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Researchers at Columbia University have discovered a revolutionary fat-targeting nanomaterial called P-G3, which could change the way we treat obesity and stubborn fat deposits. Unlike liposuction, which physically removes fat, this positively charged compound works from within—remodeling fat tissue at the cellular level.
In studies on mice, P-G3 injections led to weight loss and healthier fat metabolism, while early tests on human fat samples showed similar results. The nanomaterial prevents fat cells from overloading on lipids and promotes the growth of newer, healthier cells.
This cutting-edge technology could offer noninvasive fat reduction options similar to Botox, especially for visceral belly fat, which is linked to diabetes and heart disease. It also holds promise as a platform for targeted drug or gene therapy delivery—minimizing side effects by focusing treatments directly on fat tissue.
With patents pending, the team is now refining P-G3 for clinical use. If successful, it could redefine both medical and cosmetic fat treatments, offering safer, more targeted alternatives.
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In studies on mice, P-G3 injections led to weight loss and healthier fat metabolism, while early tests on human fat samples showed similar results. The nanomaterial prevents fat cells from overloading on lipids and promotes the growth of newer, healthier cells.
This cutting-edge technology could offer noninvasive fat reduction options similar to Botox, especially for visceral belly fat, which is linked to diabetes and heart disease. It also holds promise as a platform for targeted drug or gene therapy delivery—minimizing side effects by focusing treatments directly on fat tissue.
With patents pending, the team is now refining P-G3 for clinical use. If successful, it could redefine both medical and cosmetic fat treatments, offering safer, more targeted alternatives.
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According to Indian media reports, U.S. President Donald Trump has signed a new Executive Order that imposes an additional 25% tariff on Indian imports, doubling the total tariff to 50%.
This dramatic escalation comes in response to India’s continued purchase of Russian oil, which Washington views as undermining efforts to isolate Moscow amid the ongoing conflict in Ukraine.
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This dramatic escalation comes in response to India’s continued purchase of Russian oil, which Washington views as undermining efforts to isolate Moscow amid the ongoing conflict in Ukraine.
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Ankara-based aerospace firm Solid Aero has revealed TALAY, the world’s first sea-skimming, multipurpose autonomous drone. Designed for stealth and flexibility, this innovative platform operates at just 9.8 feet above sea level, keeping it hidden below radar detection thresholds while delivering advanced mission capabilities.
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Meta CEO Mark Zuckerberg has made a bold prediction: AI-powered smart glasses will soon become essential, warning that those without them may face a “significant cognitive disadvantage.”
He believes these glasses will replace smartphones and laptops, evolving into a new form of "personal superintelligence" that offers real-time help — from object recognition and language translation to instant answers on the go.
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He believes these glasses will replace smartphones and laptops, evolving into a new form of "personal superintelligence" that offers real-time help — from object recognition and language translation to instant answers on the go.
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Chinese aerospace engineers from Northwestern Polytechnical University have introduced a revolutionary "terminal evasion" system that could dramatically increase combat drone survivability—from just 10% to an impressive 87%. The system uses lightweight, side-mounted rocket boosters to execute high-speed, last-second evasive maneuvers.
These evasive bursts are triggered just 1–2 seconds before an incoming missile’s impact, generating up to 16Gs of acceleration. This unpredictability confuses modern missile tracking systems, allowing drones to escape destruction.
While digital simulations show promising results, real-world challenges remain. Engineers must still address concerns like added weight, shortened battery life, and untested field performance.
This breakthrough reflects the intensifying drone arms race amid modern conflicts, especially as drones play an increasingly lethal role in wars such as the Ukraine-Russia confrontation.
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These evasive bursts are triggered just 1–2 seconds before an incoming missile’s impact, generating up to 16Gs of acceleration. This unpredictability confuses modern missile tracking systems, allowing drones to escape destruction.
While digital simulations show promising results, real-world challenges remain. Engineers must still address concerns like added weight, shortened battery life, and untested field performance.
This breakthrough reflects the intensifying drone arms race amid modern conflicts, especially as drones play an increasingly lethal role in wars such as the Ukraine-Russia confrontation.
$BTC
Chinese aerospace engineers from Northwestern Polytechnical University have introduced a revolutionary "terminal evasion" system that could dramatically increase combat drone survivability—from just 10% to an impressive 87%. The system uses lightweight, side-mounted rocket boosters to execute high-speed, last-second evasive maneuvers.
