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This paper aims to discuss the complexities and foresight of Mars colonization. There are many pioneers competing in a space race to Mars, for example, Elon Musk – SpaceX, Jeff Bezos – Blue Origin and Richard Branson – Virgin Orbit. The analyses are focused on the aerospace industry – the process of space adventures to Mars.

This study offers new methodological approaches – the development of a complexity metric and system innovation mode – to analyze how the complexities relate to the systemic nature of innovation. The complexity metric and system innovation model can be applied in various industries. These analysis tools can help gain insights into the strategies for achieving the diffusion of commercial space.

The analyses of findings have shown that, despite various attempts among the pioneers in a space race to colonize Mars (Elon Musk – SpaceX, Jeff Bezos – Blue Origin and Richard Branson – Virgin Orbit, among others), the aerospace industry has not yet reached a stage of commercialization. The commercial space to Mars is of low systemic nature at present. Many companies compete in a space race to develop technologies on a proprietary basis. However, the highest complexity level suggests a multinational and intergovernmental collaboration to achieve economies of scale and economies of scope as well as accelerate the process of technology diffusion – successful commercial space for the interplanetary settlement.

The main contribution that shows originality and value of this paper is the development of a complexity metric and system innovation model which can be used to explore how the complexities relate to the systemic nature of innovation and how they relate to the strategies in managing technological innovations. The new methodological approaches can be used and applied to various industries.

This paper aims to explore the financing mechanisms towards Mars commercialisation and SpaceX’s Mars mission programme to achieve the interplanetary settlement. This study also suggests the path to avoid the failure of space commercialisation.

This research uses a case study methodology (Eisenhardt, 1989; Yin, 2013). The analysis is based on the construct of technology S-curves and attempts to answer the research question: What are the financing mechanisms to achieve successful aerospace financing for Mars mission? This research used semi-structured questionnaire and conducted 51 in-depth interviews. The interview data were supported by an examination of secondary data to provide a cross check on the validity of research (Yin, 2013). The research findings provide lessons and insights into the challenges of aerospace financing to Mars.

This study has shown that financing via cryptocurrency and initial coin offering as well as crowdfunding (particularly donation- and equity-based crowdfunding) provide promising financial solutions to achieve Mars commercialisation. The implementation of Mars programme demonstrates the fifth generation of innovation development model – systems integration and extensive networking model.

Given a dearth of study focusing on the links between S-curves and technology financing of aerospace commercialisation, this research study attempts to fill a gap in this neglected area with a focus on exploring the financing mechanisms towards Mars commercialisation.

The purpose of this paper is to identify how an entrepreneurship program in the life-sciences impacts the development of their entrepreneurial skills and values in undergraduate students.

A quantitative study was conducted at Tecnologico de Monterrey, a private university in Mexico. Questionnaires were administered to life-sciences students before and after the entrepreneurship course to analyze and identify the development of pre-defined entrepreneurial characteristics.

Results indicate a positive and significant impact on several of the 13 entrepreneurial characteristics evaluated in the study (negotiation skills, need of achievement and initiative). Empirical insights gained in the study suggest that gender does not yield to differences in the degree of involvement in activities, and that previous entrepreneurship experience may contribute to enhanced engagement in the program.

The paper reports on students from one university campus. Future research should include students from other locations in the country.

It is evident that university entrepreneurship programs have an impact on students' skills and values; however, the challenge still remains in the design of those programs to include more activities and draw on the students' own competences.

This paper contributes with evidence from an entrepreneurship program implemented in a Latin American university, a region for which documentation of the degree of success of entrepreneurship education is limited in the literature.

The purpose of this paper is to illustrate experimentation over time in Ontario, Canada with place-based innovation policies to support the development and coordination of entrepreneurial ecosystems on a regional basis across the province.

Tracing the policy learning process and successive adaptations in program design over time, the authors provide a detailed case study of the evolution of the Ontario Network of Entrepreneurs (ONE) from 2003 to the present.

