Aijaz Khaskheli

Scientists have pioneered a breakthrough method to grow customizable wood directly in laboratories, eliminating the need to cut down trees. By manipulating plant cells in nutrient-rich gels and using advanced 3D bioprinting techniques, they can create wood-like materials tailored to specific shapes, sizes, and mechanical properties. This innovation promises a sustainable future for furniture-making, construction, and other industries by reducing deforestation, waste, and transportation costs, while enabling local, on-demand production. Though still in early development, lab-grown wood could revolutionize how we source and use timber.
$PEPE $BNB
#labgrownwood
#SustainableInnovation
#EcoFriendlyMaterials
#FutureOfFurniture
#saveourforests

After touring flagship Web3 events from Denver to Singapore, local blockchain builder Furqan Ahmed is bringing the experience home. He’s partnering with U.S. co-founder Cameron Clarke—armed with Silicon-Valley networks—to launch ETH Pakistan, the nation’s first international Web3 summit.

From a 48-hour hackathon to workshops and policy round-tables, the duo aim to put Karachi on the global crypto map—and they’re inviting builders, students and investors to help make history.

#ETHPakistan #Web3 #PakistanTech #Ethereum

🚀 World’s Smallest Quantum Computer Runs on a Single Photon! 💡🔬

In a historic breakthrough, physicists at National Tsing Hua University (NTHU), Taiwan, have developed the world’s smallest quantum computer—powered by just one photon!

🔸 Led by Professor Chih-Sung Chuu, the team created Taiwan’s first optical quantum computer, capable of solving complex problems like prime factorization using a single high-dimensional photon in an optical fiber loop.
🔸 Room-temperature operation and desktop size make it remarkably compact—far removed from the massive, ultra-cooled quantum systems we’re used to.
🔸 They’ve successfully encoded 32 dimensions of data into one photon—comparing it to turning a one-seater bike into a 32-seater!

💥 This innovation solves the long-standing challenge of multi-photon synchronization, potentially redefining quantum hardware design.
From drug discovery and cybersecurity to artificial intelligence, the implications are massive.

#QuantumComputing #PhotonPower #FutureTech #AI

BYD, a leading Chinese electric vehicle manufacturer, has a factory spread across 30,000 acres, which is larger than San Francisco.

#china
#electricvehicles
#ChinaTech
#GreenInnovation

Md Shariar Shanaz Shuvon, a 17-year-old self-taught ethical hacker from Bangladesh, has discovered a serious privacy bug in NASA’s system. The flaw allowed access to sensitive Earth data. Shuvon responsibly reported the bug through NASA’s Vulnerability Disclosure Program, earning an official letter of appreciation in February 2025.

Currently studying IT in Malaysia and working as a cybersecurity analyst, Shuvon has also found bugs in Sony and Meta. He specializes in IDOR and data disclosure vulnerabilities and was ranked top 1 globally on TryHackMe.

Despite global success, Shuvon dreams of strengthening cybersecurity in Bangladesh and raising awareness about digital threats. His journey began in Class 7 using YouTube and free resources. “Bug hunting is just the beginning,” he says.

#CyberSecurity #EthicalHacking #NASA #TeenHacker

Only one is green rest all are red.
$PEPE
#pepe

#Pepe is going higher.
$PEPE

China has achieved a significant technological milestone by launching the world's first 10G broadband backbone network, offering unprecedented speeds and virtually no lag.

Developed in partnership with China Mobile, Huawei, and academic institutions, the network stretches across key cities and supports speeds reaching up to 1.2 terabits per second—ten times faster than most global networks in operation today.

This breakthrough positions China at the forefront of global digital infrastructure, enabling next-generation applications like real-time AI, ultra-HD streaming, smart manufacturing, and advanced medical procedures.

The deployment is part of China’s broader ambition to lead in future internet architecture and 6G planning, ahead of rivals like the United States and Europe, which are still in experimental phases of similar technology.
#china #10g
$PEPE
$SHIB
$BONK

Scientists from the University of Bristol and the UK Atomic Energy Authority have developed a "carbon-14 diamond battery" that can power devices for 5,700 years using energy from the radioactive decay of carbon-14, sourced from nuclear reactor graphite waste.

