News on China's scientific and technological development.

supercat

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Hydraulic engineers using a “multi-node, multi-GPU” parallel computing approach based on domestic CPUs and GPUs outdo Nvidia chips nearly tenfold in supercomputer simulation.

Chinese GPUs outdo Nvidia chips nearly tenfold in supercomputer simulation: study​

Innovative parallel computing design using domestic hardware underscores Beijing’s broader strategy to blunt ‘chokepoint’ risks in critical tech

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China's Innogen is the third company in the world that developed a GLP-1 drug to treat type 2 diabetes in adults (similar to Ozempic).

Innogen's GLP-1 injection approved for treatment of type 2 diabetes in adults​

A human-derived, ultra-long-acting GLP-1 injection independently researched and developed by Innogen, a Shanghai-based medical technology enterprise, was recently approved for market by China's National Medical Products Administration for the treatment of type 2 diabetes in adults.

This innovative injection, which only needs to be administered once a week to lower blood sugar levels and improve metabolic function for diabetic
patients, has also exhibited positive results in achieving weight loss in ongoing clinical trials.

The launch of this medicine allowed Innogen to become Asia's first enterprise and the world's third to possess independent intellectual property rights for a human-derived, long-acting GLP-1 receptor agonist, poised to challenge the leading market position of imported drugs like semaglutide by Danish pharmaceutical company Novo Nordisk and tirzepatide by US pharmaceutical company Eli Lilly.
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sunnymaxi

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China has built over 30,000 basic-level smart factories as part of a nationwide push to accelerate industrial digitalization and intelligent upgrading, according to the Ministry of Industry and Information Technology (MIIT).

The initiative, under the smart factory gradient cultivation action, has also seen the creation of 1,200 advanced-level and 230 excellence-level smart factories. This achievement highlights the significant progress that has been made in reshaping the country's manufacturing landscape, according to the ministry.

The 230 excellence-level factories, distributed across all 31 provincial regions in China and covering over 80 percent of manufacturing sectors, have carried out nearly 2,000 advanced scenarios, including smart warehousing, AI-powered quality inspections, and digital research and development, said MIIT.

On average, these factories are 28.4 percent shorter in product development cycles, 22.3 percent higher in production efficiency, 50.2 percent lower in defect rates and 20.4 percent lower in carbon emissions, said the ministry.

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tokenanalyst

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The construction of the country's first "one-stop" scientific research infrastructure for energy storage - large-scale scientific research infrastructure for smart energy storage has started


On the morning of January 2, the concentrated start-up ceremony of Xiamen’s 2025 New Year’s “good start” major projects and the groundbreaking ceremony for the Xiangnan District Smart Energy Storage Device and Industrial Support Base Project were held in Area C of the southern area of Xiang’an. The construction of the large-scale scientific research infrastructure of the Jiageng Innovation Laboratory Smart Energy Storage officially started.

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The Smart Energy Storage Large-Scale Scientific Research Infrastructure is the first one-stop scientific research infrastructure for energy storage in China, jointly built by Xiamen University, Tan Kah Kee Innovation Laboratory and Torch Group with the support of Xiamen City. The facility targets several major key scientific issues such as energy material safety and efficiency, and through the deep integration of artificial intelligence, it realizes high-throughput and automated preparation of electrochemical energy materials and devices, as well as cross-scale characterization with high energy resolution, time resolution and space resolution, so as to significantly improve the R&D efficiency of energy materials and devices, and serve the innovation needs of the "material-material-device-use" full chain of the energy storage industry.

The project is located in Xiamen Science City in the southern part of Xiang'an. The first phase covers an area of 60 acres and is scheduled to be completed and put into use in the first half of 2027. The construction of the facility will help promote the zero breakthrough of Fujian Province in large scientific facilities and fill the gap in large energy storage facilities in my country. The Jiageng Innovation Laboratory will take this opportunity to further integrate scientific research resources, strengthen the industry-university-research cooperation mechanism, accelerate the transformation and application of scientific and technological achievements, and strive to build a large-scale scientific research infrastructure for smart energy storage into an internationally leading energy storage technology research and development highland.​

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broadsword

Brigadier
This cure is for just one kind of leukemia, of which I think there are eight.

Oral arsenic trioxide for leukemia has a 97% cure rate: Hong Kong's prescription medicine enters international arena
by The University of Hong Kong

Credit: The University of Hong Kong

Researchers at the LKS Faculty of Medicine of the University of Hong Kong (HKUMed) have invented an oral formulation of arsenic trioxide (Oral-ATO; ARSENOL) for the treatment of acute promyelocytic leukemia (APL), a blood cancer that once had a high fatality rate.

