Strong AI
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- Danish armed forces following an interesting Chinese vessel
- Ukraine New FPV Drones with Fiber Optic Control
- HT4 camouflage fabric revolutionizes concealment capabilities
- Bangladesh Power supply from Nepal via India begins
- Bangladesh Historical Dhaka’s buried past: Archaeological excavation unveils new history
TR Industry, Science and Technology
- Thread starter Cabatli_TR
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Just speculating, but I think SAGE is opting for a low profile (they were already, but now more) and acting like DARPA. The website has also become lighter lately, with almost no information. And I still don't think that Gürcan Okumuş has left Tübitak, or maybe moved to an agency that might be in a position to oversee SAGE's work.
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We are mobilized to heal the wounds after earthquakes!
Within the scope of the "Housing and Employment Project" of the Presidency of Defense Industries, we inaugurated the TAI Aviation Structures Production Facility in Türkoğlu district of Kahramanmaraş.
We completed the infrastructure of this facility, which we rented to produce aircraft, UAV and helicopter parts, in a short period of 6 months.
We hope that our facility, where we aim to increase the number of employees to 1,100 at full capacity, will be beneficial for our country and nation.
Hepdert
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_Mu_
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Sateliot + Turkcell Partner to accelerate digitalization in Turkey
Sateliot is launching the first LEO satellite constellation based on the 5G standard, enabling unmodified commercial cellular NB-IoT NTN devices to connect from space. This groundbreaking collaboration merges terrestrial cellular telecommunications with satellite connectivity, extending Turkcell's cellular coverage and providing a reliable solution to connectivity challenges. The potential impact is significant, with an estimated market of over one million IoT devices, transforming sectors like oil & gas, energy, agriculture, mining, transportation, and logistics. Sateliot's cost-effective technology opens up possibilities in the untapped market of massive IoT in remote areas.Turkcell aims to provide global IoT services by leveraging this cutting-edge technology.
Strong AI
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Mass production of Eskişehir 5000 begins! 
The Electric Mainline Locomotive Contract signing ceremony held in Eskişehir took place with the participation of
@UABakanligi
Minister
@a_uraloglu
and TÜBİTAK President
@ProfHasanMandal
.
Signatures have been signed for the first production of 95 units of our local and national electric mainline locomotive, Eskişehir 5000. 
Eskisehir 5000;
It has the highest power traction motor designed in Turkey to date.
TSI certified, suitable for freight and passenger transportation and can reach speeds of 140 kilometers per hour.
It is aimed to reduce foreign dependency and provide export opportunities with critical components designed by our engineers.
@TubitakRute
@TCDDTasimacilik
@turasasgm
Details:
tubitak.gov.tr
The Electric Mainline Locomotive Contract signing ceremony held in Eskişehir took place with the participation of @UABakanligi
Minister
@a_uraloglu
and TÜBİTAK President
@ProfHasanMandal
.
Signatures have been signed for the first production of 95 units of our local and national electric mainline locomotive, Eskişehir 5000. Eskisehir 5000;
It has the highest power traction motor designed in Turkey to date. TSI certified, suitable for freight and passenger transportation and can reach speeds of 140 kilometers per hour. It is aimed to reduce foreign dependency and provide export opportunities with critical components designed by our engineers. @TubitakRute
@TCDDTasimacilik
@turasasgm
Details:
ESKİŞEHİR 5000'in Seri Üretimi Başlıyor! | TÜBİTAK | Türkiye Bilimsel ve Teknolojik Araştırma Kurumu
T.C. Sanayi ve Teknoloji Bakanlığı'nın ilgili kuruluşudur.
tubitak.gov.tr
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Is this the only domestic train being developed or are there other designs as well since I do remember seeing other domestic designs as wellMass production of Eskişehir 5000 begins!
@UABakanligi
Minister
@a_uraloglu
and TÜBİTAK President
@ProfHasanMandal
.
