Are the aircraft wings designed incorrectly?

When we look at the birds that fly very fast, the most important feature of these birds is that their wings are very wide. Very fast-flying birds have wings twice as wide as their wings, even slightly wider. So when we make our planes, the wings of our aircraft are wider than twice the body and the wings should be light. So our planes will fly faster.

Since the airplane wings are too large, the air port will be a problem, so when we design our airplane wings, we can make the wings of our aircraft expand and contract.
In other words, all the weight of the bird is in the body, but the wings are light and twice as wide as the body. So right now most of the planes are wrongly designed. Because even the two wings of most planes are not as long as their hulls. So the planes' wings must be very wide and light. Must be twice the width of the wing of an airplane. Or should it be three or four times as wide. What we're going to try here is that the wings of the aircraft are the most wide-spread.
So what should be the ideal wing length for airplanes? We must find the answer to this question. Should a plane's wing be twice the size of its body or three times its size?

I think the ideal airplane wing width should be twice the size of the plane. Because when the wings are so wide, the plane can't fly fast.
The airplane propellers must be small and have no more than three leaves, these propellers should be under the body, not on the airframe. Thus, thanks to our propeller, the air will be pushed backwards. We will benefit from the lifting force of the air. This is very important for flying objects.

I think it would be better if the planes are small and many propellers.

I mean, if I designed an airplane, the wings of my plane would be very light and I'd put six small propellers on my plane and these propellers would have two leaves. I'd do a maximum of 3 leaves. Because as the number of leaves, the propeller rotates more slowly. To get the most out of the air. I'd put my props under my wings. My plane's wings would be twice the width of the body.

Planet creation theory in space

If I were, I would go to the orbit where the meteorites were, I would detonate the meteors in this orbit. As a result of these explosions, they will form a larger sphere.

How will this merger?
When we explode the sky stone moving in front of a meteor, it will become a cloud of dust, so that the thunderstorm will incorporate this dust cloud into its structure, and when we repeat this process, the sky will become a giant sphere, like a snow cannon, and a giant planet will emerge. Previously I wrote this process with helium balloons to collect the gases found in space. But this is the easiest method to take time, the sky of the sky stone ring to make the merging of the small stones to provide. So we can create bigger planets in the world with very little budget.

How can we translate deserts into agricultural areas?

We should dig deep pits when planting trees in deserts. When we see wet sand, we should sow our tree or seed. So you dig a deep pit until you see the wet soils where it's important.

In order to find the seas in the deserts of the rivers, we should search for water with water search detectors. So maybe there are rivers flowing in the desert, but we may not know it.

Should we build bamboo gardens?

In order not to drink our drinks with plastic pipettes in the future, all countries can establish bamboo gardens with projects. Japan also saw very nice bamboo gardens, watching television. Thus, the consumption of chemicals is largely prevented.
One of our street lights instead of metal poles in bamboo trees if we reduce environmental pollution.
In other words, it is not very difficult to remove plastics and chemicals in our lives.

No Dirty Dishes in the Future !

No dirty dishes in the future. It's incredible but true.. It's like a miracle.
This is incredible, but in the future, thanks to the Hydrophobic material, there will be no contaminated contamination. Our plates, our cups, spoons, forks   are not contaminated when covered with this material

Dishwashers will be destroyed in the future. So we don't need to use dishwashers. Because our plates are not contaminated thanks to the Hydrophobic material.
 All smart women hate washing dishes and it's hard to wash these dirty dishes.

What should we do to not pollute our world?

In order not to contaminate our world, we can drink our drinks with bamboo sticks instead of plastic straws, so that we avoid the contamination of these straws. We leave a cleaner world for future generations.
One of the poles of street lamps instead of iron or plastic poles instead of bamboo trees in the world so the pollution of the world to prevent pollution to a large extent.

How can we purify our world of chemicals?

What is the Hydrophobic Material?  Hydrophobic Material is water repellent
If we polish the toilet bowls with Hydrophobic Material, we will never have to clean the toilet in the future. Because the products made with this material does not hold dirt.
  Maybe we can use it in white goods, furniture and construction sector.

But it is very good to use the toilet bowls first because we have to use chemicals such as soap, bleach, which are very harmful to clean the toilet bowls. This leads to the destruction of our waters to the pollution of living things.

Hydrophobic Material is also used in order to prevent water from keeping roads but it is wiser if we use it in areas where we have to clean it with chemicals instead of roads.


