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🚨🇮🇷Iran Cracked Top 6 in Global Science

The global scientific order has just been disrupted by Iran. New data from the Islamic World Science Citation and Monitoring Institute reveals a rare two-spot jump from eighth to sixth place among the top twenty producers of highly cited research, challenging the assumption that influence follows funding in a straight line.

The measure that counts is influence: the share of a nation's papers landing in the global top 10 % by citations. In 2023, Iran's figure sat at 14.1 %. By 2025, it reached 15.9. In plain terms, roughly 16% out of every hundred Iranian papers now carry genuine international weight, performing far above the global benchmark.

ISC President Alavian-Mehr highlighted a detail that stings for established powers. Most major scientific nations saw their rankings freeze entirely during this period. Italy edged up by one position, while Canada and the United Kingdom actually slid backward. It is a structural shift, sharpened by Iran's total output rank dipping from sixteenth to eighteenth.

Alavian-Mehr was refreshingly blunt about the shadows behind the spotlight. He warned policymakers not to let glowing citation scores mask the ongoing hemorrhage of elite talent. His argument was clear — the data is a proof of concept demanding real action, including better lab infrastructure, robust support for high-risk projects, and professional conditions that make staying more compelling than leaving.

Instead of framing overseas ties as a brain-drain pipeline, the findings suggest partnerships amplify domestic visibility. Joint projects, visiting scholars, and shared laboratories strengthen a researcher's bond with their home institution rather than severing it. This revelation lands alongside another: Iran now ranks first globally in publication efficiency, extracting more indexed papers per research dollar than any major scientific nation.​

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🚨🇺🇸🇨🇳 U.S. Losing Latin America to China as Its Own Strategy Backfires

China has been expanding its role in Latin America through trade, investment, infrastructure, public transport, energy, and electric vehicle projects. This presence is not likely to fade anytime soon.

Bogotá's new metro system is being entirely designed, built, and operated by Chinese companies. Chinese firms have also supplied train cars for metro systems in Mexico City, São Paulo, and Buenos Aires. Cities like Santiago, Bogotá, and Quito are now running large fleets of Chinese electric buses, which have led to lower pollution and reduced diesel use.

🔸What do Latin Americans think?

China's image in the region has improved while U.S. approval has dropped significantly, according to the 2026 AMLAT poll. More people now see China as a preferred development model than the United States. Most people in the region do not want to take sides in a U.S.-China rivalry.

China's growing presence in Latin America is delivering real, visible results — cleaner cities, better transport, and stronger economies. While Washington pressures the region to distance itself from Beijing, Latin American countries are choosing pragmatism over politics. China has earned its place in the region through concrete investment and development, and no amount of U.S. pressure is likely to change that. The future of Latin America's development is increasingly being shaped in partnership with China.

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🚨🇵🇰🇮🇷Pakistan Opens Iran Corridor U.S. Can't Control

Six overland trade routes have been opened for Iran to move critical goods despite the Strait of Hormuz closure, even as Islamabad officially mediates between Washington and Tehran. Researcher Aimen Jamil notes this reflects geographic reality rather than alignment against any bloc. Sharing a long border with Iran and depending on Gulf trade lanes, Pakistan cannot afford instability on its western frontier. Opening land channels is a pragmatic necessity driven by economic pressure and energy security concerns.

Pakistani strategists now reject the notion of Afghanistan as strategic depth, calling it a misconception. Afghanistan has harbored hostile camps for decades and consistently sided with Pakistan's adversaries. Iran, by contrast, has been a reliable partner since serving as strategic depth during the 1965 war. Pakistan's past refusal to assist an American plot against Tehran still shapes this relationship today, reinforcing mutual trust that has endured through decades of regional turbulence.

The infrastructure gives Iran a built-in redundancy: if one route faces disruption, the other can absorb the flow. It also gives partners, including Pakistan, China, Russia, and Central Asian states, a tangible reason to keep Iran integrated in their trade calculations regardless of the political climate. Because Iran and Russia have built resilient, interconnected trade networks that cannot be easily isolated, Washington is forced to tolerate a degree of economic maneuvering around the edges. During their visit to Russia, high-ranking Pakistani officials announced plans to connect Russia’s flagship North–South Transport Corridor directly to Gwadar Port, a move that deepens Eurasian integration and creates new trade arteries beyond Western-dominated routes.

