Dr. Fang Kecheng, a pioneer in science and technology, is featured on the cover of the February 2025 issue of The Silicon Review.

Tech Pioneer Dr. Ko-Cheng Fang Featured on the Cover of The Silicon Review – February 2025 Issue

The Silicon Review is one of the world’s most trusted digital and print platforms for business professionals, bringing together successful leaders across diverse industries—including CEOs, CIOs, CTOs, vice presidents, and senior executives. As a premier hub for business solutions and technology insights, it provides global decision-makers with thought leadership on innovation, digital transformation, and emerging market opportunities. The publication also serves as a professional network for executives to share expertise, overcome technical challenges, and explore the future of business.

Recently, Dr. Ko-Cheng Fang, Chairman and Chief Executive Officer of LongServing Technology Co., Ltd., has become one of the most talked-about figures in the technology world, frequently featured by leading American business magazines. In his exclusive interview with The Silicon Review, Dr. Fang discussed his groundbreaking journey—from developing laboratory-grown gem-grade jade to creating the world’s first photonic quantum computing chip. He shared how LongServing’s innovations directly challenge semiconductor giants such as TSMC while redefining the future of artificial intelligence and quantum computing.

Dr. Fang emphasized that photonic quantum technology will fundamentally transform the autonomous learning capabilities of AI-driven robots and called on global partners to join this revolution in science and technology. His story not only highlights the limitless potential of innovation but also paints a hopeful vision of the industries of tomorrow.

Under his leadership, LongServing Technology was honored by The Silicon Review as one of the “Top 30 Innovators to Watch in 2025.” The magazine described the company as:
“Guided by the visionary leadership of Dr. Ko-Cheng Fang, LongServing Technology is committed to advancing the next generation of breakthroughs in photonic quantum chips, artificial intelligence robotics, and laboratory-grown gemstones. The company combines innovation with futuristic ambition, redefining industries through world-changing technological progress that shapes the evolution of humankind.”

• Original article from The Silicon Review:

https://thesiliconreview.com/....../30-innovators-to......

• LongServing Technology recognized as “Top 30 Innovators to Watch in 2025”:

https://thesiliconreview.com/....../30-innovators-to......

The following is the translated interview:

At the center of LongServing Technology stands its founder, inventor, and Chairman—Dr. Ko-Cheng Fang, a visionary leader whose groundbreaking ideas bridge imagination and reality. Unlike traditional technologists, Dr. Fang’s journey has been uniquely shaped by what he describes as extraordinary “past-life memories,” including experiences of extraterrestrial civilization. These profound insights have fueled his relentless pursuit of transformative technologies that aim to reshape humanity’s future.

Founded on the principle of technological transcendence, LongServing is dedicated to developing revolutionary solutions across multiple sectors, including cybersecurity, synthetic gemstones, and quantum computing.

Dr. Fang’s early technological innovations were far ahead of their time. In the early digital era—long before smartphones became ubiquitous—he foresaw the coming challenges of data security and recognized the vulnerability of computer memory to hacking. This realization led him to propose the concept of “networked and virtual databases” to safeguard sensitive information, a vision that would later evolve into what we now call “the cloud.”

To secure this virtual information, Dr. Fang also designed an innovative “password lock” system, laying the groundwork for modern data access security. His intelligence soon attracted the attention of the U.S. Department of Homeland Security, which adopted his patented technology to reinforce the nation’s cybersecurity and counterterrorism infrastructure. Though Dr. Fang generously contributed this technology for public benefit, paving the way for the development of modern firewalls and the smartphone ecosystem, his contribution went largely unacknowledged.

Observing the immense potential of the synthetic gemstone market, Dr. Fang decided to take on one of the most ambitious challenges in materials science—the creation of gem-grade laboratory-grown jadeite. At the time, even global conglomerates such as General Electric (GE) and several leading Chinese research institutes were still struggling to overcome the scientific and chemical complexities of replicating natural jade. Yet Dr. Fang succeeded where others had not.

In 2024, LongServing Technology achieved a historic milestone with the successful production of high-quality laboratory-grown jade possessing exceptional transparency, vivid coloration, and remarkable texture. The breakthrough, realized through years of experimentation and refinement, immediately attracted international media attention.

