How Technology Can Help us Address Climate Change: Sustainable Solutions for a Better Future - Modern Diplomacy

How Technology Can Help us Address Climate Change: Sustainable Solutions for a Better Future - Modern Diplomacy

The idea of colonizing another habitable planet has been a topic of discussion for decades. Many people find the idea of finding a new world to call home as exciting and hopeful. However, while the search for another habitable planet is an important scientific pursuit, it is also important to consider the benefits of focusing on our own planet rather than spending billions of dollars in the hopes of finding and colonizing another world.

Climate change is one of the most pressing issues that our planet faces today. The world is already experiencing the impacts of climate change, including rising sea levels, more frequent and severe weather events, and the loss of biodiversity. Rather than investing billions of dollars in searching for another habitable planet, it is important to invest in solutions that can help mitigate the impacts of climate change and protect the health and wellbeing of our planet and its inhabitants.

One of the ways that we can do this is by investing in renewable energy sources. Solar and wind power have become increasingly cost-effective over the years and can provide a sustainable alternative to fossil fuels. The International Energy Agency (IEA) predicts that renewable energy sources will account for 80% of the world’s power generation by 2050 if the right policies are put in place.

Another way that we can address the impacts of climate change is by investing in sustainable agriculture practices. Agriculture accounts for around a quarter of global greenhouse gas emissions, but there are ways that we can reduce these emissions. Practices such as regenerative agriculture, agroforestry, and sustainable land use can help to sequester carbon and improve soil health.

Investing in sustainable transportation is another way that we can address the impacts of climate change. The transportation sector is one of the largest contributors to greenhouse gas emissions, but there are ways that we can reduce these emissions. Investing in public transportation, electric vehicles, and bike infrastructure can help to reduce the carbon footprint of transportation.

Another reason why it is important to focus on our own planet is the need to prioritize resources. The search for another habitable planet requires significant investments in research and development, as well as the deployment of expensive space missions. By focusing on our own planet, we can invest resources in addressing urgent problems such as poverty, disease, and environmental degradation.

Investing in education is one way that we can address poverty. Education is one of the most powerful tools that we have to reduce poverty, improve health outcomes, and promote economic growth. By investing in education, we can help to create a more equitable and just society.

Investing in healthcare is another way that we can address poverty. Access to healthcare is a basic human right, but many people around the world still lack access to basic healthcare services. By investing in healthcare, we can help to reduce poverty and improve health outcomes.

Investing in environmental conservation is another way that we can prioritize resources. Environmental degradation is a major problem around the world, with deforestation, pollution, and loss of biodiversity threatening the health and wellbeing of our planet and its inhabitants. By investing in environmental conservation, we can help to protect the health of our planet and its inhabitants for future generations.

There are also important ethical considerations that need to be taken into account when considering the colonization of another planet. The idea of colonizing another planet raises questions about ownership, power, and exploitation. It is important to ensure that any efforts to colonize another planet are guided by ethical principles and values.

One of the most important ethical considerations is ensuring that any efforts to colonize another planet are done in a way that is respectful of the planet’s inhabitants, whether they are human or non-human. This means ensuring that any colonization efforts do not harm or exploit the planet’s inhabitants, and that any interactions are done in a way that is respectful of their autonomy and rights.

Another ethical consideration is ensuring that any colonization efforts are done in a way that is fair and just. This means ensuring that any resources that are extracted from the planet are done in a way that benefits all members of the colony, and not just a select few. It also means ensuring that any power structures that emerge are democratic and fair, and that all members of the colony have an equal say in the decisions that affect their lives.

Finally, there is the question of whether or not it is even possible to colonize another planet. While significant progress has been made in space exploration and technology, there are still significant challenges that need to be overcome before humans can successfully colonize another planet. These challenges include finding a planet that is truly habitable, developing the necessary infrastructure and technology to sustain human life, and addressing the psychological and social challenges that come with living in an isolated and extreme environment.

In conclusion, while the idea of colonizing another habitable planet may seem exciting and hopeful, it is important to consider the benefits of focusing on our own planet first. Investing in solutions to address the impacts of climate change, poverty, disease, and environmental degradation is a more urgent and pressing need than spending billions of dollars in the hopes of finding and colonizing another world. Additionally, there are important ethical considerations that need to be taken into account when considering the colonization of another planet, and significant challenges that need to be overcome before it becomes a viable option. By focusing on our own planet and investing in sustainable solutions, we can create a better future for ourselves and for generations to come.

Certainly, here are some suggestions for steps we can take to prioritize our planet:

- Invest in renewable energy: We can reduce our dependence on fossil fuels and their harmful effects on the environment by investing in renewable energy sources like solar, wind, and hydro power.

- Reduce waste and consumption: We can reduce our impact on the environment by reducing our waste and consumption, whether it’s through recycling, composting, or simply consuming less.

- Address inequality: We can work to address inequality and ensure that all people have access to basic necessities like food, shelter, and healthcare. By doing so, we can reduce the strain on the environment and create a more just and equitable society.