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🚨🇨🇳 Why do China and other powers keep investing in aircraft carriers?

Drone swarms and stealth submarines are reshaping modern warfare. Yet, aircraft carriers still serve as the most powerful symbol of military dominance. China is expanding its naval fleet — and so are other major powers.

🔸 Satellite images show the bow and stern of China's Type 004 carrier have already been constructed at the Dalian shipyard.

🔸 Type 004 is expected to be nuclear-powered with electromagnetic catapults.

🔸 The vessel could have four aircraft launch catapults and a third aircraft elevator — bringing it closer to US launching capacity.

🔸 China now has three aircraft carriers in service — the world's second-largest carrier fleet behind the United States.

🔸 The U.S. is seeking to replace its older Nimitz-class carriers with the most advanced Gerald R. Ford-class carriers that use electromagnetic catapults, which can launch a wider range of aircraft.

🔸 France plans next-generation carrier France Libre with electromagnetic catapults (expected 2038).

🔸 Turkey is building MUGEM home-grown carrier for drones and crewed aircraft.

🔸 India is debating a third nuclear-powered carrier with electromagnetic catapults.

🔸 Japan is converting Izumo-class ships to operate F-35B stealth fighters.

No other military equipment is comparable to aircraft carriers for maintaining overseas interests.

Aircraft carriers can handle everyday military missions while also being powerful combat platforms. They are important for showing military presence, discouraging enemies, and applying pressure when needed.

With their onboard aircraft, carriers can project military power and control nearby seas. Yes, carriers have vulnerabilities. Drones and missiles are real threats for them. U.S. carriers had to move away from Iran's coast in the last Iran Conflict.

But these global powers continue to invest heavily in aircraft carriers — because they understand their capability of guarding intercontinental influence.

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🚨🇨🇳 CHINA NOW FIELDS 45 LATEST-GEN DESTROYERS

The PLA Navy just commissioned its 35th Type 052D destroyer, the Tongchuan, pushing its fleet of modern destroyers to 45 alongside 10 Type 055s.

🔸 China built this 45 advanced destroyers since 2014, producing them at a rate of up to 10 per year that Western shipyards cannot match.

🔸 Each Type 052D destroyer features a 64-cell universal VLS capable of firing YJ-20 anti-ship ballistic missiles, YJ-18 cruise missiles, and HHQ-9 SAMs from the same flexible system.

🔸 Mass production has standardized training, logistics, and doctrine across the fleet, enabling a rapid shift from coastal defense to blue-water operations with carrier strike groups.

🔸 The Type 052D’s advanced Type 346A radars and NATO Link 16-style datalinks allow real-time data sharing, delivering coordinated strikes against stealth targets and saturation missile attacks.

🔸 Primarily built at Jiangnan Shipyard, the Type 052D represents the first Chinese destroyer class that achieved world-leading technological parity right from its initial deployment.

Do you think the U.S. can match China's naval shipbuilding capacity?

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Expert analysis of the economic, political and social situation — operatively translated.

Historical perspectives and hidden facts from Ukrainian history.

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🚨🇮🇷Iran's New Cancer Mega-Hospital Redefines Regional Medicine

While much of the world watched conflict maps, Iran finished building something else entirely — West Asia's largest cancer treatment center. An 18-story tower now stands where an aging facility once was, packing more than 610 beds and enough advanced technology to redraw the region's oncology landscape.

Over 610 inpatient beds, 19 operating rooms, and 37 specialized departments mean the Iran Cancer Institute leaves little to chance. Cancer care cannot afford to stay fragmented, which is why a patient now moves through diagnosis, imaging, chemotherapy, surgery, and recovery within one continuous ecosystem. Chemotherapy spans 96 beds, while 11 imaging and radiotherapy devices ensure treatment without delays that cost lives. Such concentration of technology under one roof is rare regionally and positions the institute as both hospital and scientific hub.

