The 3rd World Conference on Artificial Consciousness
First Round Notice

  To date, the World Conference on Artificial Consciousness, organized by the World Artificial Consciousness Association (WACA), has been successfully held twice. Affected by the pandemic and other factors, the previous two conferences were held online, each attracting over 10,000 virtual participants and generating tremendous repercussions and impacts within the global Artificial Intelligence (AI) and Artificial Consciousness (AC) academic and industrial communities. This year, the 3rd World Conference on Artificial Consciousness will be held from December 26 to 28, 2025, at the Taicang Campus of Northwestern Polytechnical University (NPU) in Taicang City, Suzhou, Jiangsu Province, China. This marks the first time the conference will be held offline, bringing together experts and scholars from the global artificial consciousness field to join this landmark gathering. This conference is hosted by the World Artificial Consciousness Association (WACA) and the World Academy of Artificial Consciousness, aiming to focus on the latest cutting-edge topics in artificial consciousness research, foster an open and inclusive academic environment, and encourage in-depth and thorough exchanges and discussions.
   The conference warmly welcomes active participation from domestic and international academia and industry professionals in artificial consciousness and related fields, including scholars from research institutions, corporate technical experts, entrepreneurs, and representatives from investment and financing institutions, to jointly discuss the development and practical application of artificial consciousness and artificial intelligence. Concurrently, the conference will host the International Advanced Equipment Exhibition for Artificial Consciousness (AC) and Artificial Intelligence (AI), showcasing the latest technological achievements in the AI and AC fields. Simultaneously, the conference will also focus on discussions about the development trends and social significance of artificial consciousness, assisting the public in comprehending the value and implications of artificial consciousness technology, and promote the sound and orderly advancement in this domain   The 3rd World Conference on Artificial Consciousness (AC)

• Hosts: World Artificial Consciousness (AC) Association (WACA), World Academy of Artificial Consciousness
• Organizers: Computational Psychology and Cognitive Science Professional Committee of WACA; Northwestern Polytechnical University; Social Psychological Service Digital Intelligence Working Committee of Shandong Big Data Research Association
• Co-organizers: Dongying Vocational Institute, XXX, XXX, etc.
• Cooperative Units: Hululi Education Group, XXX, XXX, XXX, etc.

