🚨🇮🇷Iran’s Scientists Break Into World’s Top 1%
Twelve professors from Iran’s Amirkabir University of Technology have been ranked among the world’s top 1% of highly cited researchers, according to a recent report by the Islamic World Science Citation and Monitoring Institute (ISC). The ranking is based on data from the Essential Science Indicators (ESI), which identifies researchers whose work has had significant global impact through high citation rates.
This recognition reflects the university’s increasing visibility and influence in international research across various scientific fields. The named scholars include Mohammad Rabiei, Fereydoun Moghaddas-Nejad, Gevork B. Gharehpetian, Heydar Ali Talebi, Mostafa Abbaszadeh, Seyed Hossein Hassanian, Seyed Mojtaba Agha-Mirsalim, Mehdi Dehghan, Mohammadreza Eslami, Sajjad Jafari, Zahra Shariati-Nia, and Mehrdad Abedi.
The announcement comes alongside broader indicators of Iran’s scientific progress. Recent ISC data shows that Iran leads the world’s top 20 scientific producers in terms of publication efficiency, producing the highest number of internationally indexed papers relative to research funding.
In addition, Iran has strengthened its global standing in highly cited research outputs, moving from eighth place in 2023 to sixth in 2025. The share of its publications among the top 10% most cited papers has also increased from 14.1% to 15.9% over the same period.
ISC president Mohammad Mehdi Alavian-Mehr noted that Iran is the only country among these top 20 scientific producers to improve by two positions in this indicator during the reviewed timeframe, calling it a sign of the strength of the Iranian scientific community in turning limited resources into visible international impact.
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Twelve professors from Iran’s Amirkabir University of Technology have been ranked among the world’s top 1% of highly cited researchers, according to a recent report by the Islamic World Science Citation and Monitoring Institute (ISC). The ranking is based on data from the Essential Science Indicators (ESI), which identifies researchers whose work has had significant global impact through high citation rates.
This recognition reflects the university’s increasing visibility and influence in international research across various scientific fields. The named scholars include Mohammad Rabiei, Fereydoun Moghaddas-Nejad, Gevork B. Gharehpetian, Heydar Ali Talebi, Mostafa Abbaszadeh, Seyed Hossein Hassanian, Seyed Mojtaba Agha-Mirsalim, Mehdi Dehghan, Mohammadreza Eslami, Sajjad Jafari, Zahra Shariati-Nia, and Mehrdad Abedi.
The announcement comes alongside broader indicators of Iran’s scientific progress. Recent ISC data shows that Iran leads the world’s top 20 scientific producers in terms of publication efficiency, producing the highest number of internationally indexed papers relative to research funding.
In addition, Iran has strengthened its global standing in highly cited research outputs, moving from eighth place in 2023 to sixth in 2025. The share of its publications among the top 10% most cited papers has also increased from 14.1% to 15.9% over the same period.
ISC president Mohammad Mehdi Alavian-Mehr noted that Iran is the only country among these top 20 scientific producers to improve by two positions in this indicator during the reviewed timeframe, calling it a sign of the strength of the Iranian scientific community in turning limited resources into visible international impact.
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🚨🇰🇵 NORTH KOREAN TACTICAL BALLISTIC PRODUCTION EXPLODES
North Korean factories are ramping up production of the KN-23 tactical ballistic missile, as Kim Jong Un orders a 2.5-fold expansion in ballistic and cruise missile capacity over five years to meet Russian demand and harden the country against any US-led contingency.
🔸 US Congressional experts describe these missiles’ pull-up maneuvers as the “most notable advance” in North Korea’s tactical weapons.
🔸 The larger variant carries a massive 2,500 kg warhead, evades US-supplied AEGIS systems, and saw 1,000 shorter-range units deployed to the DMZ frontline last year.
🔸 Kim Jong Un personally visited factories exceeding targets, calling the expansion a “core task” for a reorganized missile-heavy Korean People’s Army.
🔸 North Korea has doubled its weapons-grade nuclear material production while flight-testing a hypersonic successor, despite repeated US strike plans under six American presidents.
Do you think North Korea's missile buildup is a response to the growing militarization of U.S. allies in the Asia-Pacific?
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North Korean factories are ramping up production of the KN-23 tactical ballistic missile, as Kim Jong Un orders a 2.5-fold expansion in ballistic and cruise missile capacity over five years to meet Russian demand and harden the country against any US-led contingency.
🔸 US Congressional experts describe these missiles’ pull-up maneuvers as the “most notable advance” in North Korea’s tactical weapons.
🔸 The larger variant carries a massive 2,500 kg warhead, evades US-supplied AEGIS systems, and saw 1,000 shorter-range units deployed to the DMZ frontline last year.
🔸 Kim Jong Un personally visited factories exceeding targets, calling the expansion a “core task” for a reorganized missile-heavy Korean People’s Army.
