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Young International Scientists Say Tech Cooperation Creates Strong Bond

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BEIJING, Nov. 29, 2024 /PRNewswire/ — For Muhammad Salman Hameed, a Pakistani researcher, his six years of experience in China have been highly rewarding. He has not only refined his research techniques and expanded his professional network, but also built cross-cultural relationships that have enriched both his career and personal life.

Supportive research environment

China is more advanced in academic and research facilities compared to Pakistan,” Hameed told Science and Technology Daily (S&T Daily). This motivated him to pursue his PhD in Agriculture Entomology in Institute of Applied Ecology at Fujian Agriculture and Forestry University (FAFU) from 2014 to 2018, attracted by the excellent research opportunities in Applied Ecology.

Hameed said the learning experience significantly impacted his personal growth and future career development, equipping him with valuable research skills, a global perspective, and a strong academic network. His four years in China also instilled a deep affection for the country. After working in his home country for a while, he chose to return to China, attracted by its supportive research environment.

China’s technological advancements in agriculture have been remarkable, driven by substantial investments in research and development, a robust innovation ecosystem and strategic government policies, Hameed said.

In March 2023, his education background and professional expertise led to an opportunity to work as an assistant researcher in a lab at the Central China Normal University (CCNU) under the supervision of Professor Ren Yanliang.

Ren was seeking for international talents with expertise in molecular biology techniques like gene cloning and silencing (RNA interference). “Hameed was the ideal candidate,” Ren told S&T Daily.

At the CCNU, Hameed is impressed by the modern and advanced research facilities. The lab is equipped with a comprehensive range of instruments covering areas such as chemical biology, genetic engineering, crystallography and cell biology.

“The state-of-the-art instruments are invaluable to researchers, saving time and yielding high-quality results,” he said. Hameed describes China’s research and development (R&D) environment as collaborative, innovative and well-resourced.

No pain, no gain

According to Ren, the lab focuses on R&D of innovative chemical drugs with one of its goals being to address the environmental problems caused by the excessive proliferation of blue-green algae in water bodies. This phenomenon leads to eutrophication, which deteriorates water quality.

“Hameed plays a crucial role in our laboratory. He is the only one capable of conducting experiments in genetic engineering,” Ren said.

Genetic engineering research is demanding with a long payback period and a substantial workload. It involves multiple experimental steps, each closely interconnected with the next. A mistake in any one step can require restarting the entire process from the beginning. Therefore, Hameed must exercise great patience and perseverance to tackle unexpected difficulties.

He mentioned that his Chinese researchers are very hard-working and their dedication clearly pays off in their research work. Like them, Hameed’s own commitment was rewarded when he made a pivotal breakthrough in gene knockout and the overexpression of essential gene in blue-green algae.

During the process, Hameed faced technical challenges. “However, my colleagues provided valuable technical advice and laboratory resources which helped me to overcome these challenges,” he said.

He is not hesitant to ask questions and seek assistance when needed, which is a crucial trait for overcoming research challenges. His research experience in China has been immensely beneficial, fostering a disciplined approach to scientific inquiry and a strong work ethic.

The baton of friendship

Hameed mentioned that he was particularly impressed by his Chinese colleagues’ teamwork and their openness in sharing knowledge.

While he had expertise in plant biology, Ren’s lab focuses on the blue-green algae. There are significant differences in cellular structures, experimental methods and the instruments used in both fields, but Ren helped him adapt to the new research environment.

In return, the Chinese researchers learned writing and oral communication skills from Hameed. Working with him also sparked their interest in international collaboration.

“Sci-tech exchanges are essential for mutual growth, knowledge sharing, and addressing global challenges,” Hameed said.

Ren also emphasized that international cooperation is crucial for scientific research. The innovative drug research encompasses a wide range of disciplines, including molecular design, chemical biology, drug synthesis, structural biology, cellular experiments and medical research.

Over the years, Ren’s lab has collaborated with institutions in South Africa and Bulgaria, offering Hameed further international exposure.

“International collaboration allow us to pool expertise and resources from various fields, advancing research for the benefit of humanity,” Ren said.

In recent years, Ren noted a significant increase in applications from Pakistani undergraduate students seeking to pursue their master’s in China. “The number of applications has risen two to threefold compared to previous years, reflecting China’s growing international recognition in science and technology,” Ren said.

According to a joint statement issued by China and Pakistan in October, both sides agreed to align China’s eight major steps for supporting Belt and Road cooperation with Pakistan’s 5Es framework, which focuses on exports, e-Pakistan, environment, energy, and equity & empowerment.

