The World Economic Forum’s Annual Meeting of the New Champions, also known as Summer Davos, runs 23–25 June 2026 in Dalian, China, under the theme ‘Innovating at Scale.’ I am writing to inquire about whether you would like to accept my email interview on Summer Davos.The forum turns on (five questions): shifting trade, China’s next chapter, technology in the real economy, jobs for the next generation, and the energy transition as a source of competitiveness. Here, on shifting trade and global supply chain reshaping, against the backdrop of escalating geopolitical frictions and the accelerated restructuring of global supply chains, are traditional theories of comparative advantage losing their relevance. From my perspective, the Asian nations can leverage institutional opening-up and innovative regional cooperation mechanisms to forge new pathways for trade prosperity amidst the prevailing global narrative of ‘de-risking’ in many ways. In light of geopolitical shifts, traditional theories of comparative advantage, based solely on cheap labor and natural abundance, are no longer sufficient to explain trade dynamics. Companies and countries are now reshaping supply chains based on supply flexibility, economic security, and geographic proximity, a process known as “de-risking,” to ensure business continuity.
Asian countries, through the World Economic Forum (Summer Davos) in Dalian, can leverage institutional openness and regional cooperation mechanisms through several strategic avenues, including:
1) Adopting a China+1 or China+2 strategy: This involves avoiding complete reliance on a single manufacturing destination and instead building a flexible production network that leverages China’s vast industrial base while transferring complementary production stages to ASEAN countries.
2) Activating institutional openness: This entails moving beyond tariff reductions to harmonizing rules, standards, and regulations and facilitating investment. This will reduce cross-border operating costs and create an attractive and stable business environment.
3) Leveraging regional partnership agreements: Utilizing existing frameworks, such as the ‘Regional Comprehensive Economic Partnership’ (RCEP), to boost intra-regional trade, reduce reliance on distant Western markets, and achieve integration within regional value chains.
4) Investing in modern technologies: Leading the transformation toward digitalization, artificial intelligence, and clean energy sectors that are rewriting the rules of comparative advantage based on innovation and technology rather than traditional costs.
Here,On China’s Next Chapter and Economic Transition With this year’s forum at the Summer Davos Forum in Dalian, China, focusing on China’s future trajectory, the Egyptian researcher can identify the most significant structural challenges as China cultivates its ‘new quality productive forces’ and analyze the most significant structural question regarding: How does the academic community view the synergy between policy guidance and market-driven forces in facilitating this transition?. Especially,China’s path to developing new qualitative production forces faces structural challenges, including bottlenecks in core technologies, excess industrial production capacity, and weak domestic demand. Academics argue that effective synergy between government guidance (policies) and market forces requires creating a level playing field for private companies and reducing direct administrative intervention.
- Structural Challenges in Developing New Qualitative Production Forces
The 2026 Summer Davos Forum in Dalian focused primarily on innovating at scale. However, China’s efforts to transition to higher value-added industries are encountering several obstacles, including:
1. Core Technology Gap: China continues to suffer from foreign dependence in chokepoint technologies,hindering its technological self-sufficiency in semiconductors and advanced artificial intelligence.
2. Real Estate Crisis: The repercussions of the real estate sector downturn continue to cause concern, negatively impacting consumer confidence and exerting deflationary pressures.
3. Demographic Pressures: An aging population and shortages of traditional labor are shrinking the workforce, making the shift towards automation technologies imperative, but this poses challenges in retraining the workforce.
4. Excess Capacity: The clean energy and electric vehicle sectors face excess capacity challenges amidst declining domestic consumption and trade restrictions imposed by some developed countries.
– The Academic Community’s Perspective on the Synergy Between Policy Directives and Market Forces:
Here, academics and economists view coordination between the state and the market as a delicate and complex issue, and their views are highlighted in the following aspects:
1) Efficient Resource Allocation: Economists emphasize that strong state policies have been successful in directing capital towards research and development and the green transition, but excessive reliance on government-directed investments can lead to the misallocation of resources or the accumulation of domestic debt.
