Now they have frozen his mother's bank account too.

Hüseyin Dogru is a German citizen and independent journalist who has been placed on a sanctions list by the European Union. The official reason: he provides "hostile support to Russia" through his journalistic work.

To be noticed: his work is not illegal under European legislation. Not in the EU, not in Germany. Yet he is treated as a dangerous enemy of the state. His bank accounts were blocked, completely crippling him financially.

Supermarkets are not even allowed to sell him basic foodstuffs under the sanction rules .
(x)

Interview with him:
https://www.youtube.com/watch?v=RzzRc3NOLao

🇬🇧 WOLVES IN SHEEP’s CLOTHING 🇬🇧

A good breakdown of the Fabian Society and its deep influence in England.

💢 Russian forces STRIKE dry cargo ship and 2 tugs in Ukrainian port, used by Kiev forces to deliver military cargo — Ministry of Defense

Video: MoD

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From weeks to days: Travel times from New York (1800-1930)
https://redd.it/1v2fi7c
@r_mapporn

JUST IN - Zuckerberg's Meta is launching "Facebook Verified", a "free badge" to verify there is a "real person" behind a profile with a biometric scan of your face.

@disclosetv

Why women live longer than men, installment 377

Always has been
https://voxday.net/2026/07/25/the-eu-is-a-pirate-state/

One of the biggest mysteries in astrophysics may be getting closer to an answer.

A new study published in Physical Review Letters suggests that the famous “Amaterasu particle” — one of the most energetic cosmic rays ever detected — may not have been a proton at all. Instead, it could have been an atomic nucleus heavier than iron.

Discovered in 2021 by the Telescope Array in Utah, the Amaterasu particle carried an astonishing 240 exa-electron volts (EeV) of energy. That’s roughly the same kinetic energy as a fast-moving tennis ball — compressed into a single atomic nucleus.

What puzzled scientists most was its apparent origin. The particle seemed to arrive from a vast cosmic void, a region of space with no obvious object capable of accelerating particles to such extreme energies.

Using detailed simulations, researchers found that ultraheavy nuclei may survive intergalactic journeys far better than protons. While lighter particles lose energy through interactions with background radiation, nuclei heavier than iron can retain much more of their original energy over cosmic distances.

If correct, the finding could help explain how particles like Amaterasu reach Earth from seemingly impossible locations.

Possible sources include:
• Collapsing massive stars
• Neutron star mergers
• Gamma-ray bursts

Future instruments such as AugerPrime and the proposed Global Cosmic Ray Observatory may reveal whether these ultraheavy nuclei are truly responsible for some of the most extreme particles ever observed.

Every ultrahigh-energy cosmic ray is a messenger from one of the universe’s most violent events. Understanding what these particles are made of may help us uncover where they come from — and how nature accelerates matter to energies far beyond anything humans can create.

What do you think is the most likely source of particles this extreme?

📄 Original paper · ScienceDaily summary

#CosmicRays #Astrophysics #ParticlePhysics #SpaceScience #NeutronStars

💢 Saudi oil MUSHROOM CLOUDS from Houthi strikes turn NIGHT to DAY — ARAMCO Jizan facility footage from Lord Of War

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Former Mt. Sinai abbot warns against property deal that could turn monastery into a museum
https://orthochristian.com/178931.html

Abp. Damianos argues that under property law, possession without ownership offers no real security, and that any future Egyptian government of a more extreme orientation could overturn such an arrangement overnight.

🇫🇷⚡️- Fires in Gironde have worsened due to new winds from the West. The fires are headed towards several high risk industries and are encroaching on Bordeaux's metropolitan area.

50,000 new evacuations were requested urgently tonight. Firemen say the situation is hellish, with several small fire tornadoes and highly dangerous flames.