Encased in a diamond-like structure, the battery produces microwatt-level power, ideal for long-term, maintenance-free applications like medical implants, deep-space probes, and remote sensors.

This innovation repurposes nuclear waste into a sustainable energy source, addressing waste management while offering a near-eternal power solution for niche technologies.

$FLOKI
$PEPE
$BONK

In 2024, Japan's construction company Obayashi Corporation is building something known as the Space Elevator. It will consist of carbon nanotubes that will allow humans to travel in lift-type tubes into space. Its name will be "Space Elevator" dream by testing carbon nanotubes (CNTs). The goal of this project is to connect the Earth to space with a cable that will be 96,000 km long CNT. This cable will be connected to wheeled lifts named "Climbers," which will carry goods and people into space. Once completed, this space lift will prove to be a more affordable and easier means of traveling to space.

China has made a groundbreaking move in mining technology by launching the world’s first fleet of 100 driverless electric mining trucks in Mongolia. This innovation marks a major step towards safer, more efficient, and environmentally friendly mining operations. These autonomous trucks are equipped with advanced AI and GPS systems, capable of operating 24/7 with minimal human intervention. A new era of smart mining has officially begun!

#driverlesstechnology
#ElectricVehicles
#SmartMining
#ChinaInnovation
#greentechnology

China achieves first-ever laser measurement of Earth-Moon distance

China has made a significant advancement in deep-space exploration with its successful satellite laser ranging at the Earth-Moon distance. The achievement, announced by the Chinese Academy of Sciences (CAS), marks the first-ever precise laser measurement of a satellite, DRO-A, located approximately 350,000 kilometers away. This measurement was made possible by a unique single-corner-cube reflector onboard the satellite and a ground-based 1.2-meter telescope system.

This breakthrough places China among a select few nations capable of performing high-precision lunar-distance measurements. Experts believe such accuracy is essential for future lunar missions and deep-space navigation. Zhang Wei, the chief engineer of the project, emphasized that the success of this laser ranging lays the foundation for centimeter-level precision in lunar and deep-space measurements.

The satellite’s reflector, developed by the Shanghai Astronomical Observatory, overcame several challenges, including precise angular control and maintaining thermal stability in extreme space conditions. Additionally, the Yunnan Astronomical Observatory played a critical role in optimizing the ground system to detect extremely weak signals and make fine adjustments to the telescope, ensuring successful measurement.

This achievement, led by the Innovation Academy for Microsatellites and other CAS institutes, demonstrates China’s growing capabilities in space technology. Future plans aim to expand participation in ground station operations and refine reflector designs, further solidifying China’s leadership in Earth-Moon exploration.
#Chaina #Science
$PEPE $BTC $BNB

KAITO & ADA moving faster to the Moon 🌙🌝.
$KAITO $ADA

PRICE IS THE ENTRY, VALUE IS THE EXIT – PI NETWORK WILL PROVE THIS.
getting in early can lead to significant long-term gains.
#Pi #PiNetwork
$BNB $BTC $ETH

Bill Gates says that due to artificial intelligence, people will work only two days a week.
He stated that AI could take over many jobs in the next ten years.
This change will give humans more time for personal development and creative work.
The routine of working five days may become a thing of the past.
According to Gates, AI will fill gaps in fields like education and healthcare.
Society will need to learn how to make good use of free time.
#AI

Pi starting to rise...
#pi #CryptoComeback #altcoins #PiNetwork
$KAITO $ADA $ETH

Pi Coin's recent surge is not merely a reflection of a bullish market; rather, it signifies a renewed sense of confidence. With Nicolas' attendance at the Toronto crypto conference, the expansion of its ecosystem, and global community initiatives, the previously dormant fear of missing out is being rekindled. Is the next breakout imminent? #PiNetwork #CryptoFOMO #PiCoin #Web3 $BTC $ETH $XRP