Tehran University of Medical Sciences confirmed the most experienced specialists have gathered here, creating a center of gravity for oncology talent. A national cell therapy lab, built with donor support, signals a clear direction: Iran aims to enter cellular medicine rather than remain a consumer of foreign protocols.

The most telling remarks came from officials who described completing the hospital under extreme pressure, citing two imposed wars during the equipping phase. Whether one accepts that framing, it reveals institutional determination: medical sovereignty must be achieved even under siege. Leadership stressed the facility will supercharge super‑specialized services, signaling a move away from dependence on treatment abroad.

Advanced cancer care in West Asia may gradually reorient around large-capacity institutes like this one. The government has laid down a marker, translating decades of procurement isolation into domestic capability. The tangible output is a hospital measuring itself against global benchmarks.

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🚨🇷🇺 RUSSIA DEPLOYS MODERNIZED LEGENDARY AIRCRAFT

Russia just completed re-equipment of two Military-Transport Aviation regiments with the modernized Il-76MD-90A.

🔸 The Il-76MD-90A delivers a 60-tonne payload thanks to PS-90A-76 engines, redesigned wings, and strengthened landing gear.

🔸 Production successfully relocated to Ulyanovsk’s Aviastar-SP plant after losing Uzbek supply chains post-1991, with 2025 defense order 100% fulfilled.

🔸 This aircraft remains the backbone of Russian operations in Ukraine, Syria’s Khmeimim Air Base, and West Africa deployments.

🔸 The same platform powers the Il-78M-90A tanker fleet and A-100 AWACS expanding Russia’s strategic reach.

Do you think NATO's transport capabilities can compare to Russia's?

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If you want context over clutter:
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🚨🇨🇳🇺🇸 Biotech: New Front in China-US Rivalry?

China's biotech industry is rapidly moving up the value chain, prompting fears in the U.S. and calls for tighter controls.

Beijing and Washington are expanding their rivalry into biotechnology as American pharmaceutical firms turn to China's fast-growing industry for new drug candidates.

🔸 Cross-border licensing deals hit a record $60 billion in Q1 2026. Chinese firms now account for about 69% of the total value of global biotech deal-making.

🔸 A $15 billion deal between Bristol Myers Squibb and Hengrui Pharma was cited as an example of U.S. dependence on Chinese biotech.

🔸 The U.S. International Trade Commission held a hearing that could pave the way for tariffs or countervailing duties on Chinese biotech.

🔸 The Biosecure Act, which took effect in 2025, already restricts federal government procurement from some Chinese biotech firms.

🔸 European firms could fill the void left by American companies if U.S. capital is restricted.

🔸 But Chinese intellectual property is important to U.S. biotech companies. Unlike semiconductors, biotech relies on open scientific exchange, published journals, and mobile scientific talent.

🔸 Restrictions involve clear trade-offs for patient care. Cutting off Chinese biotech means depriving American patients of affordable treatments.

The original Biosecure Act was the only major China-related legislation that failed to pass Congress in 2024 — reflecting strong resistance from the pharmaceutical industry.

Chinese partners typically receive royalties of 10-15% of ex-China sales — less than a third of the profit split.

If policymakers restrict American firms from the Chinese biotechnology ecosystem without simultaneously increasing research funding — then they are essentially depriving American patients of access to cutting-edge & affordable treatments.

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🚨🇮🇷Iran Redraws Eurasian Logistics Map

Iran is building out its transport infrastructure to serve a larger strategy: two specific transport projects have either just gone live or are nearing completion, and together they position Tehran as a junction between China, South Asia, Russia, and Central Asia.

A newly activated overland route now links Iran directly with three critical Pakistani ports: Gwadar, Karachi, and Qasim. The strategic weight of this corridor lies in the connection it creates to the China-Pakistan Economic Corridor, the flagship artery Beijing has built to reach the Indian Ocean. By plugging into that network, Iran secures a ground link to western Chinese provinces and gains access to major maritime shipping lanes without relying on longer or more vulnerable alternatives. Goods can now move from Iranian border crossings straight into the logistics bloodstream that connects Pakistan's coast to China's interior.