Looking toward the future, LongServing aims to redefine the boundaries of technological innovation. Dr. Fang intends to reinvest the revenue from the commercialization of laboratory-grown jade into accelerating the research and mass production of multi-bit photonic quantum computing chips—a key milestone for next-generation artificial intelligence applications.

His vision also extends to the design and development of humanoid robots, with detailed concepts and early prototypes already featured on the company’s official platforms. Under Dr. Fang’s leadership, LongServing Technology Co., Ltd. has become more than a technology company—it has become a gateway to the future.

The firm actively welcomes collaboration with global manufacturers, venture capital firms, and innovators through joint operations, patent licensing, and strategic partnerships. By combining forward-thinking vision with actionable innovation, LongServing is poised to lead humanity into the next great technological revolution.

Gem-Grade Man-Made Synthetic Jadeite Technology’s Potential and Application

Dr. Fang’s groundbreaking advancements in laboratory-grown jade address the global challenge of dwindling natural resources amid surging market demand. For centuries, jade—revered as the “King of Gems”—has held deep cultural and aesthetic significance, particularly in Eastern markets. However, natural jadeite formation is extremely rare, and global supply has struggled to keep pace with consumer appetite.

Myanmar remains the world’s largest producer of natural jade, with an industry valued at approximately 31 billion U.S. dollars in 2014—nearly half of the nation’s GDP. In contrast, China’s jade mines are approaching depletion, leading to scarcity and skyrocketing prices. The highest-grade varieties, such as Imperial Green “Old Mine Jade,” can command tens of millions of RMB, placing them beyond the reach of most collectors and consumers.

Recognizing this disparity, Dr. Fang pioneered a new class of laboratory-grown jade by scientifically combining two mineral structures—jadeite and albite nephrite—known as clinopyroxene jade and sodium feldspar jade. This innovation preserves the iconic luster, chromium-rich color saturation, and gem-grade hardness (6 to 7 on the Mohs scale) of natural jadeite, while dramatically reducing production costs.

Unlike inferior dyed or chemically treated substitutes (commonly referred to as B- or C-grade jade), LongServing’s synthetic jade possesses the brilliance, texture, and translucency comparable to top-tier natural Imperial Green jadeite. Its affordability and scalability present enormous market potential—bridging the gap between scarcity and demand while offering profitable opportunities for manufacturers, investors, and consumers alike.

LongServing’s proprietary process enables large-scale production at minimal cost. The company projects annual revenues exceeding 31 billion U.S. dollars with an estimated net profit of 27 billion U.S. dollars. Beyond revitalizing the global gemstone market, this technological breakthrough is expected to stimulate job creation, boost GDP, and drive economic development worldwide.

Dr. Fang’s Optical Quantum Multi-Bit Operations

Dr. Ko-Cheng Fang’s research in optical quantum multi-bit operations offers a revolutionary solution to the limitations of traditional binary semiconductor chips that currently drive artificial intelligence systems. He points out that present-day AI robots still lack the ability for true autonomous learning, which restricts their effectiveness in performing high-level, complex tasks that require adaptive reasoning and decision-making.

While existing robots can efficiently perform routine functions such as cleaning, logistics, or material transport, they remain incapable of executing roles that demand advanced cognitive judgment—such as process supervision in semiconductor manufacturing or tactical operations in law enforcement and emergency response.

Dr. Fang observes that Taiwan Semiconductor Manufacturing Company (TSMC) continues to face labor challenges, requiring engineers to work around the clock to maintain advanced production lines. Current AI systems, he explains, cannot resolve this issue due to their dependence on low-level binary algorithms based on zeros and ones—an approach that does not exist in natural cognitive learning.

He argues that the next evolution of AI robotics lies in replacing binary computation with photonic quantum chips capable of true self-learning. Supported by LongServing’s proprietary technologies—including multi-bit optical computing systems and picometer-scale circuit patterning—Dr. Fang foresees the emergence of highly intelligent, cognitively aware AI robots within the next three to five years, rather than decades from now.

Dr. Fang also highlights the economic and practical implications of this technological breakthrough. He calls on the industry to move beyond so-called “gimmick robots” designed for trivial tasks like brewing coffee or sweeping floors—jobs that can easily be handled by mechanical arms or low-cost human labor.