  The conference hosts and organizers will form the Conference Organizing Committee and Academic Committee, to be announced in the second circular.
Conference Theme: Exploration of Fundamental Theories and Practical Applications of Artificial Consciousness (AC)
Discussion Topics (including but not limited to):
  1. Fundamental Theory and Discipline Construction Research Directions
  (1) Core definitions, interdisciplinary theoretical origins, and basic theories of artificial consciousness;
  (2) Various mainstream consciousness theories and related research, such as Integrated Information Theory (IIT), Global Workspace Theory (GWT), Hierarchical Theories of Consciousness, Quantum Consciousness Theories, First-Order Theories (FOTs), and Higher-Order Theories (HOTs), etc. ;
  (3) Analysis of the essential differences and connections between human consciousness and artificial consciousness;
  (4) Defining the boundaries, synergies, and distinctions between artificial intelligence and artificial consciousness;
  (5) Discipline positioning, system construction, and development pathways for artificial consciousness;
  (6) Theoretical breakthroughs, verification, and practice of new cognitive frameworks like DIKWP;
  (7) Integration Exploration of Multimodal Information Fusion and Emotional Factors in the DIKWP Model: Integrated applications of multimodal and affective computing in the DIKWP model, such as intelligent interaction, affective analysis product development;
  (8) Semantic Mathematics and Consciousness Representation: Exploring Formal Paths for Machine Understanding: Formal path exploration and practical cases for machine language processing and knowledge graph construction;
  (9) Controversy over the "Emergence" of Consciousness: Dual Discussion on Complexity Thresholds and Carrier Adaptation;
  (10) Embodied Intelligence and Artificial Consciousness (AC): Environment-interaction-based consciousness simulation technologies and methods;
  (11) Development technologies, key challenges, and scenario validation of artificial consciousness prototype systems;
  (12) Brain–Computer Interface-driven Conscious Interaction: Latest progress from unidirectional control to bidirectional collaboration;
  (13) Research on Artificial Consciousness (AC) empowering Artificial General Intelligence;
  (14) Artificial Consciousness (AC) and Human Augmentation (HI+AI): Co-evolution paths and value realization.
  2. Core Technology Optimization Research Directions for Large Language Models
  (1) Analysis, feature extraction, and response strategies for "consciousness-like" phenomena appearing in large language models;
  (2) Core technology optimization of large language models: Methods for identifying and eliminating bias and hallucination problems;
  (3) Research on Value Alignment technology for large language models: Technical practices for integrating ethical guidelines and matching user needs.
  3. Research Directions for Large Language Models and Artificial Consciousness (AC) Evaluation Systems
  (1) Construction of evaluation systems for large language models: Methodologies from white-box analysis to black-box verification;
  (2) DIKWP-based evaluation system for large language models;
  (3) Enterprise-level AI model evaluation: Balancing indicators for performance, security, cost, and tool selection;
  (4) Construction of evaluation systems for artificial consciousness: Methodologies from white-box analysis to black-box verification.
  4. Interdisciplinary Integration and Innovation Research Directions
  (1) Cross-integration research between artificial consciousness and humanities/social sciences fields such as psychology, education, art, philosophy, and social sciences;
  (2) Integrated innovation between artificial consciousness and life sciences fields such as neuroscience and medicine (e.g., application of proactive medicine concepts in diagnosis, treatment, and health management);
  (3) Combined application and collaborative development of artificial consciousness with engineering technology fields such as industrial automation.
  5. Industry and Domain Empowerment Research Directions
  (1) Artificial Consciousness (AC) and AI empowering Proactive Medicine: Innovative applications and implementation cases in the healthcare field (diagnosis, treatment, health management, and addressing aging populations), such as intelligent diagnosis, personalized treatment, and health management;
  (2) Artificial Consciousness (AC) and AI empowering Economy and Finance: Practical applications of decision optimization algorithms, risk prediction models, and market regulation tools;
  (3) Artificial consciousness and artificial intelligence empower smart manufacturing: industrial implementation of production collaboration systems, fault prediction algorithms, and process upgrade solutions;
  (4) Artificial Consciousness (AC) and AI empowering Psychology and Cognitive Neuroscience: Development and application of emotion assessment tools and intervention assistance systems;
  (5) Innovative models and cases of Artificial Consciousness (AC) and AI empowering other application fields: such as education (intelligent teaching), transportation (autonomous driving), finance (intelligent risk control);
  (6) AI applications of Brain-Computer Interfaces: Practical progress from unidirectional control to bidirectional collaboration (e.g., assistive technologies for disabilities, medical rehabilitation equipment development); Commercialization paths for BCI AI applications: assistive technologies for disabilities, medical rehabilitation equipment;
  (7) Technological breakthroughs in Embodied Intelligence: AI perception, decision-making technologies in environmental interaction, and implementation scenarios (e.g., service robots, industrial inspection);
  (8) Core AI Technology Implementation and Problem Solving: Large Language Models in Practice: Engineering strategies for solving bias and hallucination (with enterprise optimization cases); Multimodal AI Technology Implementation: Full process breakdown from image/speech recognition to industry applications (e.g., intelligent customer service, quality inspection systems); Practical breakthroughs in Embodied Intelligence: Scenario adaptation and cost control for service robots and industrial inspection equipment;
  (9) AI + Vertical Domain Application Cases and Experiences: Medical AI: Clinical implementation challenges of intelligent diagnosis systems, data compliance solutions, and efficacy verification; Industrial AI: Deployment steps for production fault prediction algorithms, compatibility solutions with existing equipment; Financial AI: Logic behind building intelligent risk control models, user privacy protection, and regulatory adaptation; Educational AI: Practical application effects of personalized teaching systems, collaboration models between teachers and AI;
  (10) AI Transformation for Small and Micro Enterprises: Low-cost technology selection and lightweight application solutions.
  6. Ethics, Governance, and Safety Regulation Research Directions
  (1) Ethical boundaries, safety risk assessment, and related legal regulatory frameworks for the development of artificial consciousness;
  (2) Ethical boundaries, safety risk assessment, and related legal regulatory frameworks for the development of artificial intelligence;
  (3) Construction of a governance system for artificial consciousness: Collaborative regulatory paths and practices involving multiple stakeholders;
  (4) Construction of a governance system for artificial intelligence: Collaborative regulatory paths and practices involving academia, industry, and regulators;
  (5) AI Ethics Implementation: Specific measures for user data protection (e.g., anonymization techniques), algorithm transparency solutions;
  (6) Cross-industry AI Governance Cases: Adaptation strategies for regulatory requirements in different fields and risk avoidance.
  7. Exploratory Directions for Frontier AI Topics
  (1) Collaborative development paths and future prospects for Artificial General Intelligence (AGI) and Artificial Consciousness (AC);
  (2) Construction of Artificial Consciousness (AC) in the Metaverse: Creation and interactive experiences of consciousness in virtual worlds;
  (3) Human-Machine Symbiosis and Co-evolution: Deep integration modes of humans and machines with the participation of artificial consciousness;
  (4) AI Ethics and Human Cognitive Enhancement: Moral issues in the development of artificial consciousness and the expansion of human cognitive abilities.
  (Note: The above topics are for reference only. Submissions on other relevant topics related to artificial consciousness are welcome.)
   Given that artificial consciousness is the "brain" of artificial intelligence and a necessary path towards Artificial General Intelligence, this conference specially establishes the International Advanced Equipment Exhibition for Artificial Consciousness (AC) and Artificial Intelligence (AI), centrally displaying the latest equipment and products in the field of AI and AC. Enterprises, manufacturers, and innovative teams in related fields are sincerely welcome to actively participate in the exhibition to jointly promote the application and implementation of artificial consciousness technology. The exhibition intends to display content including but not limited to: AI software and hardware equipment, virtual reality and immersive experience equipment, embodied intelligence and humanoid robots, brain science and brain-inspired intelligence equipment, psychology and cognitive technology equipment, artificial consciousness-related specialized equipment, and other innovative products in the AI and AC fields. During the conference, there will be ample opportunities for in-depth exchanges between industry and academia at the exhibition site to explore commercial application models and cooperation opportunities for artificial consciousness technology.

