Public Benefit Inventions for Everyone- Distributed AI Robot Series

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3. Unequal Distribution The richest people are collecting global wealth but creating a lot of carbon emissions Global Carbon Emissions Global Wealth Top 1 % Top 10% Rich The other 99 % The other 90 % of the population Are you really willing to let the world bear the consequences together ? 3

4. The Catastrophe of the Present and the Future No matter what project is developed, nothing deserves more attention than coping with the catastrophe caused by ecological damage. • Extreme Climate : Storms, tsunamis, floods, droughts, and heavy snow have caused countless losses of life and property. • Sea level rise : Low-lying cities face the risk of seawater flooding • Epidemics : Global warming is fueling the spread of major epidemics, and humanity is facing an unprecedented • Species Extinction : 1 % of humans have wiped out nearly 85 % of wild mammals and cut down half of the world's plants. • Air Pollution : Haze is a serious threat to health. 4

5. Carbon Monster Traditional • Electricity and heat production : mainly due to the burning of coal, natural gas and oil to generate electricity and heat • • Transportation : including road, rail, air and sea transportation Manufacturing and construction : This includes emissions from the production of goods and building materials, such as cement and steel • Agriculture : mainly from methane (produced by livestock) and nitrous oxide (released from fertilizers) Emerging • Bitcoin Mining : Since its inception, the Bitcoin network has emitted approximately 199.65 million tons of CO2 equivalent. In comparison, Bitcoin mining’s annual carbon emissions are estimated to be around 65 million tons of CO2, comparable to the emissions of a country like Greece. • AI computing power : Generating an image using a generative AI model requires as much energy as a fully charged smartphone • Advanced wafer manufacturing : Producing today’s advanced wafers is estimated to consume nearly 8 billion kWh per year and is expected to quadruple over the next decade. 5

6. The Reason why Dr. Lu Insists on Public benefit Invention Dr. Lu has created more than 100 inventions at his own expense, without any profit, fundraising , or getting donations. Mental Aspect Art A beautiful world where all life can thrive in harmony Ecology Environmental Technology Material side 6

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8. About Dr. Hung-Chih Lu Highest Education: PhD in Optoelectronic Engineering of National Taiwan Uonversity •Cross-disciplinary professional integration : Proficient in electronics, electrical machinery, optoelectronics, optics, semiconductor engineering, as well as fluid mechanics, heat transfer, and nanotechnology , while also having capabilities in architecture, landscape, and interior design, and can provide a full range of solutions from microscopic chips to macroscopic urban planning. •Excellent 0-1 originality : More than 100 independent inventions, 30 of which have been patented (including patents in the United States, Taiwan and China), proving his extraordinary talent in technological innovation and solving complex problems. •Talented in both art and literature : In addition to technological inventions, he is also an artist and poet, good at creating installation art, digital art, and various types of poetry (such as acrostic poems, Tang poems, Song poems, and modern poems), showing the unique charm of cross-border creation. •Independent public benefitand public wealth spirit : Adhere to the public benefit creation of eco-friendly science and technology and art at your own expense , do not raise funds or donations, and strive to transform innovative achievements into public wealth shared by all people. •Ability to solve problems independently : Able to undertake the work of the entire team independently, whether it is technical research and development or artistic design, showing a high degree of autonomy and integration ability. 8

9. About Dr. Hung-Chih Lu Dr. Lu's Studio 1999 , he has been independently engaged in the public benefit creation of science and technology and art, and is the source of many current technological inventions. Partner Entrepreneurship Experience • with a master's degree in 1999 , he co-founded "Shangyong Optoelectronics Technology Co., Ltd." with others as a technical partner to develop and manufacture silicon photonic chips, which was later acquired by MRV at a high price. • 2001 , while pursuing a doctorate at National Taiwan University, he co-founded Asia Pacific Advantage Microsystems Co., Ltd. with others to develop and manufacture photonic and micro- electromechanical integrated chips. • 2014 , the technical partner co-founded "Advantage Green Energy Technology Co., Ltd." to develop and manufacture transparent solar photovoltaic modules. 9