Eskisehir 5000;
@TubitakRute
@TCDDTasimacilik
@turasasgm
Details:
ESKİŞEHİR 5000'in Seri Üretimi Başlıyor! | TÜBİTAK | Türkiye Bilimsel ve Teknolojik Araştırma Kurumu
T.C. Sanayi ve Teknoloji Bakanlığı'nın ilgili kuruluşudur.
There are alsi high speed train from turasas
www.turasas.gov.tr
NATIONAL HIGH SPEED TRAIN SET | Turkey Rail Vehicle Industry Co.
The operating speed of our National High Speed Train set is designed to be 225 km/h. This set, which will consist of 8 vehicles planned to be ready for passenger transportation in 2025, has a capacity of 582 + 2 passengers.
Huelague
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ULAK Inc. to set up 6G research lab with TÜBİTAK's backing
Türkiye's ULAK Communications Inc. will establish a pioneering research laboratory in the field of '6G and beyond' technologies in the second half of...
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Over 1,000 Turkish firms developing AI products: Report - Latest News
The number of Türkiye-based companies developing artificial intelligence (AI) products has risen to 1,195 in 2024, according to a report by the Istanbul Chamber of Commerce’s (İTO) Strategic Research Center (İTOSAM).
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The first set of satellites from Turkey set out for launch:
• The first batch of 4 satellites of the Connecta IoT Network constellation project, which will provide IoT communication services, were sent to the USA for launch.
• Plan-S System Engineering Manager Gökmen Cengiz:
• we started working on the second 4 satellites. Probably while the first 4 satellites are launched, we will send the second 4 to the USA. We started with 4 satellites, the number will be 8, 12. Then we will increase the numbers. We will launch 8 and 16 satellites
• Our aim is to create a global company originating from Turkey in this field. That's why we will carry out activities to expand constellation and ground services. We will start expansion operations as of 2025
eventhough at first glance it seems for civilian use, we should also keep in mind that the use of IoT technology can/will evolve for reconnaissance, environment surveillance, unmanned warfare and other combat purposes...
• The first batch of 4 satellites of the Connecta IoT Network constellation project, which will provide IoT communication services, were sent to the USA for launch.
• Plan-S System Engineering Manager Gökmen Cengiz:
• we started working on the second 4 satellites. Probably while the first 4 satellites are launched, we will send the second 4 to the USA. We started with 4 satellites, the number will be 8, 12. Then we will increase the numbers. We will launch 8 and 16 satellites
• Our aim is to create a global company originating from Turkey in this field. That's why we will carry out activities to expand constellation and ground services. We will start expansion operations as of 2025
eventhough at first glance it seems for civilian use, we should also keep in mind that the use of IoT technology can/will evolve for reconnaissance, environment surveillance, unmanned warfare and other combat purposes...
Last edited:
Strong AI
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There are only five countries in the world with a facility like TARLA, one of which is in Turkey.
With the Turkish Accelerator and Radiation Laboratory (TARLA), Turkey has become one of the five countries in the world possessing superconducting electron accelerator technology.
In recent years, Turkey has made significant strides in electron acceleration technology.
Turkey has taken one of its most crucial steps in superconducting technology with TARLA, which is associated with institutions like the European Organization for Nuclear Research (CERN) and Synchrotron-light for Experimental Science and Applications in The Middle East (SESAME).
TARLA, originally part of Ankara University and later transformed into a state-owned research laboratory by law, has propelled Turkey into the ranks of the five countries with superconducting electron accelerator technology, thanks to its Phase-1 20 meV beamline, using local equipment and expertise.
11 Projects Underway
TARLA, led by Prof. Dr. Hasan Serdar Öztürk, has received 35 million euros in funding so far. With its ability to accelerate electrons using superconducting technology, TARLA will bring significant advancements in science and engineering. It will facilitate research and training in many fields, including cancer radiation and hadron therapy, particle physics, nuclear physics, biotechnology, nanotechnology, genetics, materials science, industry, metrology, chemistry, energy, defense, space, communication, and lasers.