• December 26, 2025 (Registration, Working Meetings): Full day 09:00--18:00 Participant registration; Evening 19:30 WACA and WAAC working meetings.
• December 27, 2025 (Academic Sessions): Morning: Conference Opening Ceremony & Keynote Speeches; Afternoon: Parallel Thematic Forums (including forums established by the conference and sub-forums hosted by various professional committees).
• December 28, 2025 (Academic Sessions): Morning: Continuation of Keynote Speeches, followed by Closing Ceremony.
• December 26-28, 2025 (Exhibition): Poster sessions will remain open throughout the conference. The International Artificial Consciousness (AC) and AI Equipment Exhibition will run concurrently throughout the conference period.

  (1) The conference calls for submissions of original research abstracts (both Chinese and English) that have not been previously published in formal journals (if published within the past year, please indicate). Paper content should be relevant to the conference theme and possess academic or applied innovation.
  (2) Abstracts must contain both Chinese and English content. Please refer to Attachment 1 "Format for Submitted Presentation Abstracts" for the required format, including title, author information, a 500-800 word Chinese abstract and corresponding English abstract, 3-5 keywords, etc.
  (3) Please send the electronic file of the paper abstract (Word or PDF format, file named "Submitter's Name.doc/pdf") to the conference email address: AC2025_3th@163.com by November 15, 2025. Please indicate "The 3rd AC Conference Abstract Submission" in the email subject line. Successful submission is subject to receiving a confirmation email from the organizing committee.
  The Conference Academic Committee will organize experts to review all submitted abstracts. Selected abstracts will be recommended for oral presentations or poster presentations. Notification of acceptance will be sent by November 30, 2025.
  Special Reminder: Industry professionals and enthusiasts who have not submitted paper abstracts are also welcome to register for the conference and participate in on-site exchanges and discussions.
  (1) Registration Fees: The conference will charge appropriate registration fees based on participant category (e.g., member, non-member, student, etc. ). Specific standards and payment methods will be announced in the second circular. Online registration and payment channels will be opened simultaneously at that time, along with instructions for invoice issuance.
  (2) Other Expenses: Participants are responsible for their own travel and accommodation expenses. The conference organizing committee can provide information on nearby hotels for reference and booking.

• Conference Affairs Contact: Zhang Guocun (Computational Psychology and Cognitive Science Professional Committee, WACA), Phone: +86 13501205528
• Exhibition Affairs Contact: Li Songsong (Shandong Big Data Research Association), Phone: +86 17753182201
• Conference Email: AC2025_3th@163.com

  The Conference Organizing Committee sincerely welcomes the active participation and support of people from all walks of life! Let us gather in Taicang to jointly witness the new developments and breakthroughs in the field of artificial consciousness and artificial intelligence.

  Attachment：
  Attachment 1: Format for Submitted Presentation Abstracts
  Attachment 2: Introduction to Previous World Conferences on Artificial Consciousness
  Attachment 3: Introduction to the World Artificial Consciousness Association
  Attachment 4: Introduction to the World Academy for Artificial Consciousness