This Foreword by Lars Tvede is an introduction to cultured meat as a flashback from the future. What has changed and how have we evolved to reach this point? Lars summarizes humanity’s progress and the need to move forward with technologies that impact our lives. This reflection opens up the possibilities that the future brings to food production and technology. After reading the foreword, you will be inspired and motivated to embrace the leap into the future that cultured meat represents to humanity.

In this chapter we cover the historical background of cultured meat through an analysis of the timeline from the conception up until current times. We also discuss the current status of traditional meat including its consumption and demand as well as a preview into the future of traditional meat.

In this chapter we discuss the current producers of cultured meat and the technologies behind it. We begin with an analysis of the demographics and the market segments that cultured meat has the potential of disrupting. We then discuss the current active companies in the cultured meat industry in every region and outline the progress that has been achieved by these key players. Finally, we discuss the proposed regulation of sale and production by each region, the promise of sustainability and the main challenges faced by regulatory bodies for this innovative alternative protein. In other words, this chapter contains the key information to determine the value and potential of this trend. You will also be aware of who is backing this trend and most importantly, where the money is.

In this chapter we present a customer profile for a cultured meat consumer based on demographics and market analysis. We also present some predictions of consumption habits of cultured meat for the consumer profile. The aspect of religion is covered in this aspect as there are spiritual regulations behind meat consumption in different regions which tie into the cultural differences between the global East and West.

This chapter offers an overview of the biotechnology involved in the production of cultured meat, from cells to scaffolds. It will look at some of the specific solutions developed by selected companies and how these could impact production and marketability. In conclusion, we discuss how technical challenges may be overcome and how such biotechnical advances might contribute to better acceptance of cultured meat by customers.

This chapter will present the potential benefits of cultured meat in terms of environmental impact and sustainability, animal rights, and consumer health. It will present the proposed benefits of cultured meat over traditional meat production. In conclusion, we will present the results of current research carried out to back up the claimed benefits.

This chapter will discuss the challenges that the fledgling cultured meat industry is currently facing, taking into account economic, technological, and social perspectives as well as questions regarding the technology’s impact on human health and the environment. In conclusion, we will look at the pushback from the traditional meat industry.

This chapter will explore the ways in which the traditional meat industry and other sectors could be affected by the mass commercialization of cultured meat, including potential risks as well as opportunities. It will also look at various responses to cultured meat from industry and regulators and how major players in the business have positioned themselves vis-à-vis the new technology.

In this chapter we wrap up the analysis by answering the main questions that have surfaced, we then summarize the findings into a concise conclusion that will be able to dissipate any doubts regarding the value of cultured meat. At this point in the report you will be able to determine the potential that cultured meat has as an innovation that bridges the gap between the present and the future. By this point, you will have an in-depth understanding on the topic, you will be able to determine the advantages and challenges through the knowledge of the process and the key players that constantly develop cultured meat from an innovation to a market disrupting technology. With our summary, you will be able to transmit the knowledge and insight required to make a decision regarding the investment, acquisition or implementation of cultured meat technology in your particular field of expertise.

Finally, we share some thoughts by Lars Tvede on the potential that cultured meat has and the innovations that mankind has developed in order to reach where we are today. The focus on this epilogue is the future and the promise that cultured meat can solve many issues that we currently face surrounding food security, the environment and animal welfare, as well as what we can do to bring the future closer to us

The first update of the Cultured Meat Dynamic Report corresponds to a comprehensive SWOT analysis. By determining the Strengths, Weaknesses, Opportunities and Threats behind this innovation, we will be able to gain some insight on its value as a business. Along with the SWOT analysis, we have also included a section regarding scenario planning, which includes a series of potential schemes that could play out once the widespread implementation of cultured meat comes to fruition.

The second part of the Cultured Meat Dynamic Report is regarding cultured milk. For over a century, milk has been championed as "nature's perfect food" because it has all of the essential nutrients required for a balanced diet. This food is so important that the first of June is observed as World Milk Day. Is it possible that a breakthrough in animal-free “future food” will come from milk and dairy products? The breakthrough may have happened already.

