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Turkish Industry, Science and Technology

@OguzSenturk

Bro if everything is ready for it then who is gonna produce it? Where are they going to produce it?

The chassis and design are from Saab. They only need to put these are together so why 2 years?

As far as I remember they bought it in 2015 and were saying that the car will be ready in 2017. So what's happened? Why they added 2 more years?

Alright no problem let's wait 2017.
 
As far as I remember they bought it in 2015 and were saying that the car will be ready in 2017.

No. Ex-Minister also said that Car will be ready for purchase in 2019, not 2017. You can watch it in here;

We found TemSA to produce electrical bus, it wouldnt be hard to find one share holder to produce it with one new business model.
 
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Aselsan electric motor for electric driven vehicles
 
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Turkish IT doesnt have skills to decrypt a phone ??
Btw its a not easy to decrypt an iphone(i think his phone is iphone) because In US the fbi got a help from Israeli company
 
Students' project awarded in US after rejection by Turkish science body

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A science project prepared by Turkish high school students has received a prestigious award in the U.S. after being rejected by the Scientific and Technological Research Council of Turkey (TÜBİTAK), Doğan News Agency has reported.

With the help of their chemistry teacher Gülay Demirci, two students at a private high school in the southern province of Antalya, Mehmet Can Dursun and İrfan Efe Boztepe, prepared a project that aimed to heal wounds 30 percent faster with nanofibers formed by the shells of crabs and shrimps.

They applied to TÜBİTAK with their project but were rejected, after which they applied to a U.S.-based competition between high schools around the world.

The project got first place in the competition, which included 2,450 projects from 54 countries, winning the gold medal.

Demirci said she was proud of her students’ success and was pleased when she saw the Turkish flag on the stage as winner.

“We made a nanofiber from the waste shells of crabs and shrimps which can be used to combat diabetes. This nanofiber can be used against diabetes and burns. It also has another feature, it can easily stop bleeding. Our aim is to provide use of this product in daily routines and we want it to be manufactured. But we have not met any producer yet,” she added.

Successful student Dursun, meanwhile, said he would like to be a genetic engineer or doctor in the future.
“I researched this project very much. Now we want to see this product on the market, and it would be helpful if it becomes popular in our country,” he added.

January/24/2017

http://www.hurriyetdailynews.com/st...body.aspx?pageID=238&nID=108904&NewsCatID=374
 
Students' project awarded in US after rejection by Turkish science body

View attachment 371666

A science project prepared by Turkish high school students has received a prestigious award in the U.S. after being rejected by the Scientific and Technological Research Council of Turkey (TÜBİTAK), Doğan News Agency has reported.

With the help of their chemistry teacher Gülay Demirci, two students at a private high school in the southern province of Antalya, Mehmet Can Dursun and İrfan Efe Boztepe, prepared a project that aimed to heal wounds 30 percent faster with nanofibers formed by the shells of crabs and shrimps.

They applied to TÜBİTAK with their project but were rejected, after which they applied to a U.S.-based competition between high schools around the world.

The project got first place in the competition, which included 2,450 projects from 54 countries, winning the gold medal.

Demirci said she was proud of her students’ success and was pleased when she saw the Turkish flag on the stage as winner.

“We made a nanofiber from the waste shells of crabs and shrimps which can be used to combat diabetes. This nanofiber can be used against diabetes and burns. It also has another feature, it can easily stop bleeding. Our aim is to provide use of this product in daily routines and we want it to be manufactured. But we have not met any producer yet,” she added.

Successful student Dursun, meanwhile, said he would like to be a genetic engineer or doctor in the future.
“I researched this project very much. Now we want to see this product on the market, and it would be helpful if it becomes popular in our country,” he added.

January/24/2017

http://www.hurriyetdailynews.com/st...body.aspx?pageID=238&nID=108904&NewsCatID=374

At least someone appreciates innovation. I hope these kids will go on and do magnificent things even if it isn't in Turkey.
 
Students' project awarded in US after rejection by Turkish science body

View attachment 371666

A science project prepared by Turkish high school students has received a prestigious award in the U.S. after being rejected by the Scientific and Technological Research Council of Turkey (TÜBİTAK), Doğan News Agency has reported.

With the help of their chemistry teacher Gülay Demirci, two students at a private high school in the southern province of Antalya, Mehmet Can Dursun and İrfan Efe Boztepe, prepared a project that aimed to heal wounds 30 percent faster with nanofibers formed by the shells of crabs and shrimps.

They applied to TÜBİTAK with their project but were rejected, after which they applied to a U.S.-based competition between high schools around the world.

The project got first place in the competition, which included 2,450 projects from 54 countries, winning the gold medal.

Demirci said she was proud of her students’ success and was pleased when she saw the Turkish flag on the stage as winner.

“We made a nanofiber from the waste shells of crabs and shrimps which can be used to combat diabetes. This nanofiber can be used against diabetes and burns. It also has another feature, it can easily stop bleeding. Our aim is to provide use of this product in daily routines and we want it to be manufactured. But we have not met any producer yet,” she added.