These evasive bursts are triggered just 1–2 seconds before an incoming missile’s impact, generating up to 16Gs of acceleration. This unpredictability confuses modern missile tracking systems, allowing drones to escape destruction.
While digital simulations show promising results, real-world challenges remain. Engineers must still address concerns like added weight, shortened battery life, and untested field performance.
This breakthrough reflects the intensifying drone arms race amid modern conflicts, especially as drones play an increasingly lethal role in wars such as the Ukraine-Russia confrontation.
$BTC
These evasive bursts are triggered just 1–2 seconds before an incoming missile’s impact, generating up to 16Gs of acceleration. This unpredictability confuses modern missile tracking systems, allowing drones to escape destruction.
While digital simulations show promising results, real-world challenges remain. Engineers must still address concerns like added weight, shortened battery life, and untested field performance.
This breakthrough reflects the intensifying drone arms race amid modern conflicts, especially as drones play an increasingly lethal role in wars such as the Ukraine-Russia confrontation.
$BTC
Researchers at the University of Tokyo’s DRAGON Lab have unveiled a groundbreaking bird-like drone that mimics a falcon's flight and is safe to operate near humans. Unlike traditional drones with spinning propellers, this new flapping-wing drone uses soft, flexible wings, significantly reducing noise and the risk of injury during close contact.
Designed for human interaction, the drone responds to simple gestures—an extended arm commands it to “approach and land,” while a bent arm signals it to “stay.” It operates with remarkable precision, thanks to eight motion-capture cameras that track body movements and ensure the drone maintains a safe 0.3-meter distance from the chest while approaching from predictable angles.
A sophisticated onboard algorithm fine-tunes its velocity based on how people perceive motion, allowing it to navigate safely in crowded spaces. The team envisions its use in package delivery, accessibility support, and urban drone operations where safety and human proximity are key.
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Designed for human interaction, the drone responds to simple gestures—an extended arm commands it to “approach and land,” while a bent arm signals it to “stay.” It operates with remarkable precision, thanks to eight motion-capture cameras that track body movements and ensure the drone maintains a safe 0.3-meter distance from the chest while approaching from predictable angles.
A sophisticated onboard algorithm fine-tunes its velocity based on how people perceive motion, allowing it to navigate safely in crowded spaces. The team envisions its use in package delivery, accessibility support, and urban drone operations where safety and human proximity are key.
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India is scrambling to manage the economic fallout from U.S. President Donald Trump’s recent threats to impose steep tariffs on Indian exports. Trump’s remarks—calling India’s economy "dead" and its tariff policies “obnoxious”—have shocked New Delhi, putting pressure on the long-standing India-US relationship.
Officials admit they’re unaccustomed to such public diplomatic assaults. Trump has accused India of profiting from Russian oil sales while turning a blind eye to the Ukraine war, and he has vowed to “substantially” increase tariffs within 24 hours.
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Officials admit they’re unaccustomed to such public diplomatic assaults. Trump has accused India of profiting from Russian oil sales while turning a blind eye to the Ukraine war, and he has vowed to “substantially” increase tariffs within 24 hours.
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Ukraine’s defense intelligence agency (HUR) claims to have obtained sensitive engineering documents and internal data on Russia’s newest nuclear submarine, Knyaz Pozharsky, part of the advanced Borei-A class.
The leaked files reportedly reveal technical specifications, crew instructions, combat layouts, and even damage reports, including photos.
The submarine, commissioned in July 2025, carries long-range nuclear missiles and is a key asset in Russia’s naval fleet. If authentic, the documents could expose vulnerabilities in Russia’s strategic deterrent and are likely to be of great interest to Western defense agencies.
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The leaked files reportedly reveal technical specifications, crew instructions, combat layouts, and even damage reports, including photos.
The submarine, commissioned in July 2025, carries long-range nuclear missiles and is a key asset in Russia’s naval fleet. If authentic, the documents could expose vulnerabilities in Russia’s strategic deterrent and are likely to be of great interest to Western defense agencies.