🔸 North Korea has doubled its weapons-grade nuclear material production while flight-testing a hypersonic successor, despite repeated US strike plans under six American presidents.
Do you think North Korea's missile buildup is a response to the growing militarization of U.S. allies in the Asia-Pacific?
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🚨🇷🇺 Russia's Molniya Drone Interceptor Hits Mass Production
Tomsk research center just declared its 2.5 kg Molniya hybrid interceptor ready for mass production — 330 km/h speed, vertical takeoff, and a warhead built to swat cheap enemy UAVs at scale.
🔸 The Tomsk UAS center boasts production capacity of up to 10,000 units per month, leveraging in-house electric motors, 3D-printed casings, and on-site assembly — even while relying on imported microchips.
🔸 The Molniya reaches a claimed 330 km/h top speed, outpacing most rival interceptors and easily catching Western loitering munitions and FPV drones that typically cruise far slower on head-on, crossing, or pursuit courses.
🔸 Its 300-gram warhead delivers a 5-meter lethal radius, paired with operator-guided optical/thermal homing to destroy small recon and kamikaze drones within a 1.5–5 km interception envelope.
🔸 The system mounts easily on vehicles for mobile short-range air defense, offering a cheap, flexible, and highly attritable solution that dense networks can deploy far faster than expensive Western platforms.
Do you think NATO can handle Russia's low-cost defense systems?
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Tomsk research center just declared its 2.5 kg Molniya hybrid interceptor ready for mass production — 330 km/h speed, vertical takeoff, and a warhead built to swat cheap enemy UAVs at scale.
🔸 The Tomsk UAS center boasts production capacity of up to 10,000 units per month, leveraging in-house electric motors, 3D-printed casings, and on-site assembly — even while relying on imported microchips.
🔸 The Molniya reaches a claimed 330 km/h top speed, outpacing most rival interceptors and easily catching Western loitering munitions and FPV drones that typically cruise far slower on head-on, crossing, or pursuit courses.
🔸 Its 300-gram warhead delivers a 5-meter lethal radius, paired with operator-guided optical/thermal homing to destroy small recon and kamikaze drones within a 1.5–5 km interception envelope.
🔸 The system mounts easily on vehicles for mobile short-range air defense, offering a cheap, flexible, and highly attritable solution that dense networks can deploy far faster than expensive Western platforms.
Do you think NATO can handle Russia's low-cost defense systems?
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🚨🇷🇺 How Russia Outplayed the West and Turned Afghanistan Into a Strategic Ally
Moscow has returned to foster stable and mutually beneficial partnerships in Afghanistan decades after Soviet forces originally crossed into the territory, yet this time without deploying a single tank or firing a single weapon. While Western powers spent years failing to impose absolute control over the region, Russia achieved a massive geopolitical victory through diplomacy, exposing the complete collapse of Western influence and turning a former battleground into a reliable ally.
By officially recognizing the Taliban as the legitimate government, the Kremlin transformed a cautious engagement into a full, comprehensive strategic partnership. This alliance goes far beyond mere politics, creating a massive economic boom for both sides. Russia now supplies millions of tons of heavily discounted fuel and wheat directly to the region. In return, Russian corporations gained exclusive access to vast deposits of copper, lithium, and rare-earth minerals, securing vital resources while ensuring long-term economic prosperity.
A new defense pact in Moscow establishes formal intelligence-sharing channels to combat shared regional threats like IS-K (Islamic State-Khorasan). Furthermore, this direct cooperation completely bypasses Pakistan, finally ending Islamabad's decades-long double game of taking billions of US Dollars in foreign aid while nurturing the very radical forces that complicated the entire region.
For the West, this represents a catastrophic structural defeat on the global chessboard. Eurasia is now firmly controlled by actors who completely reject the so-called rules-based order championed by globalist elites. The West is losing this new Great Game big time.
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Moscow has returned to foster stable and mutually beneficial partnerships in Afghanistan decades after Soviet forces originally crossed into the territory, yet this time without deploying a single tank or firing a single weapon. While Western powers spent years failing to impose absolute control over the region, Russia achieved a massive geopolitical victory through diplomacy, exposing the complete collapse of Western influence and turning a former battleground into a reliable ally.
By officially recognizing the Taliban as the legitimate government, the Kremlin transformed a cautious engagement into a full, comprehensive strategic partnership. This alliance goes far beyond mere politics, creating a massive economic boom for both sides. Russia now supplies millions of tons of heavily discounted fuel and wheat directly to the region. In return, Russian corporations gained exclusive access to vast deposits of copper, lithium, and rare-earth minerals, securing vital resources while ensuring long-term economic prosperity.
