@ahodvlogs: الذ واسرع صينيه دجاج بالخضار 🏃🏼‍♀️😋 @Asayel poultry الخلطة / ملعقتين معجون طماطم- ملعقتين لبن زبادي- شوي زيت زيتون - وبهارات @بهارات العويصي ثوم وبصل بودرة وبهارات بيضاء وبهارات مشكله وملح أضفت الخضار بصينية ومزجتها بعدين رصيت الدجاج وحطيت باقي الخلطة وجنبها رز ابيض او ملون وبالعافية 💙 #صينية_خضار #طبخ #وصفات_سهله #اكسبلور

عهود ڤلوقس🪄

Open In TikTok:

Region: SA

Thursday 10 September 2026 15:11:47 GMT

355921

11535

119

531

Music

Download

No Watermark .mp4 (2.58MB) No Watermark(HD) .mp4 (2.01MB) Watermark .mp4 (0MB) Music .mp3

Comments

.. :

جاملني اول فتره مره اطبخ مره اطلب بعدين قال لي والله مقدّر بس ترا انا احب انام اذا رجعت ع اني اككل قلت الله يجزاكك الجننه من اول اهرج 😂😂😂

2026-09-11 02:10:09

445

ريـم :

لان والله حرام يتعبون بداوم وكرف

2026-09-10 22:28:46

214

Toti :

كيف يصير الرز كذا اف

2026-09-11 10:04:32

6

F.a1998.💌 :

والله بعد التجربه الاولى م يهمني الطرف الثاني اكل ولا جعله م اكل بسوي اللي ع مزاجي إذا مروقه سويت واذا مو مروقه ومو فايقه ياكل هوا ماراح أسعى اني ارضي شخص لو قصرت عليه بشي يقول م تسوي شي

2026-09-11 03:20:13

10

iihh119🕊️🇸🇦 :

مايستاهل 👎👎

2026-09-10 16:03:45

6

mane_202 :

كيف تأكلو في دجاج بجلده 😖

2026-09-10 15:49:34

17

Noor :

البهارات من فين الخط مو واضح

2026-09-11 10:42:30

3

Nou🍂 :

أنا اشفق عليه وهو يشفق علي واخر شي قال لا تسوين شي الين أنا اقولك لان اوقات اكل بالدوام ولا ودي اتعبك إلا إذا بتسون لنفسك 🥹🥹

2026-09-11 13:10:14

0

Sara :

اعمل ايه

2026-09-10 15:20:49

1

Demon. :

كم تخليه بالفرن؟

2026-09-10 17:03:44

3

halbusisi :

جربو تحطون نفس المكونات بقدر الضغط واضغطوها اول ٥ د على نار عاليه وبعدها وطوها خلوها على نار هاديه ٢٥ 🤤

2026-09-10 21:08:30

1

3.. :

عندي سوال هو انتي مقفله كل مداخل نور الشمس ولا انتي تصورين آخر الليل ؟

2026-09-10 23:09:52

2

تيـرو |✨ :

الصحن 🫶🏻🫶🏻🫶🏻🥺🥺

2026-09-10 21:22:25

2

𖤐 :

اهم شي راحتي 😁❣️

2026-09-11 09:15:14

1

Menna Ahmed6022 :

من مصر وبتابعك اكله تحفه تحفه تسلم ايدك شطوره👏👏❤️🫶

2026-09-11 03:34:26

2

waad :

كيف البهارات حلوه تنصحون اشتريها؟

2026-09-11 01:23:42

1

taeymine :

لا

2026-09-11 08:58:24

1

Afaf ✔️ :

أنا بعد احس بتأنيب إذا راح لدوامه بدون فطور واصحى اسوي له احلى غداء وقهوه وأبخر واستقبله ☹️

2026-09-11 08:31:55

4

ام صـخــر 🤍🪶 :

والله بحزن عليهم بدوام ما بوكلو وبستنو يروحو مشان يوكلو ويرجع وما يلاقي احس اشي يضايق

2026-09-10 18:37:05

4

To see more videos from user @ahodvlogs, please go to the Tikwm homepage.