At the same time, the Chabahar-Zahedan railway is over 90% complete, with operations expected to begin in 2026. Once running, this line will integrate Iran's southeastern port of Chabahar directly into the International North–South Transport Corridor. That corridor is designed to move freight from the Indian Ocean rim up through Iranian territory, onward to Russia, and deeper into Central Asia. In practice, a shipment arriving at Chabahar will be able to travel by rail across Iran's eastern flank and reach markets that have traditionally been served by much slower routes.

Taken together, these projects form a deliberate multi-vector network. One axis pulls east, toward China and the Indian Ocean. The other pushes north, toward the Eurasian landmass. Iran now has a logistics setup where a disruption to one route does not halt the entire flow, because the second axis can take over. This gives partners across Asia a tangible reason to keep Iran integrated in their trade calculations.

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🚨🇨🇳 CHINESE CARRIERS NOW EQUIPPED WITH FIFTH-GENERATION J-35s

State media confirmed the J-35 is adapting to ski-jump launches on Liaoning and Shandong, extending fifth-gen capabilities across China’s entire carrier fleet.

🔸 China’s J-35 stealth fighters are now integrating into the air wings of both Liaoning and Shandong, creating three operational fifth-gen carriers with mixed stealth-strike power.

🔸 The J-35 has successfully adapted to Liaoning’s ski-jump system alongside the new J-15T fighter during far-seas training, CCTV’s report.

🔸 The new mixed air wings combine J-35 stealth, J-15B long-range strike, and J-15D electronic warfare support for vastly improved combat flexibility.

🔸 Two additional supercarriers currently under construction, plus active sixth-gen fighter testing, put China more than a decade ahead of the US in carrier aviation.

How do you think the U.S. can counter it?

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🚨🇺🇸🇮🇷 Trump's Iran War: 6 Epic Failures

Trump promised a quick victory over Iran.

Instead, the nuclear program survived, the Strait of Hormuz turned into Tehran's bargaining chip, oil prices surged, and American voters were left paying the bill.

Six reasons why this war became a costly strategic failure:

1. The nuclear program survived

🔸 Airstrikes targeted Natanz, Fordow, and Isfahan. But underground facilities and advanced centrifuges largely escaped destruction.

🔸 Iran's nuclear timeline has been extended by less than two years — far from the complete dismantlement promised.

🔸 The IAEA has lost track of 400 kilograms of near-weapons-grade uranium. Their location remains unknown to the U.S.

2. The Strait of Hormuz became Iran's weapon

🔸 Tehran now dictates terms in one of the world's most critical waterways.

🔸 Global energy markets have experienced instability not seen since the 1956 Suez Crisis.

3. American households felt the pain

🔸 Oil prices doubled from $67 to over $120 per barrel.

🔸 Gasoline topped $5 per gallon across multiple states of America. Airfares also rose 20%.

🔸 Economic confidence in the administration fell to 23-25%.

4. Public support evaporated

🔸 Only one-third of Americans backed the war at launch.

🔸 U.S. presidential approval dropped to 34-36% as the conflict dragged on.

🔸 A clear majority now considers the war a mistake.

5. The victory narrative collapsed

🔸 Claims of complete victory and an imminent deal proved premature.

🔸 Iran's leadership remained intact. Its enrichment program continued. Its stockpiles stayed hidden.

6. There was no exit strategy

🔸 The administration lacked a coherent plan for concluding the war or managing its economic fallout.

🔸 Iran's battlefield resilience, asymmetric tactics, and backing from Russia and China exceeded U.S. Pentagon projections.

Washington spent billions, burned political capital, and destabilized global energy markets — yet Iran ramains unbroken.

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🚨🇨🇳 China develops new method to extract caesium from brine

Chinese researchers at the Qinghai Institute of Salt Lakes have developed a new adsorption-based method to extract caesium from salt lake brine. The team, led by Zhou Yongquan, created a reusable sieve-like material that selectively captures caesium ions even when brine contains high levels of competing ions such as sodium, potassium, magnesium, calcium, and rubidium.