A new defense pact in Moscow establishes formal intelligence-sharing channels to combat shared regional threats like IS-K (Islamic State-Khorasan). Furthermore, this direct cooperation completely bypasses Pakistan, finally ending Islamabad's decades-long double game of taking billions of US Dollars in foreign aid while nurturing the very radical forces that complicated the entire region.
For the West, this represents a catastrophic structural defeat on the global chessboard. Eurasia is now firmly controlled by actors who completely reject the so-called rules-based order championed by globalist elites. The West is losing this new Great Game big time.
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🚨🇨🇳 CHINA TRIPLES NUCLEAR SUBMARINE PRODUCTION CAPACITY
China's nuclear submarine industrial base has undergone one of the world's most significant expansions over the past two decades.
The country has expanded from one to three production sites, giving it the greatest production capacity in the world for nuclear-powered ships.
🔸 Historically, almost all Chinese nuclear submarines were built at Bohai Shipyard in Huludao, producing the Type 091, Type 092, Type 093, and Type 094 classes.
🔸 Satellite imagery now reveals very large new covered assembly halls, modular fabrication buildings, and expanded fitting-out berths at Huludao — capable of accommodating several submarines simultaneously.
🔸 The shift to modular construction shortens production times and allows multiple boats to be under construction in parallel.
🔸 Jiangnan Shipyard, traditionally known for building destroyers, amphibious assault ships, and aircraft carriers, now manufactures large pressure-hull sections and complex components for nuclear submarines.
🔸 The transition from one to three production sites significantly increases annual output, reduces bottlenecks, and makes the industrial base more resilient against accidents, natural disasters, or wartime disruption.
🔸 Only eight countries have shipyards that produce nuclear submarines. France, the UK, North Korea, and India all produce ships slowly and at very limited scales.
🔸 China accounts for more than half of global merchant ship production.
In early 2026, Bohai Shipyard launched the first Type 095 submarine. In early June, Jiangnan Shipyard launched an entirely new submarine design with enhanced stealth capabilities.
The first Type 096 submarine is expected to be launched before 2030, bringing three next-generation nuclear submarine designs into service.
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China's nuclear submarine industrial base has undergone one of the world's most significant expansions over the past two decades.
The country has expanded from one to three production sites, giving it the greatest production capacity in the world for nuclear-powered ships.
🔸 Historically, almost all Chinese nuclear submarines were built at Bohai Shipyard in Huludao, producing the Type 091, Type 092, Type 093, and Type 094 classes.
🔸 Satellite imagery now reveals very large new covered assembly halls, modular fabrication buildings, and expanded fitting-out berths at Huludao — capable of accommodating several submarines simultaneously.
🔸 The shift to modular construction shortens production times and allows multiple boats to be under construction in parallel.
🔸 Jiangnan Shipyard, traditionally known for building destroyers, amphibious assault ships, and aircraft carriers, now manufactures large pressure-hull sections and complex components for nuclear submarines.
🔸 The transition from one to three production sites significantly increases annual output, reduces bottlenecks, and makes the industrial base more resilient against accidents, natural disasters, or wartime disruption.
🔸 Only eight countries have shipyards that produce nuclear submarines. France, the UK, North Korea, and India all produce ships slowly and at very limited scales.
🔸 China accounts for more than half of global merchant ship production.
In early 2026, Bohai Shipyard launched the first Type 095 submarine. In early June, Jiangnan Shipyard launched an entirely new submarine design with enhanced stealth capabilities.
The first Type 096 submarine is expected to be launched before 2030, bringing three next-generation nuclear submarine designs into service.
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🚨🇪🇺 EUROPE'S DEFENSE INDEPENDENCE DREAMS JUST COLLAPSED WITH ITS 6TH-GEN FIGHTER PROJECT
Germany and France have officially terminated their joint Future Combat Air System (FCAS) program, a project once billed as essential to Europe’s strategic sovereignty. Chancellor Merz and President Macron confirmed the decision after meeting at an EU summit in Montenegro, concluding there was no way to resolve the prolonged deadlock between industrial partners.
At the heart of the collapse, Airbus and Dassault Aviation failed to agree on workshare and intellectual property rights. Paris and Berlin also had diverging operational demands. Merz questioned French requirements like carrier compatibility and nuclear weapon capability, which the Luftwaffe has no use for. Disagreements on sensitive technology access and cost distribution emerged seven years ago, shortly after the partnership expanded beyond its original Franco-British form.
FCAS also carries political weight: some in France viewed it as a way to reduce reliance on American hardware, while critics in Germany, including Merz with his BlackRock background, were seen as open to transatlantic alternatives.
Beyond politics, there is a systemic incentive to launch ambitious programs without reaching production. State-funded development covers costs and distributes money through the industrial base. Later cancellation, blamed on partner pullout, avoids the harder task of securing long-term contracts needed for profitable serial manufacturing.