10. Do it by Himself , Never Rely on Others  Personal inventions : More than 100 cases , in multiple fields, and not named by the team  Certified patents ( restricted funds ): Taiwan 27 , China 6 , the United States  Patent fields : 6 patents in optics and semiconductor chips , 4 patents in solar energy , 3 patents in architecture, 3 patents in graphene and nano- heat dissipation and electric heating , 2 patents in LED , 3 patents in computer peripherals , 2 patents in machine tools , 2 patents in auxiliary tools , 1 patent in household appliances , 1 patent Very Few  All technological and artistic creations are completed independently, and the name is consistent with the reality. The Majority  Edison type : Most inventions are the work of a team, but the glory is concentrated on one person, which is overrated. 10

11. Over 25 Years for Public Benefit Invnetions  Personal invention More than 100 items , none of which were used for profit.  Adhere to the spirit of public welfare, invent at own expense and make it public for free.  Even when they were out of ammunition and food, they never raised funds, solicited donations, or accepted help from others.  In the Copernican dilemma, he never wavered.  Very few true disciples of Confucius practice [ do not seek to be full when eating, do not seek to be comfortable when living, be quick in action, and be cautious in speech ]. 11

12. Dr. Hung-Chih Lu's Comments Positive comments : Magician of science • He excels at creating magical works based on existing mature technologies, which is the opposite of academia. • It belongs to the category of [ knowing is difficult but doing is easy ] , which is extremely easy to replicate and reproduce , and is conducive to the promotion of public benefitand the popularization and development of science and technology. Negative comments : Playing tricks • The academic community generally focuses on research that is difficult to achieve and scoffs at Dr. Hung-Chih Lu's scientific research ideas. • It belongs to [ knowing is easy, doing is hard ] , even understanding and replicating it is difficult to reproduce , and one can only admire it alone. Facts: Academic performance • While pursuing his doctorate, he independently completed three research projects, all of which were published in IEEE 's A+ journals JLT & PTL , leaving everyone speechless. • Right after graduation, he was invited to be a reviewer for IEEE 's A+ journal PTL , but later resigned because he wanted to leave academia. 12

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14. Dr. Hung-Chih Lu's Milestone Inventions Completely self-funded , completed independently , and shared for charity 1. Original inventor of commercial silicon photonics @1999 2. Original inventor of commercial nanocarbon heat dissipation and heating technology @ 2013 3. Pixelated modular architectural system that is industrially produced and adapted to robot assembly a. Original inventor of AI robotic pixelated low-carbon architectural system @2024 b. Original inventor of the artistic soalr architectural module and artistic optical architectural module @2016 4. Original inventor of the distributed AI robot series a. Distributed AI architectural robots @2024 b. Distributed AI rescue robot @2024 c. Distributed AI SAR robot @2025 14

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16. Inventor of Commercial Silicon Photonics @1999 Origin • 1999 , we started commercial research on silicon photonics technology , becoming the first company in the world. • 1990s , Taiwan lacked mature silicon dioxide chip technology and was forced to switch to mature silicon manufacturing technology. • Develop commercial silicon photonics technology with complete multi-chip integration. • silicon photonics technology today. 16

17. Inventor of Commercial Silicon Photonics @1999 Technical Features  Core patent: US8406579 , a single structure realizes simultaneous wavelength division multiplexing and optical modulation functions, significantly reducing the size of photonic devices and enhancing compatibility with electronic devices.  Efficient communication: Realize high-speed horizontal communication between chips and high-speed networking between chips and optical networks.  Signal conversion: The first multi- chip silicon photonics technology to propose external light sources.  Multi-chip integration : The commercially available multi- chip integrated silicon photonics technology is different from Intel 's silicon photonics technology that cannot leave the laboratory. 17

18. Inventor of Commercial Silicon Photonics @1999 Specific Impact  Industry Leading: Dr. Lu’s early exploration in silicon photonics paved the way for commercialization, ahead of companies such as Intel and IBM.  Technology application : The current mainstream architecture of silicon photonics supports the needs of AI computing, high-speed chip interconnection, etc., and promotes the application of silicon photonics technology in data centers and high-performance computing fields.  Open innovation : Sharing technology openly for the public good rather than for commercial profit. 18

19. Inventor of Commercial Silicon Photonics @1999 Importance • It solves the high-frequency limitation problem of traditional chip wiring. • Promoted the integration of electronic and photonic technologies. • available multi-chip integrated silicon photonics technology lays the foundation for future ultra-high-speed computing and communication systems. • on the development of AI , data centers and low-carbon technologies. • It embodies the concept of innovation in serving social welfare. 19

