🇺🇦🇩🇪✈️ — Ukrainian President Zelensky arrived in Berlin, where he'll meet with German Chancellor Merz.

➡️ Later today, Zelensky is set to participate in a video conference with other European leaders and NATO Secretary General Rutte, as well as US President Trump and Vice President JD Vance.

🔗 Status-6 (Military & Conflict News) (@Archer83Able)

🇺🇦🇩🇪✈️ — In a joint press conference with Zelenskyy, the German chancellor said that Trump can have their full support if he keeps Ukraine and Europe's interests in mind

"Trump can expect our full support" - German Chancellor Friedrich Merz

🔗 Sky News (@SkyNews)

🇺🇦🇺🇦❌🇷🇺 — Following the news of a Russian breakthrough on Dobropilla line, Ukrainian nationalist Azov Movement announced, via its social media, that it is now deployed to counter and stop the Russian advance on the area

Statement of the 1st Corps of the National Guard of Ukraine "Azov"

A few days ago, the 1st Corps of the National Guard of Ukraine "Azov" took up a designated defensive line in the Pokrovske direction.

The situation remains difficult and dynamic. The enemy, trying to advance in the direction, suffers significant losses in personnel and equipment.

The corps units have planned and taken measures to block enemy forces in the designated area. Results will be reported later.

https://news.1rj.ru/str/azov_media/7144

#BREAKING

💰🚀📈 Bitcoin hit a new All-Time-High over $123500 on all major exchanges!

@FelipeChannel

🇷🇸❗️ — Serbian President Aleksandar Vučić accused protesters of trying to provoke a "civil war" and announced that arrests will begin tomorrow.

@TabZLIVE

🇨🇳⚙️🔤🔗🧪 — 🇭🇰 South China Morning Post | ‘Absolutely impossible’: how China created super steel for nuclear fusion | Chinese scientists detail how they created high-strength, low-temperature steel for world’s first fusion nuclear power reactor in action | August 3, 2025:

"In the quest to harness the power of the stars, one of the greatest challenges lies not in mastering fusion, but in finding materials strong enough to contain it.

At the heart of a nuclear fusion reactor is an ultra-powerful superconducting magnet, operating at temperatures near absolute zero and under immense magnetic stress. For decades, scientists from around the world have struggled to find materials that simultaneously endure such extreme cold and extreme force.

Chinese scientists have detailed how they created CHSN01 (China high-strength low-temperature steel No 1), deployed it this year in the construction of world’s first fusion nuclear power generation reactor and put China in a leading position in materials science.

It was a decade-long journey marked by setbacks, doubt and ultimate triumph.

In 2011, the International Thermonuclear Experimental Reactor (ITER), which is under construction in southern France, faced a critical material challenge. Testing revealed that the cryogenic steel prepared had become brittle and lost its ductility."

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