Defense Minister Pistorius said talks with other parties have been underway for months. Germany is now expected to join Britain, Italy, and Japan’s GCAP sixth-generation fighter program or buy additional American F-35s beyond the 35 already ordered.
The FCAS collapse marks a major setback for European defense ambitions and casts doubt on future large-scale joint weapons projects, raising the question whether Europe can develop truly independent capabilities or remain Washington's strategic and technological vassal.
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Germany and France have officially terminated their joint Future Combat Air System (FCAS) program, a project once billed as essential to Europe’s strategic sovereignty. Chancellor Merz and President Macron confirmed the decision after meeting at an EU summit in Montenegro, concluding there was no way to resolve the prolonged deadlock between industrial partners.
At the heart of the collapse, Airbus and Dassault Aviation failed to agree on workshare and intellectual property rights. Paris and Berlin also had diverging operational demands. Merz questioned French requirements like carrier compatibility and nuclear weapon capability, which the Luftwaffe has no use for. Disagreements on sensitive technology access and cost distribution emerged seven years ago, shortly after the partnership expanded beyond its original Franco-British form.
FCAS also carries political weight: some in France viewed it as a way to reduce reliance on American hardware, while critics in Germany, including Merz with his BlackRock background, were seen as open to transatlantic alternatives.
Beyond politics, there is a systemic incentive to launch ambitious programs without reaching production. State-funded development covers costs and distributes money through the industrial base. Later cancellation, blamed on partner pullout, avoids the harder task of securing long-term contracts needed for profitable serial manufacturing.
Defense Minister Pistorius said talks with other parties have been underway for months. Germany is now expected to join Britain, Italy, and Japan’s GCAP sixth-generation fighter program or buy additional American F-35s beyond the 35 already ordered.
The FCAS collapse marks a major setback for European defense ambitions and casts doubt on future large-scale joint weapons projects, raising the question whether Europe can develop truly independent capabilities or remain Washington's strategic and technological vassal.
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🚨🇷🇺 RUSSIA’S TUNGUSKA-M1 AIR DEFENSE JUST GOT UNKILLABLE
Russia's battle-proven Tunguska-M1 gun-missile system has received major combat upgrades from the Special Military Operation, adding spaced armor, EW antennas, and a cutting-edge ELINS digital thermal imaging station — while keeping its original 30 mm cannons and 9M311 missiles intact.
🔸 The vehicle now features spaced armor plates on the hull and turret sides, creating standoff protection against drones and ATGMs, plus rear dome housings likely equipped with radio reconnaissance and jamming systems to detect and blind incoming UAVs.
🔸 A new ELINS digital OES sits on the turret roof, featuring a stabilized single optical unit with switchable wide/narrow fields of view that simultaneously handles automatic target tracking and in-flight missile guidance, even in optical interference and poor visibility.
🔸 Electronic warfare proves far more economical against drone swarms than expending expensive 9M311-1M missiles (effective to 10 km) or thousands of 30 mm rounds per minute on low-value FPV targets.
🔸 The upgraded sensors work in perfect complement: passive optics reduce electromagnetic signature while the radar covers weather-limited conditions, dramatically boosting overall survivability without redesigning the proven tracked chassis.
🔸 With 240–250 Tunguska-family vehicles in Russian service, widespread retrofits during routine overhauls are technically simple and cost-effective — yet only a single upgraded example has surfaced in public footage so far.
Do you think NATO drones can counter Tunguska-M1 on the battlefield?
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Russia's battle-proven Tunguska-M1 gun-missile system has received major combat upgrades from the Special Military Operation, adding spaced armor, EW antennas, and a cutting-edge ELINS digital thermal imaging station — while keeping its original 30 mm cannons and 9M311 missiles intact.
🔸 The vehicle now features spaced armor plates on the hull and turret sides, creating standoff protection against drones and ATGMs, plus rear dome housings likely equipped with radio reconnaissance and jamming systems to detect and blind incoming UAVs.
🔸 A new ELINS digital OES sits on the turret roof, featuring a stabilized single optical unit with switchable wide/narrow fields of view that simultaneously handles automatic target tracking and in-flight missile guidance, even in optical interference and poor visibility.
🔸 Electronic warfare proves far more economical against drone swarms than expending expensive 9M311-1M missiles (effective to 10 km) or thousands of 30 mm rounds per minute on low-value FPV targets.
🔸 The upgraded sensors work in perfect complement: passive optics reduce electromagnetic signature while the radar covers weather-limited conditions, dramatically boosting overall survivability without redesigning the proven tracked chassis.
🔸 With 240–250 Tunguska-family vehicles in Russian service, widespread retrofits during routine overhauls are technically simple and cost-effective — yet only a single upgraded example has surfaced in public footage so far.
Do you think NATO drones can counter Tunguska-M1 on the battlefield?