Prof. Öztürk states, "With TARLA, Turkey has surpassed a significant milestone in scientific research based on accelerator technologies. Currently, there are 11 ongoing projects at TARLA, 2 supported by the EU and 9 by TÜBİTAK. The setup of TARLA by a Turkish team has also provided significant experience."
Dr. Veli Yıldız, TARLA's Lead Researcher, who has conducted important work in accelerators abroad, explained TARLA and its activities to TRT Haber:
"TARLA will not only provide the opportunity to conduct research with particles but also serve as a center. This makes it very significant. There are many particle accelerators around the world, but TARLA is a superconducting accelerator that will produce a beam for conducting experiments. There are not many centers based on superconducting technology in the world, only in five countries. TARLA will be one of them."
“After the first acceleration, they raised the Turkish flag”
"TARLA has been in development for a long time, but a lot of supporting systems are needed for an accelerator to function. These systems were completed by the end of 2023, and we are now intensively working on setting up the beamline and accelerator line and conducting their tests. In April, we took a major step. We accelerated superconducting particles. After the first acceleration, the colleagues here raised the Turkish flag in the control room."
“Will greatly advance science”
"This is the first acceleration done in Turkey. TARLA will greatly advance accelerator technology and accelerator science in Turkey. The particles and beams produced by the accelerator or the laser can be used for material research in physics, chemistry, and biology. For instance, by irradiating a soil sample and placing detectors around it, we can determine its components."
“Used in radiotherapy and hadron therapy”
"Accelerators have many medical applications. They are used both for sterilizing medical equipment and in cancer treatment. They are utilized in radiotherapy and hadron therapy. Additionally, if we want to detect harmful substances in imported materials, we can use irradiation methods here to identify them."
“Not science fiction, but science”
"Let’s not call the work being done 'science fiction.' It’s science... In the past, this was science fiction, but now it’s technology used in many places, and perhaps has been delayed in Turkey. TARLA will fill this gap in Turkey. I believe such a facility will greatly benefit Turkey in the future with its developed technology and by-products."
“Unique in Turkey with a superconducting accelerator”
"TARLA was previously affiliated with Ankara University, but in 2020 it became a national center. Although we are still on the university campus, we are now a national research center. What makes this place unique in Turkey is the size of the accelerator, its capabilities, its status as a national center, and the fact that it is a superconducting accelerator.
TARLA will undoubtedly advance Turkey. The research conducted here will both develop technology and provide opportunities for scientists, ultimately leading to technological advancements and scientific progress in Turkey. Accelerator technology is very important globally, impacting many areas, and having such a facility in Turkey makes me happy."
www.trthaber.com
With the Turkish Accelerator and Radiation Laboratory (TARLA), Turkey has become one of the five countries in the world possessing superconducting electron accelerator technology.
In recent years, Turkey has made significant strides in electron acceleration technology.
Turkey has taken one of its most crucial steps in superconducting technology with TARLA, which is associated with institutions like the European Organization for Nuclear Research (CERN) and Synchrotron-light for Experimental Science and Applications in The Middle East (SESAME).
TARLA, originally part of Ankara University and later transformed into a state-owned research laboratory by law, has propelled Turkey into the ranks of the five countries with superconducting electron accelerator technology, thanks to its Phase-1 20 meV beamline, using local equipment and expertise.
11 Projects Underway
TARLA, led by Prof. Dr. Hasan Serdar Öztürk, has received 35 million euros in funding so far. With its ability to accelerate electrons using superconducting technology, TARLA will bring significant advancements in science and engineering. It will facilitate research and training in many fields, including cancer radiation and hadron therapy, particle physics, nuclear physics, biotechnology, nanotechnology, genetics, materials science, industry, metrology, chemistry, energy, defense, space, communication, and lasers.