Other Videos

Jujur takut sih kalau ada di posisi itu. Rahasia se besar itu harus kita keep atau nyawa jadi taruhan.. Vidio Original Series Jakarta Undercover Members Only #vidiooriginalseries #jakartaundercovermembersonly #jakartaundercovertheseries #caitlinhalderman #haicovanderveken

Jujur takut sih kalau ada di posisi itu. Rahasia se besar itu harus kita keep atau nyawa jadi taruhan.. Vidio Original Series Jakarta Undercover Members Only #vidiooriginalseries #jakartaundercovermembersonly #jakartaundercovertheseries #caitlinhalderman #haicovanderveken

Imagine clicking “download”… and the progress bar basically disappears. 🤯🌐 Japanese researchers demonstrated an incredible 1.02 petabits per second data transmission across 1,808 kilometers — about 1,123 miles. The achievement was announced by Japan’s National Institute of Information and Communications Technology, or NICT, in May 2025. So how fast is that? One petabit equals 1 quadrillion bits. At 1.02 petabits per second, the system was moving roughly 127.5 TERABYTES of data every second. 😳 You may have seen posts claiming this could “download all of Netflix in one second.” That makes a great headline, but Netflix doesn’t publish one simple number representing the downloadable size of its entire catalog. The important part is that the actual laboratory transmission record is already crazy enough without exaggerating it. And here’s where this gets really interesting. 🔥 The researchers didn't simply build a gigantic cable. Sumitomo Electric developed a special optical fiber containing 19 separate cores, allowing many streams of information to travel through the fiber simultaneously. Yet the fiber's outer cladding diameter is just 0.125 millimeters — the standard diameter used by existing optical-fiber infrastructure. Think of regular fiber like a highway. Instead of making the highway massively wider, researchers basically figured out how to fit many more data lanes inside the same overall space. NICT also developed technology capable of amplifying signals across all 19 cores so the enormous amount of data could survive the 1,808-kilometer journey. Previous petabit-class demonstrations using standard-diameter multicore fiber had generally been limited to much shorter distances. ⚠️ But there’s an important catch: This does NOT mean people in Japan currently have 1-petabit home internet. This was an advanced experimental optical communications system using specialized fiber, transmitters, amplifiers and receiving equipment. Your phone, router, computer and internet provider couldn't suddenly handle this speed even if this fiber ran past your house. But the breakthrough matters because global data demand keeps exploding from cloud computing, streaming, AI systems, data centers and future communications networks. And researchers are already pushing fiber even further. NICT has demonstrated other experimental systems reaching multiple petabits per second using different fiber designs, showing just how much potential may still be hiding inside strands of glass barely thicker than a human hair. So the real story isn't: “Japan just gave everyone insanely fast internet.” It’s: Scientists just showed that future networks could carry breathtaking amounts of information through fiber that can still fit within dimensions used by today's infrastructure. 🚀 If technology like this eventually becomes practical at scale, what would we even DO with internet that fast? 👀 Credible Source Citations National Institute of Information and Communications Technology (NICT) — World Record: 1.02 Pb/s over 1,808 km https://www.nict.go.jp/en/press/2025/05/29-1.html Sumitomo Electric Industries — 19-Core Optical Fiber / 1.02 Pb/s Transmission https://sumitomoelectric.com/press/2025/05/prs034 NICT Photonic ICT Research Center https://www.nict.go.jp/en/photonic-ict/index.html Japan internet speed, 1.02 petabits per second, petabit internet, fastest internet speed, Japan technology, fiber optic breakthrough, 19 core fiber, future internet, optical fiber technology, NICT Japan, Sumitomo Electric, internet speed record, next generation internet, fiber optic communications, future technology #fyp #FutureTech #JapanTechnology #InternetSpeed #TechTok