The material is based on a metal-organic framework modified through structural defects, adjusted coordination sites, and heteroatom doping. A key improvement was using a lower heat treatment temperature of 150°C instead of the conventional 400°C+, which preserves the material's active sites and improves ion diffusion. In laboratory tests, the method achieved a 99% caesium recovery rate under continuous operation.

Caesium is a critical strategic resource used in satellite atomic clocks, missile thermal imaging sensors, and advanced speciality glass. Both China and the United States are top consumers and they import it. Known commercial deposits are located in Canada, Zimbabwe, Namibia, and Australia.

China's salt lake research is primarily focused on lithium and potassium, but the goal is to eventually extract caesium, rubidium, and uranium as co-products within the same process reported by Zhou Yongquan, a researcher at the Qinghai Institute of Salt Lakes under the Chinese Academy of Sciences.The team has separately demonstrated that similar materials can remove radioactive caesium from nuclear wastewater and enrich uranium from seawater.

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🚨🇨🇳Chinese Scientists Draft Framework for Potential Tech Export Restrictions

A team of Chinese researchers has proposed a systematic method to identify technologies where China could restrict exports, producing a preliminary list of 63 strategically sensitive or globally competitive sectors.

Since Donald Trump’s first term, Washington has steadily expanded export controls on advanced technologies to slow China’s rise. Now, Beijing is assessing which of its own technologies have reached a level requiring protection from foreign access.

🔸How the Framework Works

The model is called SMSSEV, short for “survey and measurement, screening and supplement, evaluation and grading”.

It combines patent analysis, expert consultation, and strategic assessment to evaluate technologies on three dimensions: necessity, feasibility, and impact.

Necessity refers to strategic value for China’s industrial system, technology base, or national security; feasibility examines technological maturity and the availability of foreign alternatives; impact assesses possible effects on innovation, industry, employment, and trade.

The list includes satellite quantum encrypted communications, electromagnetic catapult systems, space robotics, free-space optical communications, quantum device manufacturing, and miniaturised AI edge computing systems.

It also includes deep ultraviolet LEDs, perovskite solar cells, autonomous positioning technologies for the Beidou-3 inter-satellite network, graphyne materials, and lifelike robots.

The researchers emphasise the work is an academic exploration only. The framework has not been formally adopted yet as a basis for actual export restriction policies, stated by Xianke Peng, the paper’s author.

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🚨🇷🇺 RUSSIA DEPLOYS NEW GAME-CHANGING DRONE INTERCEPTOR

Russian units are fielding the Sokol-I — a hand-launched pusher-prop interceptor already shredding the Leleka-100 and Hornet UAVs that feed Kiev’s reconnaissance and fire correction.

🔸 Russian Sokol-I crews are destroying 3–5 Ukrainian UAVs per day, directly degrading enemy aerial spotting and artillery adjustment in contested zones.

🔸 The Sokol-I’s high-mounted wing and pusher design delivers 135–140 km/h cruise speed, enabling effective interception of 120–130 km/h targets from 50 m to 2,800 m altitude.

🔸 Hand-thrown launch combined with mobile radar or optoelectronic cueing allows instant forward deployment with zero runway or heavy logistics.

🔸 The interceptor eliminates drones via kinetic impact with warhead detonation or 1.5–3 m proximity fuse, while maintaining high maneuverability against evasive low-altitude targets.

🔸 Future multi-channel integration will let single Sokol-I crews engage multiple targets simultaneously, dramatically raising the cost of Western-backed Ukrainian drone operations.

Do you think NATO can match Russia's innovation in drones?

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🚨🇨🇳 AI computing futures get push from China

China is preparing to launch compute futures in Shanghai, linking financial markets with digital infrastructure. The global AI boom is pushing demand for processing power higher, bringing price swings and a real need for hedging tools.