Although this material should be used on the roads as limited, the roads and airports should be covered with poles and poles in countries close to the poles. When we cover the roads in these areas, the roads and airfields will not make any profit, and we will not have to make an effort to clean up these profits. So the work machines will be unnecessarily operated to clear the snow so that the oil consumption will be reduced. So we've spent money on fuel.
Nowadays, there is no need to electrically heat the roads, it is a very primitive method. Let's heat our homes with electricity. Nobody warms up on the way.
Before I found out about this material, I wrote that the airways were not heated and cleaned every day.

These areas covered with this material, the areas covered in the snow will not hold and no freezing will not need to spend electricity. So we can prevent global warming to a great extent? We also avoid unnecessary electricity consumption.

In the construction sector such as tiles, parquet, metal frames or plastic pipes (when we cover the pipes with this material, the waters will easily flow inside and there will be no clogging in the pipes, so cities will not stay in waters)   and marble worktops, it is very good to use this Hydrophobic material in the construction of glass in the glass industry because we use harmful detergents such as bleach to clean the tiles and glass. These chemicals, detergents, are more harmful to oceans than to the seas.

Products covered with this material does not hold the water, so does not dry, pouring liquid does not become solid. When a liquid is poured, it doesn't dry, we can easily clean the spilled liquid with a paper napkin. Using soap is easier and can clean in less time.

In the aircraft and automotive industry, we can cover the tools to prevent freezing of vehicles. Since the freezing of the vehicles will be high especially in the pole regions, cars and airplanes sold at the poles can be covered with this material so that the vehicles and the aircraft will not make any profit. I think that this substance is more effective than the antifreezing agent.

In summary, if we use Hydrophobic Material in all areas where cleaning is required, we will save our world without much effort in chemicals and at much cheaper costs. We don't spend our time trying to clean these dirty places.

With Hydrophobic Material, we can save our world in highly harmful chemicals. So you need to be very careful when using this substance. Unnecessary consumption should be avoided.

How to be the toilet of the future ?

If we polish the toilet bowls with Hydrophobic Material, we will never have to clean the toilet in the future. Because the products made with this material does not hold dirt.
  Maybe we can use it in white goods, furniture.
But it is very good to use the toilet bowls first because we have to use chemicals such as soap, bleach, which are very harmful to clean the toilet bowls. This leads to the destruction of our waters to the pollution of living things.

Hydrophobic Material is also used in order to prevent water from keeping roads but it is wiser if we use it in areas where we have to clean it with chemicals instead of roads.

In the construction sector (tiles, parquet, metal frames or plastic pipes  and marble worktops), it is very good to use this Hydrophobic material in the construction of glass in the glass industry because we use harmful detergents such as bleach to clean the tiles and glass. These chemicals, detergents, are more harmful to oceans than to the seas.
In summary, if we use Hydrophobic Material in all areas where cleaning is required, we will save our world without much effort in chemicals and at much cheaper costs. We don't spend our time trying to clean these dirty places.

With Hydrophobic Material, we can save our world in highly harmful chemicals. So you need to be very careful when using this substance. Unnecessary consumption should be avoided.

Karadelik Nedir?

Karadelik carbondioksit bulutudur.
Karadelikler de bulunan karbondioksitler , karadeliğin yıldızları yutmasına yol açıyor.Yani yıldızların üst tabakası küllerle kaplanıyor bu kara deliğe kapılan yıldızlar dünyanın çekirdeğinde olduğu içten yanmayı sürdürüyor. Çünkü kara delikte bulunan carbondioksit oranı  yıldızlarda büyük oranda bulunan hidrojen den  daha fazladır.   Bu döngü kara delikte bulunan carbondioksit oranı  yıldızda bulunan hidrojen ve diğer atomlara göre azaldığında  tamamlanıyor. Yani kara delikler artık yıldızları yutamaz hale geliyor. Dünya'nın çekirdeğinde olduğu gibi böylece karasal gezegenlerin  çekirdekleri oluşuyor.
Yani şöyle özetleyelim, bir karadelik bulutu büyüklüğüyle orantılı olarak yıldızları yutuyor. Karadelik  gaz bulutu büyükse daha fazla yıldız yutuyor. Fakat karadelik bulutu dediğimiz karbondioksit bulutları küçük ise daha az yıldız yutuyor.
Yani bir gezegenin çekirdeğinin büyüklüğünü güneşi büyük oranda oluşturan hidrojen gazları belirliyor. Hidrojen gaz bulutu fazla ise yıldızda büyük oluyor. Gök yüzündeki bir yıldıı carbondioksit gaz bulutlarıyla söndürüp onu bir gezegen haline getirebiliriz.
Uzayda bulunan  hidrojen gazlarını toplayıp kendi güneşimizide yaratabiliriz. Dünya gibi bir dev küre de yaratabiliriz. Burda tek yapmamız gereken istediğimiz yörüngede istediğimiz büyüklükte bir yıldız yaratmak sonra bu yıldızın yörüngesine Hidrojen ve Oksiyen bulutlarını getirip yıldızımızın bünyesine katmak.