The two countries also committed to strengthening their practical cooperation in areas such as crop cultivation, animal husbandry, epidemic prevention and control in plants and animals, and agricultural mechanization. They will leverage local resources and organize training programs to cultivate talents in agriculture, science and information technology.

As the interactions between the two nations deepen, the bond of ChinaPakistan friendship will continue to be passed down from generation to generation.

This article is written in cooperation with the China Science and Technology Exchange Center (CSTEC).

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SOURCE Science and Technology Daily

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2026 Vietnam-China Cross-Border Tourism AI Empowerment Cooperation Exchange Program Concludes in Nanning

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NANNING, China, April 19, 2026 /PRNewswire/ — This is a report from china-asean-media.com.

The 14-day “2026 Vietnam-China Cross-Border Tourism AI Empowerment Cooperation and Exchange Program” successfully concluded on April 19 in Nanning, Guangxi. Co-hosted by the Department of Culture and Tourism of Guangxi Zhuang Autonomous Region (China) and the Departments of Culture, Sports, and Tourism of Quang Ninh, Lang Son, Cao Bang, and Tuyen Quang provinces (Vietnam), the event brought together nearly 30 tourism officials and industry representatives from the four Vietnamese localities.

With the theme “Vietnam-China AI + Cross-Border Tourism Exchange and Cooperation,” the program combined expert lectures, case studies on AI applications, and field visits. Participants gained insights into ASEAN-China tourism policies, AI-driven cross-border cooperation models, and smart tourism technologies. Hands-on training enabled them to use AI tools for decision-making, product development, and destination branding.

The delegation conducted field studies in Nanning, Liuzhou, Guilin, and Hechi. They visited the China-ASEAN AI Innovation and Cooperation Center, the “Easy Visit Guangxi” platform, the No. Wang Cultural Industrial Park, and the BAO JUN base, experiencing Guangxi’s smart, industrial, landscape, and wellness tourism offerings.

A meaningful part of the program was retracing President Ho Chi Minh’s revolutionary footsteps in Guangxi, including visits to the former site of Yucai School in Nanning, the former residence of Ho Chi Minh in Liuzhou, and the “September 2” School site in Guilin. On April 17, all participants attended the launch ceremony of the 2026 Vietnam-China Border People’s Carnival in Nanning, witnessing the deep friendship and mutual support between the border communities of both nations.

At the closing ceremony on April 18, a cross-border tourism product design competition was held. The team from Quang Ninh won the Best Design Award, while teams from Lang Son, Cao Bang, and Tuyen Quang received Excellence Awards. Mr. Lưu Bá Mạc, Vice Director of Lang Son’s Department of Culture, Sports and Tourism, praised the program for fostering practical cooperation and opening new directions for the “comrades and brothers” friendship between local authorities.

The program not only provided Vietnamese tourism professionals with valuable knowledge in AI and smart tourism but also laid a solid foundation for future cooperation in building shared tourism information platforms, developing smart products, and enhancing data connectivity. Both sides reaffirmed their commitment to advancing high-quality development of the cultural and tourism industry through AI, contributing to the strategic Vietnam-China community with a shared future.

View original content:https://www.prnewswire.com/apac/news-releases/2026-vietnam-china-cross-border-tourism-ai-empowerment-cooperation-exchange-program-concludes-in-nanning-302746589.html

SOURCE china-asean-media.com

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TCL Solar: Powering Pakistan with advanced solar module innovation

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LAHORE, Pakistan, April 19, 2026 /PRNewswire/ — TCL Solar made a strong impact at this year’s Solar Pakistan exhibition (17th-19th April, at Expo Centre Lahore) by unveiling a range of advanced solar solutions designed to meet the growing demand for low-carbon energy in South Asia and the Middle East.

The new T5 Pro solar module represents a major leap in N-type TOPCon technology, delivering breakthroughs in both conversion efficiency and power output. It is designed to be the new flagship product in the industry, offering enhanced performance and long-term value.

Key Highlights of the T5 Pro:

A unique product design: The T5 Pro specificity remains in its design architecture, with an overlapping tri-cut cell construction. This innovative structure significantly boosts the module’s performance, ensuring superior output and higher energy yield.

Product Reliability: The T5 Pro’s low-current technology ensures precise temperature control, with hotspot temperatures up to 45°C lower than conventional modules. This reduces the risk of fire hazards and improves overall module longevity. The module has also passed rigorous reliability tests, making it ideal for diverse applications, including commercial rooftops and ground-mounted power stations.