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21. Inventor of Commercial Nanocarbon Heat Dissipation and Heating Technology @ 2013 Origin • 2013 , we started commercial research on nanocarbon , the first in the world. • Graphene is difficult to manufacture, for example , it has many defects and it is difficult to control the number of layers. However, due to waste utilization, it was discovered that the graphene by-product has a high infrared emissivity. • Driven to study the heat dissipation and electrothermal potential of other nanocarbon materials, such as carbon nanotubes, nanocarbon balls, etc. , and develop nanocarbon - based heat dissipation technology , and obtained US patent US9170015. • The origin of the invention of today’s commercial nanocarbon technology. 21

22. Inventor of Commercial Nanocarbon Heat Dissipation and Heating Technology @ 2013 Technical Features  Passive heat dissipation structure: maximizes the heat dissipation surface area and uses the proportionality of thermal radiation power to the fourth power of temperature ( P ∝ T 4 ) to significantly improve radiation efficiency in high temperature environments.  Liquid cooling system optimization: Combining high thermal conductivity liquid with internal structure design to increase liquid contact area and improve heat exchange efficiency ( see the figure above).  Multi- material synergy: Testing the combination of different nano-carbon materials (graphene, carbon nanotubes, etc.), it was found that the customized hybrid material can reduce the heat dissipation temperature by 15°C compared with untreated aluminum (from 96°C → 81°C )  High-efficiency electrothermal conversion: Utilizing the high surface emissivity ( P∝T4 ) of nanocarbon materials , we have developed high - efficiency electrothermal conversion devices that can quickly convert electrical energy into thermal energy, which is suitable for application scenarios such as heating and deicing.  Energy saving and environmental protection: Compared with traditional electric heating materials, nanocarbon electric heating technology has higher energy utilization efficiency, reduces energy waste, and conforms to the trend of green environmental protection. 22

23. Inventor of Commercial Nanocarbon Heat Dissipation and Heating Technology @ 2013 Specific Impact  Electronic equipment cooling: Provide efficient cooling solutions for high-power consumption components such as CPU and GPU , directly improving the stability and life of computing equipment.  Applications in extreme situations : The best choice when a radiator cannot be used, such as thin and light high-performance electronic devices (such as mobile phones), electronic equipment for fire scene rescue , etc.  Electric heating applications: Provide efficient and energy- saving solutions in the fields of industrial heating, household appliances (such as electric heaters, dehumidifiers), and automobile deicing.  Green technology promotion: Through open patent technology, we promote the popularization of low-energy cooling and electric heating solutions and support sustainable development goals. 23

24. Inventor of Commercial Nanocarbon Heat Dissipation and Heating Technology @ 2013 Importance • Break through the limitations of traditional heat dissipation and electric heating materials. • It solves the thermal management problem in high heat flux density scenarios. • AI computing indicate its potential for widespread application in smart manufacturing in the future. • The high efficiency and energy-saving characteristics of electric heating technology provide innovative solutions for energy- intensive industries. • The origin of the invention of nanocarbon, which is widely used today. 24

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26. Dr. Lu's Pixelated Modular Architecture - Artistic Solar modules Patent: [ Colored Solar Architectural Structure ] , [ Circuit Configuration Structure of Solar Curtain Wall Building ] Origin • Research began in 2016 and the patent application was filed in 2017 , the first in the world. • By combining the artistic design of optical films with solar photovoltaics, a painted photovoltaic building model was developed. • By combining the artistic design of optical films with curtain walls, we developed a painted optical architectural model. 26

27. Dr. Lu's Pixelated Modular Architecture - Artistic Solar modules The marble on the exterior wall and the wood grain on the interior wall are the same, with continuous and seamless splicing of positive and negative patterns. Power generation, energy saving, carbon reduction, labor saving, money saving, and eliminating shoddy walls 27

28. Dr. Lu's Pixelated Modular Architecture – Characteristic of Artistic Solar modules  Artistic Solar Modules: They look like marble or wood grain, but are actually high-efficiency photovoltaic panels. A single module can generate over 130W of electricity , allowing a building to achieve energy self-sufficiency.  Artistic Optical Modules: allows opaque walls to transmit light, making the indoor light uniform and soft, isolating from the sun in summer and locking in warmth in winter.  Seamless splicing design: Both positive and negative splicing can present continuous textures. From the classic marble exterior to the warm wood grain interior, all are achieved by the same module, with zero decoration waste.  Surface atomization: Atomized optical film can not only reduce the reflection of photovoltaic panels and reduce glare light pollution, but also increase light absorption and maintain a high conversion efficiency. 28