The invention and use of oral-ATO is of historic importance for medicine in Hong Kong. It is the first-ever prescription medication wholly invented and manufactured in Hong Kong, and also the first to obtain U.S., European and Japanese patents.

After more than two decades of dedicated work, the HKU research team successfully translated this Hong Kong invention into clinical practice by incorporating oral-ATO into the treatment plan of APL patients. Extensive clinical studies of oral-ATO have demonstrated its high efficacy and safety in curing APL patients, with an overall survival (OS) rate exceeding 97%, along with a significant reduction in side-effects and treatment burden.

Excellent results of oral-ATO for APL
For more than two decades, the HKUMed research team performed extensive studies on oral-ATO for APL. In a 15-year prospective follow-up study of more than 400 patients with relapsed APL, oral-ATO-based treatment resulted in a 100% molecular remission rate and a five-year OS rate of 80%. These outcomes were achieved without bone marrow transplantation, a highly toxic treatment that is still used in many parts of the world that do not have access to oral-ATO.

The HKUMed research team then moved oral-ATO to the maintenance treatment of APL patients in first complete remission, resulting in a 90% five-year leukemia-free survival (LFS) rate and a 97% OS rate. The next step was the incorporation of oral-ATO into frontline treatment of newly diagnosed APL patients, achieving 100% LFS and OS at five years.

Following these studies, the HKUMed research team developed a treatment plan comprising timely treatment initiation, necessary supportive care and the frontline use of oral-ATO. This approach has reduced the incidence of early deaths related to APL complications, which in the past had a fatality rate of up to 20%–30%.

The HKUMed research team is currently testing frontline treatment in Hong Kong with an entirely oral regimen comprising oral-ATO, all-trans retinoic acid (ATRA) and ascorbic acid (AAA) for APL in a risk-adapted manner.

Oral-ATO as the new standard of care in APL
According to Dr. Harinder Gill, Clinical Associate Professor in the Department of Medicine, School of Clinical Medicine of HKUMed, the study's lead investigator, the entirely oral regimen "AAA" is highly effective and safe and can be administered in an outpatient setting for all risk categories of APL patients. It can minimize chemotherapy in patients at all risk levels—not just in lower-risk patients—as well as in both children and adults.

Recognition by the US FDA and the EMA
As part of the first steps in placing oral-ATO in the international arena of medicine, oral-ATO obtained orphan drug designation (ODD) from the US Food and Drug Administration (FDA) and the European Medicines Agency (EMA), as well as an investigational new drug designation (IND) from the US FDA. Oral-ATO is the first prescription anti-cancer drug invented in Hong Kong to obtain key FDA and EMA designations, which are pivotal requisites for global studies of oral-ATO.

The APL Asian Consortium, led by HKUMed, brings together researchers from Hong Kong, Malaysia, Singapore and Taiwan to focus on APL research and treatment. Their first retrospective analysis demonstrated the superiority of the frontline "AAA" regimen to more conventional regimens that include chemotherapy. The APL Asian Consortium is currently a platform for promoting the use of oral-ATO in these regions.

Globalization of oral-ATO
Greater Bay Area (GBA) and Asia
The HKUMed researchers teamed up with researchers in the GBA (through HKU-Shenzhen Hospital) and Asia (via National University Cancer Institute Singapore and National University Hospital, Singapore) to develop the use of oral-ATO. This multicenter research team demonstrated a three-year OS and relapse-free survival (RFS) rate of 99% and 97%, respectively.

Oral-ATO has been approved by the Guangdong Provincial Medical Products Administration (GDMPA) for clinical use in the GBA via the HKU-Shenzhen Hospital. Under the aegis of the Asian APL Consortium, oral-ATO is available for research and clinical use on APL patients in Singapore, Malaysia and Taiwan.

United Kingdom
The UK AML Research Network and the University of Cardiff, U.K., in collaboration with the HKUMed research team, obtained funding from Blood Cancer UK for oral-ATO. A nation-wide Phase 3 study incorporating oral-ATO will be investigated in the frontline management of APL in the UK. This is a landmark for medicinal development in Hong Kong.

U.S. and Europe
ODDs granted by the US FDA and the EMA provide the regulatory requirements for studies of oral-ATO in the U.S. and Europe. The HKUMed researchers will team up with industry partners to conduct these clinical studies, which are set to commence in Hong Kong, North America and Europe this year.

APL as a curable disease
"We take great pride in seeing our research translated into practice in Hong Kong and around the world," said Dr. Gill. "The development of oral-ATO is a game-changer for APL patients. It offers a convenient and effective treatment option that can significantly improve their quality of life.

"We are proud to play a pioneering role in bringing this innovation to the world and are committed to ensuring that all APL patients have access to this life-saving and cost-effective therapy. In this way, we aim to make APL a curable disease for patients around the world. As doctors, this will be our greatest achievement."