Complimenting the cultured meat and cultured milk report included in this update, the cultured milk and cultured meat company lists present the main players that are churning on the forefront of the cultured meat and dairy revolution. The cultured milk companies in this lists are not limited to bovine milk, there are also companies innovating with human milk as a way to provide quality nutrition for infants that could not otherwise access it. Along with milk there are other dairy products such as cheese that are also products of cellular agriculture and precision fermentation. It is interesting to note that cultured milk companies are in much more advanced stages of production than cultured meat, with some already even on the market.

In the Supertrends Anti-Aging Dynamic Report, we discussed the newest developments of extending lifespan and healthspan. This guide will tell you how we can implement the scientific breakthroughs in our daily life to live healthier longer.

If we are engaged in a struggle against aging, we need to understand what aging does to our body. Other than the gray hair and wrinkles, do you know that aging actually affects many of our organs and their functions?

Chemical compounds, diets, physical training, and genetic engineering have all proven successful in extending lifespans and healthspans in animal species. Among these approaches, lifestyle factors are the first ones we can start to apply in real life. Supertrends has compared studies based on different protocols to ensure that the advice we give is reasonable enough for our readers to practice on a long-term basis.

Supplements account for a huge commercial business, quality assurance and clinical validation are often questionable, and any scientific discussion of their health benefits must necessarily be highly complex. We will walk you through what works and what does not in this chapter

Although no anti-aging treatment has been approved by the FDA yet, more than 100 companies are working on anti-aging solutions. About 28 drugs are being tested in human trials or age-related diseases and two drugs directly targeting aging.

The psychological dimensions of longevity are a unique feature of humans. Several psychological factors, such as cognition, personality, and well-being, have proven to be associated with longevity. You would not have guessed what personality can make you live longer.

If there was such a thing as an aging clock, we could predict the expected lifespan of each person based on individual parameters. Does such a clock really exist?

If you are in your 40s, you may have around 50% chance of living to age 90. Have you taken action to ensure that you spend the last 20-30 years of your life healthily and happily? Find out what is on Supertrends’ longevity-ready list.

In his position as Chief Technical Officer at Trifork GmbH, a leading supplier of high-quality custom-built applications and end-to-end software solutions, Preben Thorø is at the forefront of technological developments. In the Foreword, he talks about quantum computing as a scientific breakthrough and points out its tremendous impact on businesses, industries, and society in general.

Quantum computing is an emerging technology. It is expected to have a broad range of applications that have yet to be discovered. This chapter covers the main factors that led to the first innovations in this sector, explains why it is important for companies to become "quantum ready", and discusses the main stages of development this technology must undergo.

Quantum computing is part of the broader area of quantum technologies. This chapter presents an overview of the main quantum-related disciplines and their real-life applications. It briefly describes the fields of quantum sensing and metrology, quantum communication, and quantum theory, identifying the current level of development and the potential for growth of each of these areas.

In order to assess the potential of quantum computing fairly, a basic understanding of this technology's main building blocks is required. This chapter brings to the forefront the differences between classical and quantum devices, the challenges that this technology faces, and the ultimate goal that researchers and investors strive to reach. Other topics addressed include the types of quantum computing methods; technologies used to store information; software and algorithms; and benchmark metrics.

The idea of building a quantum computer began to take shape in 1980. This chapter depicts the main advancements that have been achieved over the years. It examines how this technology evolved from the phase of generating ideas to the current "perfecting and scale-up" stage.

Once quantum computing technology becomes mature, it has the potential to impact all major industries. This chapter offers an overview of the most significant industry sectors where quantum computing can make a notable difference. Companies in areas such as data security, chemistry, manufacturing and logistics, law, pharma and medicine, automotive and transportation, and defense are already experimenting with quantum technologies and preparing to harness their potential.