Customer Value: By enhancing energy generation and reducing project lifecycle costs, the T5 Pro provides a high return on investment for both residential and commercial solar applications.

TCL Solar’s Lightweight Module: Optimized for C&I Rooftops

TCL Solar’s Lightweight Module addresses the specific challenges faced by commercial and industrial (C&I) rooftops, particularly in areas with limited load-bearing capacity.

Improved Power Output: Weighing only 5.4 kg/m², these modules generate 3-6% more power compared to traditional TOPCon modules, offering a highly efficient solution for weight-sensitive environments.

Superior Heat Dissipation: The ultra-thin glass design enhances heat dissipation, lowers operating temperatures and reduces overall weight and making the modules ideal for aging rooftops or structures with limited structural integrity.

Building on the momentum at Solar Pakistan 2026, TCL SOLAR and TAIMOOR TRADING CO. have signed a Memorandum of Understanding (MOU), marking a key step in advancing solar energy solutions. This partnership aims to expand clean power access and drive sustainable development across Pakistan and beyond, with a shared focus on innovation and a low-carbon future.

Focusing on innovation, efficiency, and reduced environmental impact, TCL Solar continues to lead the way in solar technology in Pakistan and across the region, providing solutions that meet today’s energy needs while enabling measurable emissions reductions across the energy value chain.

As Pakistan embraces renewable energy, TCL Solar’s cutting-edge technologies will help drive the growth of low-carbon energy in South Asia and the Middle East.

View original content to download multimedia:https://www.prnewswire.com/apac/news-releases/tcl-solar-powering-pakistan-with-advanced-solar-module-innovation-302746579.html

SOURCE TCL Solar

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Technology

TCL Solar: Powering Pakistan with advanced solar module innovation

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LAHORE, Pakistan, April 19, 2026 /PRNewswire/ — TCL Solar made a strong impact at this year’s Solar Pakistan exhibition (17th-19th April, at Expo Centre Lahore) by unveiling a range of advanced solar solutions designed to meet the growing demand for low-carbon energy in South Asia and the Middle East.

The new T5 Pro solar module represents a major leap in N-type TOPCon technology, delivering breakthroughs in both conversion efficiency and power output. It is designed to be the new flagship product in the industry, offering enhanced performance and long-term value.

Key Highlights of the T5 Pro:

A unique product design: The T5 Pro specificity remains in its design architecture, with an overlapping tri-cut cell construction. This innovative structure significantly boosts the module’s performance, ensuring superior output and higher energy yield.

Product Reliability: The T5 Pro’s low-current technology ensures precise temperature control, with hotspot temperatures up to 45°C lower than conventional modules. This reduces the risk of fire hazards and improves overall module longevity. The module has also passed rigorous reliability tests, making it ideal for diverse applications, including commercial rooftops and ground-mounted power stations.

Customer Value: By enhancing energy generation and reducing project lifecycle costs, the T5 Pro provides a high return on investment for both residential and commercial solar applications.

TCL Solar’s Lightweight Module: Optimized for C&I Rooftops

TCL Solar’s Lightweight Module addresses the specific challenges faced by commercial and industrial (C&I) rooftops, particularly in areas with limited load-bearing capacity.

Improved Power Output: Weighing only 5.4 kg/m², these modules generate 3-6% more power compared to traditional TOPCon modules, offering a highly efficient solution for weight-sensitive environments.

Superior Heat Dissipation: The ultra-thin glass design enhances heat dissipation, lowers operating temperatures and reduces overall weight and making the modules ideal for aging rooftops or structures with limited structural integrity.

Building on the momentum at Solar Pakistan 2026, TCL SOLAR and TAIMOOR TRADING CO. have signed a Memorandum of Understanding (MOU), marking a key step in advancing solar energy solutions. This partnership aims to expand clean power access and drive sustainable development across Pakistan and beyond, with a shared focus on innovation and a low-carbon future.

Focusing on innovation, efficiency, and reduced environmental impact, TCL Solar continues to lead the way in solar technology in Pakistan and across the region, providing solutions that meet today’s energy needs while enabling measurable emissions reductions across the energy value chain.

As Pakistan embraces renewable energy, TCL Solar’s cutting-edge technologies will help drive the growth of low-carbon energy in South Asia and the Middle East.

View original content to download multimedia:https://www.prnewswire.com/apac/news-releases/tcl-solar-powering-pakistan-with-advanced-solar-module-innovation-302746579.html

SOURCE TCL Solar

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