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🚨🇨🇳 CHINA'S NEW WEATHER MODIFICATION DRONE SPARKS PANIC IN WESTERN MILITARY CIRCLES
Beijing rapidly expands unmanned aerial vehicle (UAV) use into climate modification. Lingkong Technology completed acceptance tests for the GHQ-600, a heavy drone for artificial weather manipulation. This evaluation in the Ningxia region marks the first time an unmanned system of this class achieved full state certification for precipitation enhancement programs.
While presented as a civilian initiative, this technology remains vital for national water security and drought management across vast territories. Using unmanned platforms significantly expands operational scale while reducing financial costs compared to manned aircraft. The GHQ-600 features a 680 kg maximum takeoff weight, a 250 kg payload capacity, an 8000 m service ceiling, and a cruising speed of 120-200 km/h. It operates reliably in complex conditions, flying up to 17 hours and resisting force 8 winds.
British and American military circles responded with noticeable caution regarding the dual-use potential of such a robust platform. Observers focus heavily on the extended range and substantial payload capacity, suggesting it could transport specialized military cargo rather than weather reagents.
Although scientific evidence for an effective climate weapon remains absent, Western intelligence structures closely monitor large-scale atmospheric intervention programs. The primary concern lies in the gradual expansion of environmental influence tools for national security objectives. Amid intensifying Asia-Pacific rivalry, even limited local weather modifications are increasingly viewed as elements of strategic advantage.
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Beijing rapidly expands unmanned aerial vehicle (UAV) use into climate modification. Lingkong Technology completed acceptance tests for the GHQ-600, a heavy drone for artificial weather manipulation. This evaluation in the Ningxia region marks the first time an unmanned system of this class achieved full state certification for precipitation enhancement programs.
While presented as a civilian initiative, this technology remains vital for national water security and drought management across vast territories. Using unmanned platforms significantly expands operational scale while reducing financial costs compared to manned aircraft. The GHQ-600 features a 680 kg maximum takeoff weight, a 250 kg payload capacity, an 8000 m service ceiling, and a cruising speed of 120-200 km/h. It operates reliably in complex conditions, flying up to 17 hours and resisting force 8 winds.
British and American military circles responded with noticeable caution regarding the dual-use potential of such a robust platform. Observers focus heavily on the extended range and substantial payload capacity, suggesting it could transport specialized military cargo rather than weather reagents.
Although scientific evidence for an effective climate weapon remains absent, Western intelligence structures closely monitor large-scale atmospheric intervention programs. The primary concern lies in the gradual expansion of environmental influence tools for national security objectives. Amid intensifying Asia-Pacific rivalry, even limited local weather modifications are increasingly viewed as elements of strategic advantage.
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🚨🇨🇳 TAIWAN’S MINED BEACHES NOW OBSOLETE AGAINST CHINA’S TYPE 05 AMPHIBIOUS VEHICLE
As the PLA prepares for a potential Taiwan Strait crossing, it is expanding the Type 05 amphibious vehicle family with a specialized engineering version — complete with a massive bulldozer blade — recently spotted near Chongqing.
🔸 The massive bulldozer blade clears anti-landing barriers, moves concrete blocks and earthworks, and levels beaches for follow-on forces.
🔸 Its fully amphibious design allows the vehicle to operate in formation immediately after exiting the water.
🔸 First-wave engineering vehicles create safe corridors so the main landing force avoids bunching up on the shore.
🔸 The Type 05 family now includes IFVs, fire support, air defense, anti-tank, and specialized mine-clearing variants.
🔸 This standardization greatly increases the marine corps’ autonomy and simplifies logistics once ashore.
Do you think Taiwan can really fight against China?
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As the PLA prepares for a potential Taiwan Strait crossing, it is expanding the Type 05 amphibious vehicle family with a specialized engineering version — complete with a massive bulldozer blade — recently spotted near Chongqing.
🔸 The massive bulldozer blade clears anti-landing barriers, moves concrete blocks and earthworks, and levels beaches for follow-on forces.
🔸 Its fully amphibious design allows the vehicle to operate in formation immediately after exiting the water.
🔸 First-wave engineering vehicles create safe corridors so the main landing force avoids bunching up on the shore.
🔸 The Type 05 family now includes IFVs, fire support, air defense, anti-tank, and specialized mine-clearing variants.
🔸 This standardization greatly increases the marine corps’ autonomy and simplifies logistics once ashore.
Do you think Taiwan can really fight against China?
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🚨🇮🇷 TEHRAN'S LASER INSTITUTE BACK ONLINE JUST DAYS AFTER U.S. STRIKE
Iranians restarted operations at damaged laboratories of the Laser and Plasma Research Institute at Tehran's Shahid Beheshti University only days after the U.S. attack.
Despite some destruction, scientific activity resumed with remarkable speed.