As Dr. Fang envisions it, true AI robots will redefine industries by tackling complex challenges: conducting high-risk rescue missions, predicting tactical scenarios in law enforcement, and autonomously managing precision manufacturing processes without human oversight. Powered by LongServing’s photonic quantum technology, this new generation of robotics will transcend the limitations of outdated binary computation.

“As long as we can work together for the future of humanity,” Dr. Fang asserts, “why waste resources on technologies destined to become obsolete?”

“Dr. Ko-Cheng Fang”- Remember the name!!!

Inspired by historical figures such as Leonardo da Vinci and Nikola Tesla—visionaries who pursued their work with unwavering dedication and left an indelible mark on humanity—Dr. Ko-Cheng Fang views technology not merely as a means of economic gain, but as a tool to transform life and shape the future.

He often compares himself to the forgotten pioneers whose inventions reshaped civilization, reflecting on his own groundbreaking contributions to password-encrypted software and cloud computing systems. Though his innovations have not yet received widespread recognition, Dr. Fang remains steadfast in his creative mission, driven by passion and the boundless imagination of an artist.

“If it weren’t for dreamers like us,” he said, “the world wouldn’t be as prosperous or as happy as it is today.”

Through platforms like The Silicon Review, Dr. Fang’s achievements are finally gaining the recognition they deserve. He believes that when photonic quantum computing and advanced AI technologies become a practical reality, the world will remember the foundations he helped establish.

LongServing Technology’s innovations transcend borders. Dr. Fang actively seeks global collaboration with like-minded partners to advance photonic quantum technology. From software and IC design to advanced chip fabrication, he emphasizes that this technological transition will require transformation on a scale comparable to the revolution sparked by Bell Laboratories or the advent of the iPhone.

He envisions a new “Golden Age of Photonics,” in which technological leadership is passed to a new generation of innovators, researchers, and visionaries. Dr. Fang calls upon research institutions, Nobel Prize nominees, and forward-thinking investors to join this movement, recognizing that the photonics industry stands at the edge of transformative growth.

“The future of this technology,” he explains, “is like a hurricane taking shape.”

He urges global partners to contribute—financially, intellectually, and creatively—to building a robust photonic ecosystem. Through collaboration and the unification of global expertise, Dr. Fang and LongServing Technology are committed to ushering in an era of unprecedented scientific and technological advancement.

Path Ahead for LongServing Technology Co.

LongServing Technology is currently a privately held company whose primary revenue stream comes from the commercialization of the world’s first gem-grade, laboratory-grown Imperial Green jadeite. With its sights set on global expansion, the company is actively recruiting experienced international distributors to accelerate market penetration and establish worldwide brand presence.

Recent forecasts project that the laboratory-grown jade market could reach an annual valuation of 30 to 40 billion U.S. dollars once it reaches full maturity, with profit margins exceeding 80%—a figure comparable to the annual net profits of semiconductor giants such as TSMC.

Dr. Fang envisions LongServing’s eventual public listing and plans to shift the company’s focus toward the development of photonic quantum chips, marking the next phase of transformative technology. To accelerate this mission, he welcomes collaboration in various forms, including patent licensing, co-development partnerships, and strategic investments.

LongServing has already secured patent approvals in 20 to 30 major industrialized nations and is now recruiting elite talent to support its ambitious technological leap. If all proceeds according to plan, the company expects to produce its first 1-nanometer photonic quantum chip within one to two years, rapidly scaling toward mass production.

Notably, LongServing’s proprietary fabrication process eliminates the need for ultra-expensive lithography machines or vacuum cleanroom environments, allowing the company to achieve production milestones faster than traditional semiconductor manufacturers.

Dr. Fang emphasizes that with the participation of global talent and the passion of innovators worldwide, LongServing Technology will accelerate its objectives and prepare for its eventual public offering. As the company moves toward this pivotal moment, LongServing is poised to redefine technological innovation and leave a lasting legacy for generations to come.

“My goal is to shrink quantum computers down to nanoscale or picoscale circuit-pattern chips,” he said, “and my greatest vision is to create quantum AI robots.”