Prof. Öztürk states, "With TARLA, Turkey has surpassed a significant milestone in scientific research based on accelerator technologies. Currently, there are 11 ongoing projects at TARLA, 2 supported by the EU and 9 by TÜBİTAK. The setup of TARLA by a Turkish team has also provided significant experience."
Dr. Veli Yıldız, TARLA's Lead Researcher, who has conducted important work in accelerators abroad, explained TARLA and its activities to TRT Haber:
"TARLA will not only provide the opportunity to conduct research with particles but also serve as a center. This makes it very significant. There are many particle accelerators around the world, but TARLA is a superconducting accelerator that will produce a beam for conducting experiments. There are not many centers based on superconducting technology in the world, only in five countries. TARLA will be one of them."
“After the first acceleration, they raised the Turkish flag”
"TARLA has been in development for a long time, but a lot of supporting systems are needed for an accelerator to function. These systems were completed by the end of 2023, and we are now intensively working on setting up the beamline and accelerator line and conducting their tests. In April, we took a major step. We accelerated superconducting particles. After the first acceleration, the colleagues here raised the Turkish flag in the control room."
“Will greatly advance science”
"This is the first acceleration done in Turkey. TARLA will greatly advance accelerator technology and accelerator science in Turkey. The particles and beams produced by the accelerator or the laser can be used for material research in physics, chemistry, and biology. For instance, by irradiating a soil sample and placing detectors around it, we can determine its components."
“Used in radiotherapy and hadron therapy”
"Accelerators have many medical applications. They are used both for sterilizing medical equipment and in cancer treatment. They are utilized in radiotherapy and hadron therapy. Additionally, if we want to detect harmful substances in imported materials, we can use irradiation methods here to identify them."
“Not science fiction, but science”
"Let’s not call the work being done 'science fiction.' It’s science... In the past, this was science fiction, but now it’s technology used in many places, and perhaps has been delayed in Turkey. TARLA will fill this gap in Turkey. I believe such a facility will greatly benefit Turkey in the future with its developed technology and by-products."
“Unique in Turkey with a superconducting accelerator”
"TARLA was previously affiliated with Ankara University, but in 2020 it became a national center. Although we are still on the university campus, we are now a national research center. What makes this place unique in Turkey is the size of the accelerator, its capabilities, its status as a national center, and the fact that it is a superconducting accelerator.
TARLA will undoubtedly advance Turkey. The research conducted here will both develop technology and provide opportunities for scientists, ultimately leading to technological advancements and scientific progress in Turkey. Accelerator technology is very important globally, impacting many areas, and having such a facility in Turkey makes me happy."
Bu TARLA'dan sadece 5 ülkede var, biri Türkiye’de
Türk Hızlandırıcı ve Işınım Laboratuvarı (TARLA) ile Türkiye, süper iletken elektron hızlandırıcısı teknolojisine sahip 5 ülkeden biri oldu.
www.trthaber.com
Heartbang
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I really like this project. Tailor made to produce Plutonium-239.There are only five countries in the world with a facility like TARLA, one of which is in Turkey.
With the Turkish Accelerator and Radiation Laboratory (TARLA), Turkey has become one of the five countries in the world possessing superconducting electron accelerator technology.
In recent years, Turkey has made significant strides in electron acceleration technology.
Turkey has taken one of its most crucial steps in superconducting technology with TARLA, which is associated with institutions like the European Organization for Nuclear Research (CERN) and Synchrotron-light for Experimental Science and Applications in The Middle East (SESAME).
TARLA, originally part of Ankara University and later transformed into a state-owned research laboratory by law, has propelled Turkey into the ranks of the five countries with superconducting electron accelerator technology, thanks to its Phase-1 20 meV beamline, using local equipment and expertise.