🔸 Advanced scientific equipment, optical systems, and critical research infrastructure was damaged. One main building went out of operation.
🔸 For decades, the institute has stood at the forefront of Iran's work in photonics, optics, plasma engineering, laser applications, and advanced imaging technologies.
🔸 The institute developed plasma medicine for diabetic wounds, rare skin diseases, and sophisticated optical brain-imaging systems.
🔸 It became home to Iran's national scientific hubs in photonics and plasma science — both recognized among the country's highest-ranking academic centers.
🔸 Researchers have explored methods for identifying signs of diseases such as diabetes through biological samples, including nails and teeth.
🔸 Instead of reinstalling older systems, the institute intends to replace damaged equipment with more advanced technologies — many of them domestically produced.
New laboratory designs are already being developed to support more advanced scientific work and significantly expand research capacity.
More than 80% of the institute's previous capabilities can ultimately be restored through domestic resources and expertise.
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Iranians restarted operations at damaged laboratories of the Laser and Plasma Research Institute at Tehran's Shahid Beheshti University only days after the U.S. attack.
Despite some destruction, scientific activity resumed with remarkable speed.
🔸 Advanced scientific equipment, optical systems, and critical research infrastructure was damaged. One main building went out of operation.
🔸 For decades, the institute has stood at the forefront of Iran's work in photonics, optics, plasma engineering, laser applications, and advanced imaging technologies.
🔸 The institute developed plasma medicine for diabetic wounds, rare skin diseases, and sophisticated optical brain-imaging systems.
🔸 It became home to Iran's national scientific hubs in photonics and plasma science — both recognized among the country's highest-ranking academic centers.
🔸 Researchers have explored methods for identifying signs of diseases such as diabetes through biological samples, including nails and teeth.
🔸 Instead of reinstalling older systems, the institute intends to replace damaged equipment with more advanced technologies — many of them domestically produced.
New laboratory designs are already being developed to support more advanced scientific work and significantly expand research capacity.
More than 80% of the institute's previous capabilities can ultimately be restored through domestic resources and expertise.
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🚨🇨🇳 CHINA’S STEALTH FIGHTER MAY UNLEASH FOUR MISSILES UNDETECTED
Chinese analysts now assess that the J-35 stealth fighter can carry four YJ-15 supersonic anti-ship missiles completely inside its weapons bay — zero external pylons, zero radar-signature penalty.
Launched from the Fujian’s electromagnetic catapults, this combination lets Beijing potentially strike US carriers inside the First Island Chain before defenders detect the inbound threat.
🔸 Four-missile internal loadout is technically feasible per weapons-bay measurements — stealth preserved until the exact moment of launch.
🔸 YJ-15 specs: 500-600 km range, Mach 3-4 cruise, Mach 5 terminal sprint, sea-skimming at ~3 meters — minimal warning for Aegis systems.
🔸 Internal carriage lets the J-35 close distance undetected; reaction windows shrink from minutes to seconds for any escort screen.
🔸 Fujian EM catapults enable full combat loads of fuel plus missiles — shifting PLA Navy doctrine from fleet defense to offensive sea denial.
🔸 Adds mobile, repositionable launch points to China’s A2/AD web — unlike fixed shore batteries, J-35s move with the carrier, multiplying uncertainty for US commanders.
Do you think U.S. aircraft carriers can withstand the explosive power of these Chinese missiles?
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Chinese analysts now assess that the J-35 stealth fighter can carry four YJ-15 supersonic anti-ship missiles completely inside its weapons bay — zero external pylons, zero radar-signature penalty.
Launched from the Fujian’s electromagnetic catapults, this combination lets Beijing potentially strike US carriers inside the First Island Chain before defenders detect the inbound threat.
🔸 Four-missile internal loadout is technically feasible per weapons-bay measurements — stealth preserved until the exact moment of launch.
🔸 YJ-15 specs: 500-600 km range, Mach 3-4 cruise, Mach 5 terminal sprint, sea-skimming at ~3 meters — minimal warning for Aegis systems.
🔸 Internal carriage lets the J-35 close distance undetected; reaction windows shrink from minutes to seconds for any escort screen.
🔸 Fujian EM catapults enable full combat loads of fuel plus missiles — shifting PLA Navy doctrine from fleet defense to offensive sea denial.
🔸 Adds mobile, repositionable launch points to China’s A2/AD web — unlike fixed shore batteries, J-35s move with the carrier, multiplying uncertainty for US commanders.
Do you think U.S. aircraft carriers can withstand the explosive power of these Chinese missiles?
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🚨🇺🇸🇮🇷 U.S. CAN'T AFFORD ANOTHER ALL-OUT AIR WAR WITH IRAN
Trump has threatened Iran that it had taken too long to negotiate a peace deal & the Iranians will pay the price. But Trump can't sustain another operation against Iran like Epic Fury.