Yani burda karadelikleri açıklamaya çalışırken dünya gibi bir küreyi uzayda nasıl yapabileceğimizide açıklamış bulunuyorum. Umarım açıklayabilmişimdir.

What is Black Hole?

The blackhole is the carbon dioxide cloud.
Black holes in the carbon dioxide, black holes cause the stars to swallow. So the upper layer of the stars are covered with ashes in this black hole in the core of the world is the core of the burning continues. Because the carbondioxide rate in the black hole is higher than the hydrogen in the stars. This cycle is completed when the ratio of carbondioxide in the black hole decreases relative to hydrogen and other atoms in the star. So black holes can no longer swallow the stars. As in the Earth's core, the nuclei of terrestrial planets are formed.
So let's summarize it, it swallows the stars in proportion to the magnitude of a black hole cloud. If the black hole is large, the gas cloud swallows more stars. But if the clouds of carbon dioxide, which we call the black hole, are smaller, they eat less stars.
In other words, the size of the nucleus of a planet determines the hydrogen gases that make up the sun. If the hydrogen gas cloud is over, the star is getting bigger. It's a year in the sky that we can turn it into a planet with carbondioxide gas clouds.
We can collect hydrogen gases in space and create them in our own sun. We can create a giant sphere like the world. All we have to do is create a star in the orbit that we want, and then bring the stars of hydrogen and oxide into the orbit of this star.

So here I'm trying to explain the black holes in the world as a sphere of how I can explain in space. I hope I can explain.

How to form ice layer poles?

We can create ice mountains with hot water from poles. When we poured hot water to the artic ocean , Ocean will become ice , so that Ocean will cover with ice plates , and harmful gases will not spread to the air. Like a magic stick just we will pored hot water to the artic ocean.............. and our ice plates will formed.
When hot water meets with cold water, it causes adverse effects and causes water to freeze.

Than we can cover this ice plates with snow via portable snow making machines.....................

Why don't we carry oxygen with balloons to Mars?

We can transport the oxygen gases collected in Marsa space with the help of zeppelin balloons.

Can we redesign the space?

Let's start with what is space first. A giant space formed in space gas clouds.
Can we create a sphere like space in the world? Of course yes. We can do this by creating a gas cloud with 85% H2O in space. In other words, if we create a cloud consisting of 29% hydrogen cloud or dust, 56% oxygen, we create water that constitutes 85% of the world. It comes back to collect the gases that make up the earth's core. So the iron comes to collect the cloud. The core consists of 85% iron element and 10% nickel element. The remaining 5% is unknown, it could be silicon

We can create a sphere by collecting these gases together with the help of balloons like zeppelin. Our experiment is in space, we have a zeppelin, let's vacuum a cloud with 85% H2O into this zeppelin, then let's vacuum the cloud of gas which is composed of a large percentage of iron elements. Let's see if we can get a good result.

If we succeed, we can create a lot of planets like the world. Artificial islands as we do.
Instead of collecting these gases in the balloon, perhaps we can do this in space. In other words, in order not to endanger the earth's orbit or the world, we can do this by finding balloon balloons in an orbit near our world. So we're going to pump these clouds into the balloons, and then we'll leave them in space.

With the help of zeppelin balloons, we can bring the gases in space into the orbit of the earth. Or we can collect these gases in the orbit we want. So we can make planets easier. In other words, it is impossible to bring a gigantic sphere like Mars into the earth's orbit, but we can create more than one sphere in this orbit. We can do this only by collecting gases in space with the help of zeppelin balloons.
When a planet occurs in itself, it may take thousands or even billions of years, but we know how to accelerate this process.

How to prevent air pollution ?

I think we can fix the filters of carbon molecules into the factory chimneys and prevent air pollution.

How To Clean The World's Most Polluted Waters Easily And Very Cheap ?

