly for two or three times a week one recreation cover
Remix how you call it music video one tutorial and some and one track for my
new album that I told you about before by the way if you are not patient
you can already listen to the full album and I'll leave a link in the description
below you can listen to the album at Apple music and Google Music iTunes and
a bunch of other streaming services and I'm also going to leave a card here or
here all this is going to be very very challenging for me because as I already
mentioned in the beginning and only one person another robot I don't have a
team and those things consume a lot of time and energy but I don't worry and I
don't care because I have the passion and I have the skills and I know I can
succeed so I'm very excited to show my face and voice in public worldwide on
YouTube and I'm really excited for things to come so put a thumbs up
subscribe to the channel and don't forget to press the little Bell button
to get a notification every time I upload new video to my
channel join me on this adventure and doing it again see ya
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