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A team of Chinese aerospace engineers has proposed a new missile-evasion system that could boost the survival rate of combat drones from 10% to 87%. The concept involves side-mounted rocket boosters that enable drones to perform abrupt, high-speed evasive maneuvers just seconds before impact, effectively dodging advanced tracking missiles. Known as a “terminal evasion” system, it leverages precise timing, directional decision-making, and extreme thrust—generating up to 16Gs of acceleration—to drastically change the drone's path.
Despite drones currently being vulnerable in modern warfare, especially as seen in the Russia-Ukraine conflict, they remain a dominant force on the battlefield. This new tech, developed by scientists from Northwestern Polytechnical University in Xi’an, could make drones more lethal and resilient, redefining the role of unmanned aerial systems in future combat scenarios.
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Despite drones currently being vulnerable in modern warfare, especially as seen in the Russia-Ukraine conflict, they remain a dominant force on the battlefield. This new tech, developed by scientists from Northwestern Polytechnical University in Xi’an, could make drones more lethal and resilient, redefining the role of unmanned aerial systems in future combat scenarios.
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Japanese researchers have successfully tested solar panels installed above rice fields, proving it's possible to generate clean energy without sacrificing crop yields. In a pilot project, dual-axis sun-tracking panels produced nearly 44,000 kWh/year, while the rice fields still achieved up to 85% of normal yields with top-quality grain.
This agrivoltaic system offers a sustainable solution for Japan’s land and energy challenges, allowing solar power and farming to coexist. Future improvements using AI and semi-transparent panels could further boost efficiency, helping Japan meet its 2030 solar energy goals while supporting farmers.
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This agrivoltaic system offers a sustainable solution for Japan’s land and energy challenges, allowing solar power and farming to coexist. Future improvements using AI and semi-transparent panels could further boost efficiency, helping Japan meet its 2030 solar energy goals while supporting farmers.
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Malik Riaz, the founder of Bahria Town, warned that the real estate giant may shut down operations across Pakistan due to severe financial and legal troubles, including frozen bank accounts and halted services.
He said staff salaries are delayed and daily functions are under increasing pressure. If the situation continues, a complete closure may be unavoidable. Meanwhile, authorities have announced an auction of several properties linked to Malik Riaz on August 7, 2025.
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He said staff salaries are delayed and daily functions are under increasing pressure. If the situation continues, a complete closure may be unavoidable. Meanwhile, authorities have announced an auction of several properties linked to Malik Riaz on August 7, 2025.
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Australia has launched the Waratah Super Battery, now the world’s most powerful battery by output. Operated by Akaysha Energy, it currently delivers 350 MW, with plans to reach 850 MW and power up to 1 million homes for one hour. Located in New South Wales, it supports the System Integrity Protection Scheme (SIPS) to stabilize the grid as coal plants shut down by 2035. Built on a former coal site, it helps manage Australia’s high rooftop solar output. Despite challenges, the project marks a major step in the country’s clean energy transition.
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Chevrolet has shattered the world record for electric vehicle range with its Silverado EV, driving an astonishing 1,059.2 miles on a single charge. This feat eclipses the previous record of 749 miles set by the Lucid Air—marking a massive leap forward in electric vehicle capabilities.
The record-setting drive was carried out over seven days on public roads near GM’s Milford Proving Ground and Detroit’s Belle Isle, using the production Silverado EV WT—the lightest and most affordable trim of the model.
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The record-setting drive was carried out over seven days on public roads near GM’s Milford Proving Ground and Detroit’s Belle Isle, using the production Silverado EV WT—the lightest and most affordable trim of the model.
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A U.S. federal jury has ordered Tesla to pay $243 million in damages for its partial role in a 2019 fatal crash involving its Autopilot system. The crash killed 22-year-old Naibel Benavides Leon and seriously injured her boyfriend, George McGee, who admitted to being distracted and using Autopilot while speeding through a stop sign at 62 mph.
The plaintiffs argued that Tesla failed to limit Autopilot use on roads where it wasn’t safe and withheld crucial crash data, which was later recovered by forensic experts. Tesla denies wrongdoing and plans to appeal the decision, claiming the ruling “sets back automotive safety.”
This landmark verdict could have major implications for future legal cases involving semi-autonomous vehicles, setting a precedent on how responsibility is shared between drivers and manufacturers.
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The plaintiffs argued that Tesla failed to limit Autopilot use on roads where it wasn’t safe and withheld crucial crash data, which was later recovered by forensic experts. Tesla denies wrongdoing and plans to appeal the decision, claiming the ruling “sets back automotive safety.”
