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I Ching Stream Launches English-Language Platform and Publishes a Standardized Notation Framework for Classical Chinese Technical Texts

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I Ching Stream Launches English-Language Platform and Publishes a Standardized Notation Framework for Classical Chinese Technical Texts
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I Ching Stream Launches English-Language Platform and Publishes a Standardized Notation Framework for Classical Chinese Technical Texts

2026-02-11 18:34 Last Updated At:02-12 13:18

NEW YORK, Feb. 11, 2026 /PRNewswire/ -- I Ching Stream has launched its comprehensive English-language platform, ichingstream.com, offering international readers a structured pathway into the I Ching as it is actually practiced in China today. Founded by Xuan Wanyan, the platform addresses a longstanding gap in the field: the absence of a coherent, practice-oriented English library of core classics centered on the Na Jia method (Wen Wang Gua).

In the English-speaking world, modern engagement with these materials has historically been shaped by a small number of influential twentieth-century translations, including editions associated with Richard Wilhelm and James Legge. These works created an enduring entry point for many readers and remain important to the modern reception of the tradition. Within that early English-language lens, the best-known procedural layer has often been the Great Expansion yarrow-stalk method, documented and discussed in major translations and studies as a classical casting procedure.

In parallel, global interest in Chinese history and cultural systems has accelerated in recent years, including popular online discourse framed as "Very Chinese Time" or "Chinamaxxing." I Ching Stream responds to this momentum through a disciplined, source-based framework, emphasizing long-term study, structure, and editorial rigor rather than trend-driven appropriation.

However, beyond this well-documented layer, technically central materials preserved in Chinese sources have remained difficult to access in English as coherent systems. Among these, the Na Jia method (Wen Wang Gua), a core framework in mainstream practice, has long lacked comprehensive, system-based representation. English resources have often appeared as fragmented excerpts, secondary commentary, or inconsistent terminology, limiting readers' ability to track structure across long texts, follow recurring symbols, or compare parallel passages across multiple classics.

I Ching Stream addresses this structural gap through systematic translation and editorial organization of core Na Jia classics, alongside closely related technical works, presented as a unified English-language library grounded in primary sources. The goal is to transmit these sources as internally coherent systems that can be studied consistently in English.

A key obstacle in translation is the handling of cyclical symbols used throughout classical Chinese texts and the traditional Chinese calendar. To preserve their functional role while keeping the page readable in English, I Ching Stream publishes a standardized notation system: for Chinese calendar usage, the Ten Heavenly Stems are rendered as Roman numerals (Jia=I, Yi=II, Bing=III, Ding=IV, Wu=V, Ji=VI, Geng=VII, Xin=VIII, Ren=IX, Gui=X) and the Twelve Earthly Branches as stable letter codes (Zi=A, Chou=B, Yin=C, Mao=D, Chen=E, Si=F, Wu=G, Wei=H, Shen=J, You=K, Xu=L, Hai=M), applied consistently across editions.

"The difficulty is not vocabulary alone," said founder Xuan Wanyan. "These texts are highly structured. If translation loses structural consistency, readers lose the system. Our work focuses on preserving internal mechanics while presenting them in a form English readers can actually follow."

Xuan Wanyan is a Columbia University graduate and a U.S. CPA with an applied AI background and international experience. She has spent years studying traditional Chinese culture and previously held financial management roles at multinational companies. She founded I Ching Stream to build scalable English-language publishing infrastructure and notation standards for technically dense classical Chinese source literature.

Since launch, I Ching Stream has attracted readers across North America, Europe, and Latin America, including independent scholars, translators, educators, and serious learners. Additional translations and supporting study resources are planned throughout 2026 as the platform continues building a durable English-language foundation and a scalable publishing-and-tools infrastructure for global readers.

About I Ching Stream
I Ching Stream is an English-language platform dedicated to the systematic translation and presentation of classical Chinese texts centered on the Na Jia method (Wen Wang Gua), image-based analysis, and the Great Expansion method. Through source-based editions, consistent terminology, and standardized notation for calendar-based cyclical markers, the platform provides coherent access to materials that have long remained fragmented or unavailable in English. In addition, I Ching Stream offers a professional-grade charting (casting) and reference tool designed to support structured study and responsible use, similar in format to familiar consumer apps, but built for serious learners and technical accuracy. Learn more at: https://www.ichingstream.com

Contact
I Ching Stream
contact@ichingstream.com 

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I Ching Stream Launches English-Language Platform and Publishes a Standardized Notation Framework for Classical Chinese Technical Texts

I Ching Stream Launches English-Language Platform and Publishes a Standardized Notation Framework for Classical Chinese Technical Texts

I Ching Stream Launches English-Language Platform and Publishes a Standardized Notation Framework for Classical Chinese Technical Texts

I Ching Stream Launches English-Language Platform and Publishes a Standardized Notation Framework for Classical Chinese Technical Texts

National competition in Shapingba District draws more than 100 teams developing robotics technologies for real-world deployment

CHONGQING, China, Sept. 18, 2026 /PRNewswire/ -- A national robotics competition held this month in Chongqing offered a look at China's efforts to move embodied artificial intelligence out of research laboratories and into commercial use.

The finals of the 11th "Maker in China" SME Innovation and Entrepreneurship Contest for Intelligent Biomimetic Robots concluded Sept. 11 in Chongqing's Shapingba District. The three-day national competition drew more than 100 teams from across China, with projects spanning biomimetic robotics, industrial automation and AI systems designed to perceive and interact with the physical world. 

Alongside the competition, organizers arranged meetings involving companies, universities and research institutions, as well as discussions aimed at technology transfer, financing and local deployment. The event formed part of a national program intended to support innovative SMEs with specialized technologies. Its theme was "Pushing Tech Frontiers, Unleashing Creativity."

The competition comprised 13 tracks, covering work ranging from foundational research to systems approaching commercial deployment. Teams in the startup category competed in three broad areas: cutting-edge technologies, core enabling technologies and specialized applications. Their projects focused in part on the hardware, software and control systems underpinning the next generation of robots.

Teams in the enterprise category, by contrast, tested systems designed for real-world use in the electric power, healthcare and service sectors. The emphasis was on whether the technologies could perform reliably in operating environments and be scaled for broader deployment.

Many of the entries targeted technical bottlenecks that have limited the wider deployment of robotic systems. Projects included multi-robot coordination and task-scheduling systems for warehouses; assistive exoskeletons for older adults and rehabilitation patients; biomimetic robots for inspecting electric power infrastructure; miniature hummingbird-inspired flapping-wing drones; and robots capable of folding clothing autonomously. Together, the projects illustrated the range of engineering approaches Chinese developers are pursuing as they seek practical applications for embodied AI.

The competition also served as a venue for financing and business-development discussions, and several participating projects announced plans to establish operations in Shapingba. At the closing ceremony, the Shapingba District government signed letters of intent with SIASUN Robot & Automation Co., Ltd. and Chentu Technology, among other companies. ZTE also signed letters of intent with teams from Zhejiang University and Xi'an Jiaotong University.

Shapingba is seeking to establish itself as a center for embodied AI within Chongqing's broader robotics supply chain. The value of the district's robotics output rose 233% from a year earlier during the first seven months of 2026, according to local government data.

 

 

 

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Xinhua Finance: Robotics Contest Highlights Chongqing District's Push Into Embodied AI

Xinhua Finance: Robotics Contest Highlights Chongqing District's Push Into Embodied AI

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