In the last decade, the inflow of funds to quantum-related research and development has increased constantly. Nations around the globe are racing to achieve a competitive advantage by employing quantum technologies. This chapter presents the level of governmental funds expended on quantum-related research and development, as well as the funds invested by companies, venture capital, and other private entities. It discusses regional differences and notable developments throughout the years.

The quantum ecosystem is continuously growing, powered by a constant infusion of funds and interest from both academia and the business side. This chapter presents the major types of products and services offered by companies in the quantum field, the evolution of the sector in terms of the number of start-ups, the regional distribution of companies, the established players, and promising emerging companies. Moreover, the global distribution of universities and research centers is presented along with an overview of the patents registered in the last couple of years.

The latest developments in the quantum field and its promised potential have generated considerable hype around this industry and its future applications. This chapter introduces a balanced view by presenting both sides of the debate, from the issues raised by quantum skeptics to the vision promulgated by quantum enthusiasts.

Quantum computing is a nascent industry; therefore, its future impact on the environment and society must be taken into consideration. This chapter addresses aspects related to energy consumption, workforce, legislative implications, and governmental regulations. It also points out why and how companies in different industries can already start exploring quantum technologies and familiarize themselves with them.

This chapter brings to the forefront the main ideas and insights developed throughout the entire report. Besides a detailed list of significant technological advancements needed for the technology to fulfill its promise, this section offers practical insight on different ways to become part of this emerging industry and potential ways to shape it.

Preben Thorø concludes the report by reaffirming his confidence in this technology and the advancements that it will bring in the future. The topics addressed so far are stepping stones towards future insight. Subsequent updates will dive into more specific quantum-related trends and complement the existing information with more details and up-to-date sector-specific developments.

One of the most noticeable things when it comes to quantum computing is the fast-paced development and the rapidity with which significant changes happen in terms of technology, applications, and investments. The first update of the Quantum Computing Report presents the main developments in the quantum computing field in the first quarter of 2021 and dives deeper into exploring the quantum sensing field, focusing on the applications of this technology and the industry ecosystem.

Supertrends co-founder Lars Tvede introduces the topic and business of green hydrogen. He discusses the prospects for a “Big Bang” in this sector and lists some key elements that will be needed for hydrogen to break through and become competitive.

This section serves as a navigational aid for the reader. It provides a guide through this report, offering a short outline of each chapter and its highlights.

This chapter examines the history of hydrogen production and use. It examines changes in perception and perspectives in hydrogen production and use, and serves as an introduction to hydrogen as a fuel source. It examines the various uses of hydrogen in different sectors.

This chapter lays out the value chain involved in the production and use of green hydrogen. It examines the modalities, challenges and potentials of each element of that value chain, and introduces a number of companies active in each.

Hydrogen has a broad range of applications in industry, transport, buildings, and the energy sector. This chapter introduces the various sources, users, and uses of hydrogen in more detail, examining its use as fuel and in chemical and industrial processes. Its impact on the energy industry is also covered in more detail. Attention is given to its potential for decarbonizing the various areas of potential hydrogen use, and to the relevant economics required for making that use cost-effective.

This chapter introduces the various processes involved in the production, storage, distribution, and use of hydrogen, including detailed descriptions of the different types of electrolyzers, their advantages, and the drawbacks of each. It concludes with an overview of factors affecting market maturity, up-scaling, and mass commercialization.

This chapter discusses how widespread uptake of green hydrogen can help with mitigating climate change and protect the environment, as well as its potential role as a catalyst for economic growth and job creation. Energy- and emissions-intensive industries can use green hydrogen to optimize their choices within the framework of emissions trading schemes or to hedge against fluctuations in the energy markets.

In conclusion, we look at how green hydrogen technology will disrupt and transform existing energy systems and business models. We discuss factors affecting timelines for the decarbonization of heavy industries and the effects of large-scale hydrogen integration in the energy industry and other sectors, both upstream and downstream. Regulatory action, we conclude, will largely be informed by national, regional, and global policy goals.