Provided by The University of Hong Kong
 

SanWenYu

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Highly printable, strong, and ductile ordered intermetallic alloy​

Ordered intermetallic alloys are renowned for their impressive mechanical, chemical, and physical properties, making them appealing for various fields. However, practical applications of them have long been severely hindered due to their severe brittleness and poor fabricability. It is difficult to fabricate such materials into components with complex geometries through traditional subtractive manufacturing methods. Here, we proposed a strategy to solve these long-standing issues through the additive manufacturing of chemically complex intermetallic alloy (CCIMA) based on laser powder bed fusion (LPBF). The developed CCIMA exhibits good printability, enabling a crack-free microstructure with a low porosity of 0.005%. More importantly, a good combination of high tensile strength (~1.6 GPa) and large uniform elongation (~35%) can be achieved, which has not been reported in the existing additive-manufactured alloys. Such properties are attributed to the structural and chemical features of highly ordered superlattice grain decorated with disordered interfacial nanolayer, as well as dynamic evolutions and interactions of multiple dislocation substructures. These findings could provide references for developing high-performance intermetallic alloys and accelerating their practical applications.

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金属间化合物是处于金属与陶瓷之间的一种新型材料,它成功填补了这两种传统合金之间的空档,受到了十分广泛的关注。作为一类独特的材料,其拥有多种多样的有序超点阵结构和许多不同寻常的物理化学特性,如低密度、高熔点、反常屈服、优异的加工硬化能力和耐腐蚀性等。因此在航空航天、能源、汽车等领域均具有广泛的应用潜力。例如,全球航空发动机结构快速发展,尤其是高性能、高推重比航空发动机的研制,大大促进了金属间化合物的开发与应用。比如美国的高性能F119型发动机的外涵机匣、涡轮盘都是采用的金属间化合物,验证机F120型发动机的压气机叶片和盘均采用了新的钛铝金属间化合物。然而,长期以来,此类合金在实际应用过程中始终面临着两大技术难题:一是严重的室温脆性在较高应力条件下不可避免地发生沿晶脆性断裂;二是较差的可加工能力,其加工工艺复杂,制造成本高,因此严重限制了金属间化合物在工程领域的推广与应用。

工作创新


为突破金属间化合物材料的性能与制造的技术瓶颈,香港城市大学杨涛教授团队和哈尔滨工业大学(深圳)赵怡潞教授联合南方科技大学严明教授、韩晓东教授等研究人员,利用激光3D打印技术共同开发了Ni-Co-Si-Ti-Al-B体系化学复杂型多主元金属间化合物,历史上首次实现了L12类型金属间化合物的无裂纹、高质量以及复杂结构的增材制造成形并突破了其性能的极限,拉伸强度高达1.6 GPa,均匀延伸率高达35 %,远超其他类型金属间化合物的性能 (图1),相关结果发表在国际学术顶刊《Nature Communications》上论文链接 (Highly printable, strong, and ductile ordered intermetallic alloy; https://www.nature.com/articles/s41467-025-56355-2)。论文的第一作者为周英豪博士后

研究团队同时对增材制造Ni-Co-Si-Ti-Al-B体系的微观组织和强韧化机制进行了多尺度分析。如图2所示,经过一步简单固溶处理,该化学复杂型金属间化合物表现出了高度有序的晶体结构,无偏析和杂相的形成。其中晶内为高度有序的原子排列,原子能谱表明,Ni和Co占L12晶体结构的面心位点,而Si、Al、Ti则占顶点位点。晶内高度有序的晶体结构可引发超晶格位错的快速增殖、交滑移、L-C lock等独特的变形行为(图4d-f),从而实现了优异的加工硬化能力。更重要的是,通过调控晶界偏析元素(Co和B),可在晶界附近形成一层纳米无序层 (图3),该无序层相比较硬的L12晶内,可承受更大的塑性应变(图4a-c),从而降低了裂纹形核的可能性;另外,小原子硼在晶界的偏析也显著提高了晶界的本征强度,从而综合提升了化学复杂型金属间化合物在高应力条件下的延展性。

小结与展望

此项工作开发了一种Ni-Co-Si-Ti-Al-B体系化学复杂型金属间化合物,并利用激光3D打印技术首次实现了此类金属间化合物的无裂纹、高质量增材制造,同时突破了其制造与性能的极限,对新型金属间化合物材料的革新、增材制造及产业化应用均具有巨大的推动作用。

这一“前沿新材料”与“先进制造技术”制造技术的有机结合也有望大量应用于其他金属材料的设计与开发之中,将大大促进特种高性能合金及其零部件的快速发展,为航空航天、能源化工等高尖端领域的核心技术突破发挥重要作用。
 
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