The authors find that the program has evolved in response to regular program reviews that include broad input from ecosystem actors operating at multiple levels within the network, and that intermediaries are key facilitators of inter- and intra-ecosystem linkages. However, program complexity and coordination challenges suggest that place-based innovation policies, such as the ONE, should focus specifically on innovation-intensive entrepreneurship.

These findings make three contributions to the theory and practice of place-based innovation policy. First, these policies are by nature experimental because they must be able to flexibly adapt according to policy learning and practitioner input from a wide variety of local contexts. Second, multilevel interactions between provincial policymakers and regional ecosystem actors indicate that place-based innovation policy is neither entirely driven by “top down” policy, nor “bottom up” networks but is rather a complex and variable “hybrid” blend of the two. Finally, publicly funded intermediaries perform essential inter- and intra-ecosystem connective functions but system fragmentation and “mission creep” remain enduring policy challenges.

The paper makes an original contribution to the literature by analyzing the development of entrepreneurial policy support framework and situating the case study in the context of the policy learning process involved in place-based innovation policymaking in North America.

The purpose of this paper is to prepare a higher chloromethylation degree (CD) modified macroporous adsorption resin (MAR, LX1180-Cl) and further study their adsorption performance.

CD and crosslinking degree were evaluated using stationary potential step and rotating-disk method, the adsorption performance of LX1180-Cl and LX1180 for flavonoids were studied using the UV-VIS spectrophotometry.

This research realized high CD (9.6 mass %) on high crosslinking MAR, LX1180. In tandem, the adsorption performance of them to flavonoids finds that the matching degree of polarity (presented with CD) and size were the critical factor to adsorption. It was also found that the reaction time had reduced to 24 h with the addition of iron particles into the zinc chloride (ZnCl₂) catalyst.

The study on reaction mechanism and the function principle of hybrid catalyst were speculated, but not the rigid experimental result.

This contribution can provide a rule for the separation and purification of natural products with the aim to improve food additive removal or isolation and purification of flavonoids used for healthcare applications.

This contribution provided a novel way to obtain high degree of CD with high crosslinking MAR, CD of commercially available MAR was improved by 2.5 times to 9.6 percent under crosslinking degree at 58.2 percent, compared with reported CD value (ca. 4.2 percent under crosslinking degree at 20.0 percent), which will be useful in the following further systematically research about the adsorption and separation selectivity of MAR. Besides, the primitive chosen principle of MAR according to the substrate was also presented. Moreover, the chloromethylation mechanism, although speculative, was briefly presented, which will stimulate the related study.

In the absence of a clear property rights regime in outer space, commodification might bypass several legal considerations and instill a regime through customary practice, which could collide with international space law ethics, and thus, erode the corpus juris spatialis. The purpose of this paper is to find a way to prevent such an erosion.

Through an interdisciplinary review of the literature pertaining to space law, space property rights, economic goods, resources and commodities, this paper explores potential solutions to prevent further fragmentation of the corpus juris spatialis when confronted with the elusive transnational lex mercatoria dynamics and potential commodification of the space ecosystem.

This paper explores solutions to prevent this outcome through decentralized frameworks ranging from polycentric governance to a new “space antitrust” regime. Polycentric governance could prove very useful to address the plurality of space property rights and their complexity while space antitrust would not be precluded to intervene in a commoditized space market. Commodities benefited in the past from a certain antitrust immunity, however, due to globalization, technological development and deregulation, commodities have become more competitive, and therefore, the immunity is being gradually overturned.

This paper explores the benefits of unlocking antitrust potential forces into channeling, hand in hand with polycentricity, the development of the space ecosystem in light of international space law ethics. “Space antitrust” could become a discipline per se and better resonate with non-traditional stakeholders in the space sector in a context of commercialization and commodification of resources. Today, benefit-sharing causes debate among spacefaring nations in terms of property rights. However, it could be enforced through competition law dynamics.