We can treat chemical wastes with carbon molecules and even make them drinkable. In other words, if the factories install the treatment of contaminated water wastes containing carbon molecules, this problem can be completely eliminated. So we can save dead zones, defined as where there is no oxygen.
Factories here are all they need to do carbon molecules of the factories to attach to the plant. So we do not pollute our rivers, lakes, seas, oceans. Because it is much more difficult and costly to clean after polluting.
Even the world's most polluted rivers and lakes can be cleaned with carbon molecules much easier and cheaper.

I'm not sure I can clean up the explosion of nuclear power plants (only for nüklear explosions ) with carbon dioxide molecules.

In other words, we can clean the areas of aquariums, lakes, rivers and nuclear disasters  (only for nüklear explosions )  with carbon molecules. These molecules exist in water treatment decanters and devices.

Ölüleri Resin İle Mumyalama

Resin sanatı, hayvan ölüsü yada çiçekleri kopartıp, resin denilen jelin içine atılması ve sonra tekrar resinle kaplanmasıyla ortaya çıkıyor.
Eskiden mısırlılar cesetleri mumyalıyormuş fakat ceset hava aldığı için yine çürüyor. Bu yöntemle belki ceset çürümez. Çünkü bu sıvıyı cesedin üstüne döktüğümüz zaman içinde hava kalmayacağı için ceset çürümeden kalır. Birde  sıvı döküldükten sonra ceset biraz soğuk ortamda saklanmalı aşırı soğuk yada sıcak ortam olmamalı yoksa çatlamalar meydana geleceği vede ceset hava alacağı için  çürüyecektir. Yani cesedi resinle kapladıktan sonra gömsek de sanırım ceset bozulmayacaktır.

Minik Karbon Molekülleriyle Bulaşıklarımızı Ve Çamaşırlarımızı Yıkayabilir Miyiz?

Biz bu günlerde çok popüler olan su arıtmalı  bir sürahi  satın aldık. Bu sürahi suyumuzu minik karbon molekülleriyle temizliyor.. Yani içilebilir hale getiriyor.
Bu minik  karbon moloküllerinden oluşan minik tabletler yaparsak biz bu tabletleri hem bulaşık hemde çamaşır makinalarında kullanabiliriz. Böylece kimyasallarla denizlerimizi, okyanuslarımızı kirletmemiş oluruz. Balıklarımızın ve de kendi oksijenimizi tüketmemiş oluruz.

Bu karbon moleküllerinden oluşan tabletlerden akvaryumlar  ve havuzlar için de üretilmeli böylece  daha kolay ve yorulmadan akvaryumlarımızı, havuzlarımızı temizlemiş oluruz. Böylece suya fazla para ödememiş oluruz. Ve de sularımızı kirletmemiş oluruz.
Havuzları klorlamak yerine bu karbon moleküllerini kullanırsak sağlık açısından çok daha faydalı olur. Çünkü klor ciğerlerimize zarar veriyor, sporcular suda çok kaldıkları için daha olumsuz etkileniyorlar.

Dönen Araç Gereçlerin Hepsi (Mikserler, Matkaplar, Pervaneler ) Saat Yönünde Mi Dönmeli?

Mikserler,  matkaplar, pervaneler saat yönünde dönmeli, böyle olduğu zaman bu araçlar daha hızlı dönecektir.

İnşaat sektöründe yada fabrikalarda kullanılan mikserler, mutfaklarda  kullandığımız mikserlerin hepsi, matkaplar saat yönünde dönmeli . Böylece daha fazla elektrik tasarrufu sağlarız ve mikserlerimiz, matkaplarımız daha hızlı döneceği için işimiz de daha kısa sürede bitecektir.
Yani kısaca dönen her şeyi ( araç gereçleri ) saat yönünde döndürür isek daha doğru bir  mühendislik sergilemiş oluruz. Yoksa hatalı ürünler üretmiş oluruz. İnsanlarda bilmeden bunları kullanmış olur. Bizim yüzümüzde müşterilerimiz daha fazla elektrik faturası ödemek zorunda kalır ve bir işi bitirmek için daha fazla zaman harcarlar. Bir de fark etmeden fazla elektrik tükettiğimiz için küresel ısınmaya yol açmış oluruz.

Rüzgar Gülleri Nasıl Olmalı?

Yaşamımızdaki yanlış mühendislikleri kaldırarak enerji kaybını önleyebilir miyiz?

Rüzgar güllerini görünce aklıma rüzgar gülleri böyle mi olmalı yazısını yazmak geldi.