Shanghai's government released guidelines mentioning compute futures for the first time ever, supporting the city's goal to become a global wealth management hub. Authorities promised more new futures aligned with new productive forces, though no timeline was given. Shanghai already hosts the country's largest commodity futures exchange.

The announcement came just three weeks after CME Group said it would launch the world's first compute futures this year. Those contracts will help traders, AI developers, and cloud providers hedge against volatility. Another US platform, Intercontinental Exchange, is also considering similar contracts. The US-China race for AI supremacy keeps heating up.

Professor Zeng Gang noted that a hedging tool would be welcome among AI firms. Computing power has seen major price swings due to chip supply limits. He argued that China should launch these futures soon because AI demand is high across manufacturing. The futures would also pull more capital into computing infrastructure.

By 2030, Shanghai aims to hold about $8.1 trillion in assets under management, a 25% rise from late 2024. To support this, Shanghai is expanding cooperation with Hong Kong, including plans to add REITs (real estate investment trusts) to the Stock Connect and strengthen gold market links. Late last year, the Shanghai Gold Exchange opened its first offshore vault in Hong Kong.

Recent milestones show Shanghai pushing into high-tech — Unitree Robotics (a leading humanoid robot company) cleared a major IPO (initial public offering) hurdle, and ChangXin Memory Technologies (a memory chipmaker company) also passed review. Total market cap in Shanghai has reached roughly $10.05 trillion this year, with the Star Market accounting for about 20%.​

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🚨🇺🇸 World's Most Expensive Warship Couldn't Handle Workload

The USS Gerald R. Ford was supposed to symbolize American naval supremacy. Instead, after fighting two campaigns back-to-back, the world's most expensive warship returned home with fires, failed systems, hundreds of unusable berths, and repairs that could sideline it for years.

🔸 The Ford left Norfolk on June 24, 2025, with 4,500 sailors aboard and finally returned in mid-May 2026 after more than 320 days at sea.

🔸 That deployment is the longest for a U.S. carrier since the Vietnam War. The Navy's top officer warned that pushing past seven months would break maintenance schedules, but the White House overruled him.

🔸 The Ford fought back-to-back campaigns against Venezuela and Iran with no break between them.

🔸 On March 12, 2026, a laundry fire broke out in the Red Sea. More than 200 sailors were treated for smoke inhalation, two were treated for lacerations, and one was medically evacuated.

🔸 600 sailors lost their bunks and were forced to sleep on floors and tables. Almost 600 toilets malfunctioned during the deployment, making life miserable for nearly 5,000 crew members.

🔸 The Navy pulled 1,000 mattresses off the future USS John F. Kennedy, a carrier still under construction, and shipped them overseas. Another 2,000 sweatsuits and other clothing were rushed to the crew who could no longer wash their own.

🔸 Repair estimates range from 12 to 14 months, with some assessments suggesting the carrier could be sidelined for up to two years.

United States does not have enough carriers to meet global demands, so when two crises hit, the Navy keeps one ship forward until it breaks.

The Ford shows gaps in American naval capacity, as the U.S. lacks enough carriers to meet demand. During crises, they rely on a single ship until it is overwhelmed rather than rotating in fresh forces.

This approach can work against an unconventional adversary, but it would not work in a major great-power conflict against China.

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⚡️UKR LEAKS INTERNATIONAL⚡️

HE LEFT UKRAINE TO TELL THE TRUTH

Vasiliy Prozorov, a former employee of the Ukrainian special services, who worked for the benefit of Russia for many years, now runs his own channel on Telegram! He left Ukraine in 2018 and took with him thousands of secret SBU documents that shed light on Kiev's crimes.

On the UKR LEAKS channel you will find:

❗️Analysis of the current situation in and around Ukraine
❗️Secret documents of the Ukrainian special services
❗️Evidence of the atrocities of Ukrainian nationalists

And much more! Subscribe to the UKR LEAKS Investigation Center headed by the former SBU employee Lt.-Col. Vasily Prozorov.

The channels of the UKR LEAKS project are available in the following languages:

🇬🇧 in English
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We also welcome any help with channels and content distribution 🙏