Describes the technological developments which are establishing the foundation for an exciting era of in situ exploration missions to planets, comets and asteroids with advanced robotic systems. Also outlines important concurrent terrestrial applications and spin offs of the space robotics technology. These include high‐precision robotic manipulators for microsurgical operations and dexterous arm control systems.

The purpose of this paper is to develop a holistic understanding of extant studies addressing the impact of commercialization on fans of elite sports.

In doing this, the authors performed a structured review of 42 academic articles published between 1992 and 2020 that all focus on how fans respond and are affected by the commercialization of elite sports.

The structured review shows that the impacts of commercialization on fans relate to four different themes. These are (1) fan identity, (2) fan attitudes, (3) fan emotions and (4) fan behaviours. However, the analysis also shows that research within each category is largely scattered, and more research within each category is needed.

The paper highlights the complex and dynamic nature of commercialization. It presents a research agenda for future research and emphasizes a need to integrate the interests of several stakeholders when managing the impacts of elite sport commercialization.

Despite the increasing sophistication of new product development (NPD) research, the reliance on traditional approaches to studying NPD has left several areas in need of further research. The authors propose addressing some of these gaps, especially the limited focus on consumer brands, evaluation criteria used across different project‐review points in the NPD process, and the distinction between “kills”, “successes”, and “failures”. Moreover, they propose investigating how screening criteria change across project‐review points, using real‐time NPD projects.

A postal survey generated 172 usable questionnaires from a sample of European, North American, Far Eastern and Australian consumer packaged‐goods firms, providing data on 314 new product projects covering different development and post‐commercialization review points.

The results confirm that acceptance‐rejection criteria vary through the NPD process. However, financial criteria dominate across all the project‐review points. Initial screening is coarse, focusing predominantly on financial criteria. Fit with organizational, product, brand, promotional, and market requirements dominate in the detailed screen and pre‐development evaluation points. At pre‐launch, decision‐makers focus on product, brand, and promotional criteria. Commercial fit, production synergies, and reliability of the firm's market intelligence are significant discriminators in the post‐launch review. Moreover, the importance of marketing and channel issues makes the criteria for screening brands different from those of industrial markets.

The study, although largely descriptive and involves a relatively small sample of consumer goods firms, offers new insights into NPD project evaluation behavior. Future, larger‐scale investigations covering a broader spectrum of consumer product sectors are needed to validate our results and to explain the reasons behind managers' decisions.

Market forces and other external pressures have significantly transformed higher education over the past four decades. Research on the influence of cross-sector permeation on doctoral education has primarily focused on preparing and socializing students for academic careers that involve entrepreneurial activity. Conversely, PhD student agency involving cross-sector engagement and the pursuit of individual values and goals in ways that span the boundaries of academia have been overlooked. The purpose of this study is to qualitatively explore how a sample of Doctor of Philosophy (PhD) students in Science, Technology, Mathematics and Engineering (STEM) programs recognized, made sense of and navigated cross-sector permeation relevant to their individual passions and commitments to climate change alleviation.

The authors conducted an embedded case study that qualitatively explored how 16 STEM PhD students recognized, made sense of and navigated cross-sector permeation relevant to their individual values and goals and commitments to climate change alleviation. Data were collected through individual interviews that probed the participants’ engagement and agency in cross-sector permeation.

The authors identified three themes that frame the role of PhD students as boundary spanning agents. The themes involve students placing their values and goals over specific positions and career paths, aligning their values and goals with cross-sector conditions and creating opportunities through cross-sector engagement.

Recommendations are provided for fostering and enhancing the agency PhD students have over the pursuit of their individual values and goals and their engagement in boundary spanning activities and strategies.

Cross-sector permeation is framed relevant to PhD student agency and boundary spanning. The findings introduce the role of PhD students as boundary spanning agents who intentionally pursue their individual values and goals in ways that extend beyond traditional academic career pathways.