Rüzgar güllerinin bazıları 3 yapraklı ve çok büyükler. Bu yanlış bir mühendislik örneği sadece. Çünkü pervaneler küçük olunca daha hızlı döner. Yani rüzgar güllerini yaparken onların pervaneleri

küçük olmalı çünkü büyük pervaneler daha yavaş ve zor dönüyor. Birde pervaneler 2 yapraklı olunca daha hızlı döner. Yani rüzgar gülleri, 2 yapraklı ve küçük olmalı. Doğru mühendislik bu dur. Ortada

yanlış mühendislik var bunun sonucunda gereksiz yere elektrik kaybı ortaya çıkıyor.Yani 10 evi  aydınlatacak elektrik yerine 5 evi aydınlatacak elektrik üretiyoruz. Daha az elektrik üretiyoruz.

Birde şuna dikkat edelim pervanelerde az yaprak olunca titreşim artıyormuş. Ama bunu deneyebiliriz. Bu durum rüzgar güllerinde bir sorun yaratır mı? Birde pervanenin boyu küçüldüğünde titreşim ortadan kalkabilir. Yani büyük bir pervaneye (rüzgar gülüne) 2 yaprak eklediğimizde belki titreşim ortaya çıkar fakat bu 2 yaprağı küçük bir pervaneye taktığımızda titreşim olmayabilir yada çok az olabilir.

Aspiratörlerde de bu yanlış mühendisliği görüyoruz. Bazı aspiratörler 5 yada 6 yapraklı bu da

yanlış mühendislik örneğidir. Aspiratörlerin pervaneleri kaç yapraklı olmalıdır, üreticileri uyaralım lütfen. Birde bu pervanelerin boyutlarını yani büyüklüğü ne olmalı onu bulalım. İdeal bir aspiratör'ün

boyu ne olmalı yani ne kadar büyüklükte olmalı?  İdeal bir aspiratör kaç yapraklı olmalı? Yani bu

pervanelere bir standart getirilmeli. Çünkü bu pervanelerin yanlış kullanımı fazla elektrik tükenmesine yol açıyor. Bu da küresel ısınmaya yol açıyor. Yani buzulların hızla erimesine yol

açan nedenlerden biride bu.
Birde pervanelerin dönüş yönü çok önemlidir. Çünkü Dünya batıdan doğuya yani saat yönünde dönüyor  pervaneler  de saat yönünde dönmeli. Böylece pervanelerimiz saatte 70 km/hız  daha hızlı dönecek. Yani belki de hiç rüzgar olmadığı zamanlar bile bu pervaneler elektrik üretmeye devam edecek.
Bu mantıktan yola çıkarak rüzgar güllerini yeniden dizayn edebiliriz. Hatta rüzgar gülü panelleri yani duvarları oluşturabiliriz . Bir dik dörtgen panel düşünelim bu panele monte edilmiş 100 tane 200 tane küçük ,2 yaprağı olan  pervaneler. Böylece rüzgar gülleri çok fazla alana dağılmadan daha çok elektrik üretiriz.
Rüzgar gülü yada aspiratör yaparken 4 şeyi göz önünde bulundurmalıyız.
1- Pervaneler saat yönünde dönmeli
2- Pervaneler küçük olmalı, çünkü küçük pervaneler daha hızlı döner. Böylece daha fazla elektrik elde ederiz.
3- Pervanelerin yaprağı 2 tane olmalı. Titreşim fazla olursa 3 yapraklıda olabilir.
Pervanelerde ki yaprak sayısı arttığında pervaneler daha yavaş dönüyor. Pervanedeki yaprak sayısı arttıkça da  pervane daha yavaş döneceği için titreşim azalıyor.
4- Pervane 2 yapraklı olsa bile yaprak fazla geniş olmamalı. Yani pervane yaprağı dar ve ince olmalı ki pervane daha hızlı dönebilsin.

How to speed up our aircraft ?

If we put smaller and 2-leaf propellers along the wing of the plane, the plane might go faster. But when it comes to 2 leaves, there is a lot of shock on the ships. If we wear a four-leaf propeller instead of a 2-leaf vessel, there is no jerking. So I do not know whether these propellers are less leafy and reduce the vibration in the airplanes. The small propellers are turning faster. This can make our aircraft go faster. So if we put a little more than a dozen smaller propellers on the wing of the plane, I think we can go faster. I mean, if I were, I'd put a dozen small and 3-leaf propellers on the plane's wing. I don't know, maybe 5 or 10. We can find out which one is appropriate. Both small propellers consume less fuel while turning and allow us to go faster. Thus, even if one of our propellers breaks, when we encounter bird flocks, our aircraft won't be in danger of falling because other propellers will continue to work.