Imagine clicking “download”… and the progress bar basically disappears. 🤯🌐 Japanese researchers demonstrated an incredible 1.02 petabits per second data transmission across 1,808 kilometers — about 1,123 miles. The achievement was announced by Japan’s National Institute of Information and Communications Technology, or NICT, in May 2025. So how fast is that? One petabit equals 1 quadrillion bits. At 1.02 petabits per second, the system was moving roughly 127.5 TERABYTES of data every second. 😳 You may have seen posts claiming this could “download all of Netflix in one second.” That makes a great headline, but Netflix doesn’t publish one simple number representing the downloadable size of its entire catalog. The important part is that the actual laboratory transmission record is already crazy enough without exaggerating it. And here’s where this gets really interesting. 🔥 The researchers didn't simply build a gigantic cable. Sumitomo Electric developed a special optical fiber containing 19 separate cores, allowing many streams of information to travel through the fiber simultaneously. Yet the fiber's outer cladding diameter is just 0.125 millimeters — the standard diameter used by existing optical-fiber infrastructure. Think of regular fiber like a highway. Instead of making the highway massively wider, researchers basically figured out how to fit many more data lanes inside the same overall space. NICT also developed technology capable of amplifying signals across all 19 cores so the enormous amount of data could survive the 1,808-kilometer journey. Previous petabit-class demonstrations using standard-diameter multicore fiber had generally been limited to much shorter distances. ⚠️ But there’s an important catch: This does NOT mean people in Japan currently have 1-petabit home internet. This was an advanced experimental optical communications system using specialized fiber, transmitters, amplifiers and receiving equipment. Your phone, router, computer and internet provider couldn't suddenly handle this speed even if this fiber ran past your house. But the breakthrough matters because global data demand keeps exploding from cloud computing, streaming, AI systems, data centers and future communications networks. And researchers are already pushing fiber even further. NICT has demonstrated other experimental systems reaching multiple petabits per second using different fiber designs, showing just how much potential may still be hiding inside strands of glass barely thicker than a human hair. So the real story isn't: “Japan just gave everyone insanely fast internet.” It’s: Scientists just showed that future networks could carry breathtaking amounts of information through fiber that can still fit within dimensions used by today's infrastructure. 🚀 If technology like this eventually becomes practical at scale, what would we even DO with internet that fast? 👀 Credible Source Citations National Institute of Information and Communications Technology (NICT) — World Record: 1.02 Pb/s over 1,808 km https://www.nict.go.jp/en/press/2025/05/29-1.html Sumitomo Electric Industries — 19-Core Optical Fiber / 1.02 Pb/s Transmission https://sumitomoelectric.com/press/2025/05/prs034 NICT Photonic ICT Research Center https://www.nict.go.jp/en/photonic-ict/index.html Japan internet speed, 1.02 petabits per second, petabit internet, fastest internet speed, Japan technology, fiber optic breakthrough, 19 core fiber, future internet, optical fiber technology, NICT Japan, Sumitomo Electric, internet speed record, next generation internet, fiber optic communications, future technology #fyp #FutureTech #JapanTechnology #InternetSpeed #TechTok

siempre llega así de épico #fyp #sigma #haloinfinite #Halo #edit

siempre llega así de épico #fyp #sigma #haloinfinite #Halo #edit

whose son #dexter #harrison #edit #harisonmorgan #kesfetbeniöneçıkart

whose son #dexter #harrison #edit #harisonmorgan #kesfetbeniöneçıkart

#CapCut Chiều hoàng hôn thu tím khói sương chiều mơ bóng ai | Lãng Quên Chiều Thu Drill #langquenchieuthudrill #langquenchieuthuremix #mautrendcapcut #nhachaymoingay

#CapCut Chiều hoàng hôn thu tím khói sương chiều mơ bóng ai | Lãng Quên Chiều Thu Drill #langquenchieuthudrill #langquenchieuthuremix #mautrendcapcut #nhachaymoingay

About

Robot
API

Legal

Privacy Policy