This landmark verdict could have major implications for future legal cases involving semi-autonomous vehicles, setting a precedent on how responsibility is shared between drivers and manufacturers.
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The Slow Mo Guys teamed up with Caltech physicist Peng Wang to capture an extraordinary video of light traveling through a bottle, using a camera capable of recording at 10 trillion frames per second—around 20 million times faster than their regular equipment. The stunning 2,000-picosecond footage shows light in motion, a feat made possible by Caltech’s Compressed Ultrafast Photography technology. Since the camera only detects light, the bottle was added digitally in post-production.
Viewers were left amazed by the surreal clip, describing it as “mind-blowing” and a rare glimpse into a phenomenon that happens faster than the human eye can comprehend.
In related news, Italian researchers recently achieved another light-based breakthrough: they created a “supersolid” form of light—an exotic state of matter that flows like a liquid but maintains the structure of a crystal. Both advancements push the boundaries of how we understand and manipulate light in physics.
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Viewers were left amazed by the surreal clip, describing it as “mind-blowing” and a rare glimpse into a phenomenon that happens faster than the human eye can comprehend.
In related news, Italian researchers recently achieved another light-based breakthrough: they created a “supersolid” form of light—an exotic state of matter that flows like a liquid but maintains the structure of a crystal. Both advancements push the boundaries of how we understand and manipulate light in physics.
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Russia’s Gamaleya National Research Center, known for developing Sputnik V, is preparing to launch human trials of an AI-designed personalized mRNA vaccine for melanoma in September–October 2025. This groundbreaking treatment uses artificial intelligence to rapidly analyze a patient's tumor genetics and develop a customized vaccine template within just one week.
Preclinical studies in animals have already shown strong results in reducing tumor growth and preventing its spread. The Phase I trials will begin in Moscow’s top oncology centers, focusing on melanoma first, with plans to expand to other cancers like pancreatic, kidney, and lung in the future.
The Russian government will cover the full cost of the $2,869-per-dose vaccine for its citizens, aiming to tackle the country’s 625,000 new cancer cases reported annually. This AI-driven approach could revolutionize cancer treatment and personalize care for thousands.
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Preclinical studies in animals have already shown strong results in reducing tumor growth and preventing its spread. The Phase I trials will begin in Moscow’s top oncology centers, focusing on melanoma first, with plans to expand to other cancers like pancreatic, kidney, and lung in the future.
The Russian government will cover the full cost of the $2,869-per-dose vaccine for its citizens, aiming to tackle the country’s 625,000 new cancer cases reported annually. This AI-driven approach could revolutionize cancer treatment and personalize care for thousands.
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An Ohio couple has made history by giving birth to a baby boy from an embryo that was frozen for more than 30 years — the longest known storage time before a successful birth. Lindsey and Tim Pierce, who had faced infertility challenges, chose "embryo adoption" and received the donated embryos from Linda Archerd, who originally created them via IVF in 1994 but never used them after her divorce.
The baby was born from an embryo stored for an astonishing 11,148 days, breaking the previous record of 10,905 days. This remarkable case highlights the potential of long-term embryo preservation. Currently, around 1.5 million frozen embryos are stored across the United States.
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The baby was born from an embryo stored for an astonishing 11,148 days, breaking the previous record of 10,905 days. This remarkable case highlights the potential of long-term embryo preservation. Currently, around 1.5 million frozen embryos are stored across the United States.
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In a historic development, the Ministry of Maritime Affairs has issued its first-ever international ferry service licence to Sea Keepers. This allows the company to begin operations connecting Pakistan with Iran and GCC countries via sea routes. The licence was approved in a high-level Licensing Committee meeting that brought together officials from the ministries of Maritime Affairs, Defence, Foreign Affairs, and Interior, along with key representatives from national shipping authorities.
This move is expected to significantly improve regional connectivity, boost maritime trade, and provide an alternative travel option for passengers across the region. It signals a new chapter in Pakistan’s maritime landscape by strengthening economic and cultural ties with neighboring countries.
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This move is expected to significantly improve regional connectivity, boost maritime trade, and provide an alternative travel option for passengers across the region. It signals a new chapter in Pakistan’s maritime landscape by strengthening economic and cultural ties with neighboring countries.
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