Successful student Dursun, meanwhile, said he would like to be a genetic engineer or doctor in the future.
“I researched this project very much. Now we want to see this product on the market, and it would be helpful if it becomes popular in our country,” he added.

January/24/2017

http://www.hurriyetdailynews.com/st...body.aspx?pageID=238&nID=108904&NewsCatID=374
If TUBITAK is run by zoo managers this is the result
 
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Turkish scientists have developed software that can do health screening on a mobile phone with a drop of blood. The software that scans the blood of a drop of blood on a special paper will detect Hepatitis B, Hepatitis C, HIV and various types of cancer according to color change.

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Thanks to the software developed by İzmir Institute of Technology (İYTE), mobile phones can detect blood-borne diseases on a special paper. İYTE Faculty of Chemistry lecturer Asst. Assoc. Dr. Umit Hakan Yıldız, chemistry department second year student Hakan Berk Aydın and computer engineering department third grade student Cihan Toklucu will provide all the diseases that can be learned by blood analysis in a short period of time with a software developed within the project "BİORGB" Among the diseases that can be detected with the software installed on the phone are flu, Hepatitis B, Hepatitis C, as well as HIV virus and cancer.

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Blood photographed

As soon as the results of blood transfusion reached 24-48 hours at the earliest, Assoc. Dr. "We aimed to develop a test like this; Blood is taken when the patient arrives, the doctor drops it on a paper platform, after the various reactions, get the photo and get the result with the mobile phone application developed in our project. "

Hakan Berk Aydin, who developed the software, explained how the software works: "The sample of blood is dropped on paper showing color change according to the color code that is specially developed for this project and it is coded when the disease is found, then we take a picture of that paper with the mobile phone. When we navigate, the application performs a color scan, and the color intensity in the resulting graph shows the result. "

Yeni Şafak
 
Turkish researchers develop self-healing material, aim aviation, defense industries

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Rsearchers from Gebze Technical University (GTÜ) in northwestern Turkey have developed a polymeric material that can self-heal by up to 95 percent for a project supported by the Scientific and Technological Research Council of Turkey (TÜBİTAK).

The self-healing polymeric material, developed within the scope of the project conducted by GTÜ Materials Science and Engineering Department, aims to prevent risks occurring and losses, particularly in the fields of defense and electronics industries.

Project manager, GTÜ Materials Science and Engineering Department lecturer Assistant Prof. Dr. İlke Anaç said that damages and mistakes are inevitable during material applications.

Anaç asserted that when a material is damaged it is either impossible or too expensive to heal the piece. But through self-healing polymers, it is now possible to prevent these risks.

She stated that, with this new technology application, materials can be used much longer and the cost of materials would be reduced.

It is possible to avoid leaks in aircraft fuel tanks

Anaç noted if the material they developed is commercialized, it could be beneficial in many fields.

"I am thinking of the defense industry in particular. Aircraft fuel tanks have one thin layer of polymer film. In case of damages, leaks are unavoidable. If self-healing polymer films are used, we can reduce fuel leaks," said Anaç.

She added that the material can also avoid cracks in smartphone screens, which usually occur from smaller cracks that go unnoticed.
 
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Students' project awarded in US after rejection by Turkish science body

View attachment 371666

A science project prepared by Turkish high school students has received a prestigious award in the U.S. after being rejected by the Scientific and Technological Research Council of Turkey (TÜBİTAK), Doğan News Agency has reported.

With the help of their chemistry teacher Gülay Demirci, two students at a private high school in the southern province of Antalya, Mehmet Can Dursun and İrfan Efe Boztepe, prepared a project that aimed to heal wounds 30 percent faster with nanofibers formed by the shells of crabs and shrimps.

They applied to TÜBİTAK with their project but were rejected, after which they applied to a U.S.-based competition between high schools around the world.

The project got first place in the competition, which included 2,450 projects from 54 countries, winning the gold medal.

Demirci said she was proud of her students’ success and was pleased when she saw the Turkish flag on the stage as winner.

“We made a nanofiber from the waste shells of crabs and shrimps which can be used to combat diabetes. This nanofiber can be used against diabetes and burns. It also has another feature, it can easily stop bleeding. Our aim is to provide use of this product in daily routines and we want it to be manufactured. But we have not met any producer yet,” she added.

Successful student Dursun, meanwhile, said he would like to be a genetic engineer or doctor in the future.
“I researched this project very much. Now we want to see this product on the market, and it would be helpful if it becomes popular in our country,” he added.

January/24/2017

http://www.hurriyetdailynews.com/st...body.aspx?pageID=238&nID=108904&NewsCatID=374

This two students did invent exactly what???

They put a crab into a mixer and called the result Nano fibers??? LOL

The only reason why this two Boys got first prize in USA academic fair, is because they belong to FETO and their Master Fethullah Gülen is an Illuminati/Grand Master Mason of 33 degree.
 
Turkey will produce BIO-Ethanol from Sorghum plants at Harran and Cukurova areas.
Some genotypes of Sorghum are perfect suited for the region.
Harran Edu. is leading the project.

1:100 ratio . 500 tons Sorghum could be 500 liter real benzin / fuel.
Depends on tech.
 
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