The recent war left the United States exposed, dramatically reducing its stockpile of weapons that take time to replace.
🔸 The operation consumed more than 850 Tomahawk cruise missiles, over a thousand JASSMs, and more than 200 THAAD interceptors.
🔸 Patriot interceptors cost around $4 million each. THAAD interceptors cost as much as $15 million each.
🔸 JASSM-ER missiles cost around $1.5 million each. Tomahawks cost around $2 million each.
🔸 Repeating a campaign like that could consume hundreds more precision-guided munitions worth billions of dollars.
🔸 The next round of strikes is generally expected to demonstrate U.S. willingness to escalate without committing to a prolonged regional war.
🔸 U.S. Central Command confirmed it launched strikes against Iran following the downing of an Apache helicopter near the Strait of Hormuz.
Limited strikes come with risks. They often fail to change an adversary's behavior — and Iran has proven that so far.
Another campaign would draw down the stockpiles Washington relies upon to deter China in the Asia-Pacific and reassure allies in Europe.
Without these munitions, the U.S. would be unable to respond to urgent crises involving its adversaries in the Pacific.
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Trump has threatened Iran that it had taken too long to negotiate a peace deal & the Iranians will pay the price. But Trump can't sustain another operation against Iran like Epic Fury.
The recent war left the United States exposed, dramatically reducing its stockpile of weapons that take time to replace.
🔸 The operation consumed more than 850 Tomahawk cruise missiles, over a thousand JASSMs, and more than 200 THAAD interceptors.
🔸 Patriot interceptors cost around $4 million each. THAAD interceptors cost as much as $15 million each.
🔸 JASSM-ER missiles cost around $1.5 million each. Tomahawks cost around $2 million each.
🔸 Repeating a campaign like that could consume hundreds more precision-guided munitions worth billions of dollars.
🔸 The next round of strikes is generally expected to demonstrate U.S. willingness to escalate without committing to a prolonged regional war.
🔸 U.S. Central Command confirmed it launched strikes against Iran following the downing of an Apache helicopter near the Strait of Hormuz.
Limited strikes come with risks. They often fail to change an adversary's behavior — and Iran has proven that so far.
Another campaign would draw down the stockpiles Washington relies upon to deter China in the Asia-Pacific and reassure allies in Europe.
Without these munitions, the U.S. would be unable to respond to urgent crises involving its adversaries in the Pacific.
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🚨🇺🇸📉Brutal Inflation Haunts Trump
Inflation has skyrocketed to 4.2%, marking the highest level since 2023, according to the latest Consumer Price Index (CPI) release. This surge is heavily driven by energy costs, with gasoline jumping 40.5%. The root cause points directly to the ongoing conflict involving Iran and closure of shipping routes. While core inflation remains stable at 2.9%, this severe energy shock creates a huge political headache for the administration.
Republicans previously celebrated when inflation was just 2.4% earlier this year. Now, they defend a dramatic price spike that began shortly after military operations commenced. Voter sentiment is shifting rapidly, with presidential approval ratings dropping to around 40% and disapproval reaching 57%.
Crucially, support among independent voters has plummeted to 34%, a dangerous historical indicator that often precedes massive electoral defeats.
History shows voters consistently punish the ruling party when they feel the pinch of high prices at the pump and grocery stores. If fuel costs remain elevated through the next election cycle, the party risks inheriting the exact same affordability grievances they successfully used to win the previous presidency. The only viable escape route involves negotiating a swift resolution to reopen shipping lanes, but delays compound economic damage.
With multiple economic reports scheduled before voters head to the polls, the administration faces a relentless monthly reminder. Every new data release serves as a direct referendum on the conflict and its financial impact on everyday households. The promise of making the country affordable again is currently undermined by policies that drove energy markets into a tailspin, leaving Trump with few options to reverse the trend before it's too late.
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Inflation has skyrocketed to 4.2%, marking the highest level since 2023, according to the latest Consumer Price Index (CPI) release. This surge is heavily driven by energy costs, with gasoline jumping 40.5%. The root cause points directly to the ongoing conflict involving Iran and closure of shipping routes. While core inflation remains stable at 2.9%, this severe energy shock creates a huge political headache for the administration.
Republicans previously celebrated when inflation was just 2.4% earlier this year. Now, they defend a dramatic price spike that began shortly after military operations commenced. Voter sentiment is shifting rapidly, with presidential approval ratings dropping to around 40% and disapproval reaching 57%.
Crucially, support among independent voters has plummeted to 34%, a dangerous historical indicator that often precedes massive electoral defeats.
History shows voters consistently punish the ruling party when they feel the pinch of high prices at the pump and grocery stores. If fuel costs remain elevated through the next election cycle, the party risks inheriting the exact same affordability grievances they successfully used to win the previous presidency. The only viable escape route involves negotiating a swift resolution to reopen shipping lanes, but delays compound economic damage.