11 Projects Underway
TARLA, led by Prof. Dr. Hasan Serdar Öztürk, has received 35 million euros in funding so far. With its ability to accelerate electrons using superconducting technology, TARLA will bring significant advancements in science and engineering. It will facilitate research and training in many fields, including cancer radiation and hadron therapy, particle physics, nuclear physics, biotechnology, nanotechnology, genetics, materials science, industry, metrology, chemistry, energy, defense, space, communication, and lasers.
Prof. Öztürk states, "With TARLA, Turkey has surpassed a significant milestone in scientific research based on accelerator technologies. Currently, there are 11 ongoing projects at TARLA, 2 supported by the EU and 9 by TÜBİTAK. The setup of TARLA by a Turkish team has also provided significant experience."
Dr. Veli Yıldız, TARLA's Lead Researcher, who has conducted important work in accelerators abroad, explained TARLA and its activities to TRT Haber:
"TARLA will not only provide the opportunity to conduct research with particles but also serve as a center. This makes it very significant. There are many particle accelerators around the world, but TARLA is a superconducting accelerator that will produce a beam for conducting experiments. There are not many centers based on superconducting technology in the world, only in five countries. TARLA will be one of them."
“After the first acceleration, they raised the Turkish flag”
"TARLA has been in development for a long time, but a lot of supporting systems are needed for an accelerator to function. These systems were completed by the end of 2023, and we are now intensively working on setting up the beamline and accelerator line and conducting their tests. In April, we took a major step. We accelerated superconducting particles. After the first acceleration, the colleagues here raised the Turkish flag in the control room."
“Will greatly advance science”
"This is the first acceleration done in Turkey. TARLA will greatly advance accelerator technology and accelerator science in Turkey. The particles and beams produced by the accelerator or the laser can be used for material research in physics, chemistry, and biology. For instance, by irradiating a soil sample and placing detectors around it, we can determine its components."
“Used in radiotherapy and hadron therapy”
"Accelerators have many medical applications. They are used both for sterilizing medical equipment and in cancer treatment. They are utilized in radiotherapy and hadron therapy. Additionally, if we want to detect harmful substances in imported materials, we can use irradiation methods here to identify them."
“Not science fiction, but science”
"Let’s not call the work being done 'science fiction.' It’s science... In the past, this was science fiction, but now it’s technology used in many places, and perhaps has been delayed in Turkey. TARLA will fill this gap in Turkey. I believe such a facility will greatly benefit Turkey in the future with its developed technology and by-products."
“Unique in Turkey with a superconducting accelerator”
"TARLA was previously affiliated with Ankara University, but in 2020 it became a national center. Although we are still on the university campus, we are now a national research center. What makes this place unique in Turkey is the size of the accelerator, its capabilities, its status as a national center, and the fact that it is a superconducting accelerator.
TARLA will undoubtedly advance Turkey. The research conducted here will both develop technology and provide opportunities for scientists, ultimately leading to technological advancements and scientific progress in Turkey. Accelerator technology is very important globally, impacting many areas, and having such a facility in Turkey makes me happy."
Bu TARLA'dan sadece 5 ülkede var, biri Türkiye’de
Türk Hızlandırıcı ve Işınım Laboratuvarı (TARLA) ile Türkiye, süper iletken elektron hızlandırıcısı teknolojisine sahip 5 ülkeden biri oldu.
Strong AI
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A contract regarding the defense and space technologies project, has been signed between ASELSAN and Turkish Aerospace Industries valuing USD 110 Million.
Strong AI
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ASELSAN has received an order from Turkish Aerospace Industries regarding avionics equipment for Indigenous Helicopter Project valuing USD 48.760.000.
Strong AI
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We continue to reduce our country's foreign dependency and produce critical technologies that are difficult to supply, with the power of our domestic supplier ecosystem.
In the first six months of 2024, 80 products were nationalized, and 111 million USD remained in Turkey thanks to nationalization efforts.
In the first six months of 2024, 80 products were nationalized, and 111 million USD remained in Turkey thanks to nationalization efforts.