2) Enabling Market Forces: Academic researchers believe that the success of qualitative productive forces requires a level playing field in the market for the private sector and foreign companies. They point out that the most productive innovations often stem from market dynamics and free competition rather than central planning.
3) Overcoming regional constraints: Experts point out that the success of the transformation requires better integration of supply chains, as the advanced eastern regions of China benefit from the innovative business environment much better than the central and western regions, which lack integration of research and industrial application elements.
Regarding technology in the real economy and scaling innovation, we analyze that the overarching theme of this Summer Davos Forum conference in Dalian, China, is ‘Innovating at Scale.’ Since many cutting-edge technologies remain confined to laboratories or early pilot stages, the Egyptian researcher can see the core bottlenecks preventing them from crossing the ‘valley of death’ to achieve industrial-scale application. There are many kinds of novel industry-academia-research ecosystems that are required to bridge this gap. The major obstacles preventing advanced technologies from moving beyond the laboratory stage are found in the valley of death, namely, a massive funding gap, a lack of infrastructure for pilot testing, strict regulatory constraints, and engineering challenges to increase production efficiency. Successfully bridging this gap requires a new collaborative ecosystem that transcends traditional models.
– The main obstacles to scaling up innovation are
1) The Early Funding Gap (Valley of Death): Banks and venture capital firms are hesitant to finance commercially unproven technologies, resulting in a lack of funding for building prototype factories.
2) Engineering and Operational Challenges: Transitioning from producing grams in the laboratory to producing tons on an industrial scale requires precise standards that are difficult to achieve quickly.
3) Regulatory and Legislative Constraints: Current laws lack the flexibility to accommodate rapidly revolutionary technologies, hindering their market entry.
4) Supply Chain Risks: Securing raw materials and components on a large scale is difficult due to the absence of dedicated supply chains for these technologies.
- The ecosystem needed to bridge the gap between industry and academia:
Linking innovation to the real economy، as discussed at the annual meeting of the New Champions (Summer Davos Forum) in Dalian، requires building an integrated ecosystem, based on:
1) Economic sandboxes: Providing flexible regulatory environments that allow researchers to test their innovations in the real world without bureaucratic hurdles.
2) Public-private partnerships (PPPs): Governments offering tax incentives and co-financing to share the high financial risks during the transition phases.
3) Joint technology transfer centers: Creating workspaces that bring together industrial engineers and academics to facilitate the transformation of patents into viable industrial prototypes.
4) Blended finance platforms: Combining government investment with private venture capital to fund projects until they reach commercial maturity.
On Jobs for the Next Generation and the Labor Market in the AI Era, this is something that will be discussed during the 2026 Summer Davos Forum this year in Dalian, China. Disruptive technologies like AI are profoundly altering the nature of work. Given that current education and vocational training systems seem relatively lagging behind in addressing potential structural unemployment and skills mismatches, public policies and educational institutions proactively should adapt to build a more resilient lifelong learning system and create genuine employment opportunities for the next generation.
The current gap lies in the slow response of education systems to the pace of AI development, necessitating a shift from a one-time education model to a lifelong learning model. To address structural unemployment, public policies and educational institutions must proactively reshape their strategies through specific steps.
– Public Policy Adaptations to Support Labor Market Flexibility:
1) Strategic Funding Funds: Allocate national budgets to fund reskilling programs for workers affected by automation.
2) Individual Learning Accounts: Create government-supported digital accounts that provide citizens with periodic financial credits for ongoing training.
3) Flexible Social Safety Nets: Develop temporary financial support programs for individuals during periods of career transition and retraining.
4) Flexible Work Legislation: Update laws to include remote work and freelance work and guarantee workers’ rights in the digital economy.
– How to Restructure Educational Institutions:
1) Dynamic and Adaptive Curricula: Replace traditional university majors with flexible learning pathways updated annually in collaboration with technology companies.