29. Dr. Lu's Pixelated Modular Architecture – Benefits of Artistic Solar modules  Multiple functions including power generation , heat insulation, glare reduction and aesthetics  Taking into account multiple goals such as environmental protection, energy saving, and waste reduction  It is a building material module with high innovation and practicality.  Suitable for west-facing exterior walls of buildings  It can complement green buildings and low-carbon buildings, bringing new opportunities and competitiveness to the construction industry 29

30. Dr. Lu's Pixelated Modular Architecture – Concrete Results of Artistic Solar modules  The outer side of the west-facing exterior wall is a continuous seamless marble pattern, using the same painted solar photovoltaic building material module monomers to form a noble and elegant marble wall, which forms a sharp contrast with the surrounding buildings.  The inner side of the west-facing exterior wall is a continuous seamless wood grain, presenting a warm and natural wood grain pattern that is in harmony with the interior decoration.  Modular assembly, the outdoor marble wall and the indoor wood grain wall are from the same photovoltaic building material module, no additional decoration is required, and they present marble and wood grain respectively, forming a unique aesthetic.  It supports curtain structures such as exposed frame, hidden frame and point-supported, and can be spliced in both directions to make the line layout simpler and safer 30

31. Dr. Lu's Pixelated Modular Architecture – Specification of Artistic Solar modules • Size 1m*1m , thickness about 10~11mm • Power generation is about 70~110W , depending on the pattern ( monocrystalline silicon about 150W , pure color about 125W) 31

32. Dr. Lu's Pixelated Modular Architecture – Demo of Artistic Solar modules Multi-state pixelated module = Artistic Solarl Modules+ Artistic Optical Modules + Architectural Module 32

33. Dr. Lu 's AI Robotic and Pixelated Modular Architectural System AI Robotic Pixelated Modular Building + Distributed AI Architectural Robot + Installation Art Revolutionary Architectural System  An innovative architectural design concept  Small modularization, AI industrialization and automated production and quality control  Small modular design allows for individual replacement of damaged or aged modules  Extend the life of your building and reduce maintenance costs  Easy to combine artistic elements with clean energy  Beautiful and practical low-carbon building solutions 33

34. Dr. Lu's Pixelated Modular Architecture Origin • In 2024 , the huge power consumption of AI computing will cause global warming and extreme climate to accelerate. • Real estate developers and construction companies are desperately building low-quality but high-priced houses, turning ordinary people into house slaves. • Pixelated module design and robotic assembly give architecture a blend of technology and art, while being low-cost, fast and long-lasting. • Let everyone break free from the invisible bondage of real estate developers and have enough money to enjoy life. 34

35. Dr. Lu 's AI Robotic Pixelated Modular Architecture- Technical Points  Small modular design: The building system is composed of modules of uniform size, each module is a pixel, one meter square. This design allows the building to be easily expanded or modified as needed.  Combining solar photovoltaic and optical technologies: Each building module can be combined with solar photovoltaic panels and other optical technologies to not only provide energy but also increase the functionality of the building.  Combination of art and architecture: The modular pattern designed by Dr. Lu himself makes the splicing lines continuous, artistically integrated into the architectural design, and enhances the beauty of the building.  Automated and industrialized production: The system supports automated production, quality control, transportation and assembly of buildings, reducing human errors and improving efficiency.  Eco-Friendly and Low-Carbon Design: Dr. Lu’s architectural design not only pursues a low-carbon footprint, but also emphasizes eco-friendliness, extending the life of traditional buildings and providing people with a better living environment. 35

36. Dr. Lu 's AI Robotic Pixelated Modular Architecture- Summary  A revolutionary public benefit invention combining the latest AI , technology , environmental protection, and art.  Transform the construction industry , eliminate shoddy projects , and put an end to real estate developers making profit from profiteering.  The building lifespan has been extended from 50 years to 150 years.  It can be passed down for generations, saving the wallets of generations, and using wealth for more meaningful things to enjoy life.  The recipe for future low-carbon and eco- cities.  A key invention to realize a better world of ecology and art. 36

37. Dr. Lu 's AI Robotic Pixelated Modular Architecture- Application Example Representative works [ Thriving Music ] = clean energy + low- carbon architecture + installation art Sheng Crystal Cave 37

38. Dr. Lu 's AI Robotic Pixelated Modular Architecture- Application Example Integrating clean energy into low-carbon buildings in the form of installation art 38