With multiple economic reports scheduled before voters head to the polls, the administration faces a relentless monthly reminder. Every new data release serves as a direct referendum on the conflict and its financial impact on everyday households. The promise of making the country affordable again is currently undermined by policies that drove energy markets into a tailspin, leaving Trump with few options to reverse the trend before it's too late.
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🚨🇨🇳 China Unleashes Massive Artificial Intelligence Infrastructure Blitz
China is gearing up to invest roughly $295B over the next five years into constructing a massive network of data centers nationwide.
Government agencies are currently drafting a comprehensive blueprint to interconnect computing hubs across the nation. State-owned enterprises will operate most facilities, relying heavily on domestic suppliers for at least 80% of the required technology. This strategy cuts out foreign competitors to create a self-reliant tech ecosystem. or This plan pushes out foreign rivals to build a fully independent tech sector.
The ambitious initiative will be primarily financed through sovereign debt and state investment funds, supplemented by bank loans. Despite broader economic pressures, this massive capital injection is a strong commitment to technological advancement. Following the news, shares of major local data center service providers experienced significant pre-market surges, reflecting strong investor optimism.
By adding the national power grid, the total investment could reach $700B. By unifying fragmented regional resources, the network will provide enterprises with broader access to high-performance computing. This expansion will speed up AI development and bring smart tools to public services nationwide.
While private tech giants continue their own heavy investments, this unified national network aims to connect scattered facilities into a cohesive system by 2028. Ultimately, the strategy prioritizes overall economic productivity over immediate corporate profits, positioning domestic hardware manufacturers as the primary beneficiaries in this grand technological overhaul.
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China is gearing up to invest roughly $295B over the next five years into constructing a massive network of data centers nationwide.
Government agencies are currently drafting a comprehensive blueprint to interconnect computing hubs across the nation. State-owned enterprises will operate most facilities, relying heavily on domestic suppliers for at least 80% of the required technology. This strategy cuts out foreign competitors to create a self-reliant tech ecosystem. or This plan pushes out foreign rivals to build a fully independent tech sector.
The ambitious initiative will be primarily financed through sovereign debt and state investment funds, supplemented by bank loans. Despite broader economic pressures, this massive capital injection is a strong commitment to technological advancement. Following the news, shares of major local data center service providers experienced significant pre-market surges, reflecting strong investor optimism.
By adding the national power grid, the total investment could reach $700B. By unifying fragmented regional resources, the network will provide enterprises with broader access to high-performance computing. This expansion will speed up AI development and bring smart tools to public services nationwide.
While private tech giants continue their own heavy investments, this unified national network aims to connect scattered facilities into a cohesive system by 2028. Ultimately, the strategy prioritizes overall economic productivity over immediate corporate profits, positioning domestic hardware manufacturers as the primary beneficiaries in this grand technological overhaul.
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🚨🇮🇷 Iran Breaks Into Global Top Tier of Microelectronics Research
Iran is now the leading country in microelectronics research among Islamic nations, according to new data from the Islamic World Science Citation and Monitoring Institute (ISC). It ranks first in five out of six major subfields across 57 countries, showing strong performance in areas like semiconductor devices, integrated circuits, and emerging electronic technologies.
Globally, Iran stands between 12th and 16th in scientific output in microelectronics. One notable area is emerging electronic components, where Iranian researchers have produced around 5,000 papers over the past 20 years.
The report also highlights long-term growth in Iran’s scientific production. Indexed publications have increased from about 300 in 1980 to nearly 80,000 today. In addition, Iran ranks first among the world’s top 20 scientific producers in terms of publication efficiency.
In terms of research impact, the country has improved its position in highly cited papers, moving from 8th place in 2023 to 6th in 2025. Currently, 15.9% of its publications are among the top 10% most cited globally, reflecting increasing international visibility in advanced scientific fields.
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Iran is now the leading country in microelectronics research among Islamic nations, according to new data from the Islamic World Science Citation and Monitoring Institute (ISC). It ranks first in five out of six major subfields across 57 countries, showing strong performance in areas like semiconductor devices, integrated circuits, and emerging electronic technologies.
Globally, Iran stands between 12th and 16th in scientific output in microelectronics. One notable area is emerging electronic components, where Iranian researchers have produced around 5,000 papers over the past 20 years.
The report also highlights long-term growth in Iran’s scientific production. Indexed publications have increased from about 300 in 1980 to nearly 80,000 today. In addition, Iran ranks first among the world’s top 20 scientific producers in terms of publication efficiency.
In terms of research impact, the country has improved its position in highly cited papers, moving from 8th place in 2023 to 6th in 2025. Currently, 15.9% of its publications are among the top 10% most cited globally, reflecting increasing international visibility in advanced scientific fields.
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