2) Micro-credentials: Focusing on short, intensive courses tailored to specific skills, rather than solely on long-term degrees.
3) Emphasizing unique human skills: Promoting the teaching of skills that are difficult for artificial intelligence to replicate, such as emotional intelligence, critical thinking, and leadership.
4) Co-operative Innovation Labs: Integrating students into real-world work environments that utilize AI applications throughout their studies.
– Mechanisms for creating real job opportunities for the next generation:
1) Stimulating the orange economy and digital sectors: Supporting startups in content creation, software development, and creative design.
2) Creating human-machine integration jobs: Focusing on emerging professions such as prompt engineers and AI ethics monitors.
3) National Skills Development Centers: Establishing partnerships between the government and the private sector to identify immediate skills gaps and directly train graduates to address them.
Finally, the topic of energy and China’s assistance to the Global South will be of great importance during the Davos Summer Forum of Champions in Dalian, China, this year, 2026. On Energy Transition as a Source of Competitiveness: As global carbon neutrality goals drive countries to treat green transitions as the high ground for the next round of industrial competition,the developing countries balance short-term economic growth pressures with the cultivation of long-term green competitiveness during their energy transition. There are many roles should technological innovation and market-based mechanisms, such as carbon pricing, play in this process.
Balancing short-term growth with green competitiveness requires a shift from the environment versus growth paradigm to a sustainable growth model, where green investment ensures reduced operating costs and access to new export markets. To achieve this balance, developing countries need a strategy that combines targeted innovation with smart market mechanisms.
– Mechanisms for balancing short-term growth with long-term competitiveness, include:
1) Investing in dual-benefit technologies: Focusing on renewable energy projects, such as (solar and wind power) that immediately reduce electricity costs for factories and support future carbon neutrality.
2) A leapfrogging strategy: Skipping polluting industrial stages and directly adopting clean transportation and smart grid technologies to avoid subsequent adjustment costs.
3) Gradually redirecting subsidies: Gradually shifting financial support allocated to fossil fuels towards green infrastructure to protect vulnerable groups without overburdening the budget.
4) Attracting conditional foreign investment: Requiring the transfer of environmental technologies and the localization of clean energy jobs when contracting with international companies.
– The Role of Technological Innovation and Market Mechanisms:
1) Carbon Pricing and the Establishment of Emissions Markets, through:
A) Emissions Trading Systems (ETS): Imposing fees on polluters incentivizes factories to innovate to reduce emissions and avoid penalties.
B) Revenue Recycling: Directing carbon tax revenues to support clean energy projects and reducing taxes for environmentally committed companies.
C) Avoiding Trade Barriers: Preparing domestic producers for mechanisms such as the European Carbon Border Adjustment Mechanism (CBAM) to ensure continued exports.
2) Accelerating domestic technological innovation through:
A) Developing Low-Cost Storage Technologies: Supporting innovations in energy storage batteries to ensure the stability of electricity grids without reliance on coal or gas.
B) Green Hydrogen for Industrial Use: Focusing on hydrogen innovations to decarbonize heavy industries such as steel and cement.
C) Digitalization and Demand Management: Using artificial intelligence and the Internet of Things (IoT) to improve energy efficiency in cities and industrial areas.
Accordingly, we analyze that this year’s Summer Davos Forum 2026, known as the Heroes Forum, in the Chinese city of Dalian, will focus on China providing all aspects of support to the Global South in multiple fields, such as energy, artificial intelligence, education, and innovation, and others. China will focus on supporting the Global South in the areas of innovation and artificial intelligence during the Summer Davos Forum in China this year (2026), aiming to share knowledge and bridge the gap between technological achievements and economic returns for developing countries. China will also discuss clean energy, infrastructure development, financing, and supporting a competitive and sustainable energy transition). Furthermore, China is committed to helping developing countries and the Global South to secure their supply chains amidst the evolving trade challenges this year, particularly following the Strait of Hormuz closure and the Iranian War, which have impacted global supply chains.