39. Dr. Lu 's AI Robotic Pixelated Modular Architecture- Example Summary Architecture [ Thriving Music ]  Concept : The design concept of " Thriving Music " is to integrate music and art into architecture. This system is inspired by the musical instrument " Sheng " and the artwork " Crystal Cave " , combining the images of these two elements into the architectural design.  Design features : The lower floors of the building have the words " ECO JOY " , which symbolizes ecological prosperity and joy. The entire building uses pixelated building modules, which not only have uniform size, but also can combine solar photovoltaic and other optical technologies to increase the functionality of the building.  Structure and Materials : The 93- meter- high " Thriving Music " has glass modules as its main wall, and is decorated with pink marble modules to form musical symbols and the simplified Chinese character "丰". In addition, the building is also equipped with about 2,300 painted solar photovoltaic modules, with a total installed capacity of about 299KW and an annual power generation of more than 300,000 degrees , making it a building that integrates clean energy and art.  Sustainability : Dr. Lu’s building system is designed to extend the life of traditional buildings to 100 to 150 years. This building system is completely automated industrial production performed by AI without human intervention, helping to save resources and provide long-term residential solutions. 39

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41. Currently Various Robots Humanoid Robot Semi-humanoid robot Non- humanoid robots 41

42. Current Status nVidia Humanoid Robot Tesla Humanoid Robot Humanoid robots are mainstream ! 42

43. Humanoid Robot Humanoid robots are inefficient, and it makes no sense for robots to imitate human structure Visual Range Range of Motion There are blind spots behind 43

44. Humanoid Robot Humanoid robots → useless except for entertainment. → The competition among capitalist technology giants to reap profits has officially begun. → People all over the world are crazy about it. Weak for Falling Weak for Fire Weak for Water 44

45. Tool Development Affects the Development of Human Technological civilization Dr. Hung-Chih Lu's tool-type robots are the way to go  The history of human evolution is the history of tool development.  through tool development.  As tools change with each passing day, technological civilization advances by leaps and bounds.  Humanoid robots do the opposite. 45

46. Dr. Hung-Chih Lu's Distributed AI Robot Series Distributed + Non-humanoid & Tool-based + Single-task 46

47. Dr. Hung-Chih Lu's Distributed AI Robot Series Origin • 2024 , technology giants have invested in the development of humanoid robots. • Humanoid robots can do more harm than good to humans. • It goes against the history of technological civilization development that humans develop tools. • In the future, everyone may be like the movie disaster described by • Develop tool-type robots at your own expense and make them available to the public for free, to give future humans salvation and hope. 47

48. Dr. Hung-Chih Lu's Distributed AI Robot Series- Architecture Distributed AI Architectural Robots Technical Features • Rapidly construct low-carbon, environmentally friendly, long-life buildings to reduce costs and promote balanced economic development. • It has a non-humanoid design, moves on tracks, and is equipped with a jack to stabilize the fuselage. • The robot arm is driven by hydraulic rods, providing 360- degree rotation and powerful force output. • The palm can be replaced according to task requirements and combined with AI training. • The drone vision system provides all-round vision and avoids blind spots. • Distributed architecture, can be executed independently or coordinated by central. 48

49. Dr. Hung-Chih Lu's Distributed AI Robot Series- Fire Rescue Distributed AI Rescue Robot Technical Features • Used in disaster scenarios such as high-rise fires to safely rescue trapped people. • Gecko-inspired design. • The body frame is made of 7075 aluminum alloy to help dissipate heat , and the outer shell is made of stainless steel, which is both lightweight and corrosion-resistant. • The improved vacuum suction cup structure on the soles of the limbs allows crawling on vertical walls. • The drone’s vision system has built-in life detection capabilities, including infrared, sound waves, and optical imaging. • The two machines worked together, with the robotic arm holding the hanging board and safely sending the trapped person to the ground. 49

50. Dr. Hung-Chih Lu's Distributed AI Robot Series- Maritime SAR Distributed AI SAR Robot Technical Features • Applied to complex terrain and disaster scenarios to perform search and rescue missions. • Bee swarm bionic design. • Distributed architecture, high flexibility, and capable of performing diverse tasks. • The drone vision system provides multi-angle environmental data to improve search and rescue efficiency. • The Hive provides charging and maintenance services for the Hive body. • It can be executed independently or coordinated by central AI , and supports remote control. 50