- Invest in research and development: We can invest in research and development to find new and innovative solutions to the challenges facing our planet. This can include developing new technologies to reduce carbon emissions, creating more sustainable agriculture practices, or finding ways to better manage our natural resources.

- Educate ourselves and others: We can educate ourselves and others about the importance of sustainability and the impact of our actions on the environment. By raising awareness and fostering a sense of responsibility and stewardship, we can all contribute to a more sustainable future.

By taking these steps, we can prioritize our planet and create a more sustainable future for ourselves and for generations to come.

Science & Technology

In The Age of Artificial Intelligence

The world we live in is being rapidly changed by Artificial Intelligence(AI). AI is transforming how we work, live, and interact with one another, from chatbots and virtual assistants to self-driving cars and medical diagnosis. In its most basic form, AI is a machine designed to carry out tasks by mimicking human intelligence. Large amounts of data can be processed effectively, and complex algorithms can be executed.

Moreover, we must start thinking about how to advance technologically relevant skills while also fostering more innately human abilities. Creativity, intuition, initiative, and critical thinking are all human traits that are unlikely to be replicated by robots anytime soon. We ought to already be considering how employers and employees alike can use robots to improve the work we do.

Simultaneously, it is a rapidly developing technology that could have a big impact on how wars are fought and how global security is maintained. AI systems can quickly and accurately process enormous amounts of data, which makes them useful for a variety of military applications like intelligence gathering, target identification, tracking, and logistics.

But there are also serious ethical and security issues with using AI in combat. AI systems may make decisions that are challenging for people to comprehend or anticipate, raising questions about their accountability. Concerns exist regarding the potential for AI to be employed for evil intent, such as the creation of autonomous weapon systems or cyber-attacks. Governments and international organizations must take into account the potential consequences of this technology and establish suitable rules and regulations to govern its use.

It is being used more and more in various military contexts, and its application to warfare has the potential to fundamentally alter the nature of the conflict. In military systems, AI can be applied to activities like target recognition, intelligence gathering, and self-decision-making.

Several issues regarding global security are brought up by the use of AI in warfare. Lethal autonomous weapon systems that could decide when to use force without human intervention could be developed and deployed using AI, which raises serious safety concerns. The loss of human control over the use of force that could result from this could have terrible repercussions.

Another concern is the potential for AI to be used to disrupt or hack into military systems, potentially causing confusion and chaos on the battlefield. Further destabilization of the global security environment could result from the growth and spread of AI technology in an arms race between nations.

Therefore, international security could be affected by the use of AI in warfare, which has the potential to fundamentally alter how wars are fought. The risks and moral ramifications of AI in military settings must be carefully considered by policymakers, who should also work to create global standards and regulations that will control its application.

Current Level of AI Trends

Similarly to that, one of the biggest trends in AI is the widespread adoption of machine learning. It’s a subset of artificial intelligence that gives computers the ability to learn from data and steadily improve their performance. Among the many applications of this technology, fraud detection and natural language processing(NLP) are just two examples. Predictive analytics to aid in disease prevention, expanded use of AI in the medical field, more precise diagnoses, and individualized treatment plans, are all made possible by the use of AI. Clinical trials, robotic surgery, and the development of new medications all make use of this technology.

A greater number of workplaces are also utilizing AI. Process automation increased productivity, and cost reduction is all achieved through the use of AI-powered tools and automation. Just a few sectors that employ this technology include transportation, manufacturing, and finance.

Future Implications of AI

Even though AI is currently trending in a positive direction, there are worries about what this technology will mean for society in the future. One major concern is the potential impact on employment. There is a chance that many jobs will be automated as AI technology develops, which could result in job losses and unemployment.

The possibility of AI being used in ways that harm society is a further worry. There is a chance, for instance, that AI-driven weapons could be used to conduct autonomous warfare, which would have unintended consequences and cause humanitarian catastrophes.

Concerns exist regarding AI’s potential ethical ramifications. For instance, AI algorithms could produce unfair outcomes if they were biased or discriminatory. Invasion of privacy, tracking of people, and behavior manipulation are additional risks associated with AI.

Conclusion

AI is a disruptive technology that has the potential to completely change how we work, live, and interact with one another. Although there are many positive trends in AI right now, there are also many serious worries about what this technology will mean in the future. To ensure that AI is created and applied in ways that benefit society as a whole, it is crucial for decision-makers, companies, and individuals to carefully consider these implications.

Science & Technology

World Security Challenges: Space Debris as Multilateral Threat

International cooperation, discussion and agreements are needed to ensure safe, secure and peaceful outer space. At present, there are more than a thousand satellites that orbit the Earth by utilizing social, scientific and economic sciences whose benefits are exposed to billions of people around the world. However, in this article will provide a number of challenges that are now threatening, as one of them is the increasing density of orbital debris.

First, take a look in Sun-synchronous orbits (SSO), spacecraft faces an especially high risk. According to data from secure world foundation, SSO in this case is defined as a special orbit between 700 and 900 kilometres (km) above sea level which has a major use used by Earth observation satellites that collect valuable information.

More crowding in key orbits is also a space operations challenge. For instance, the geosynchronous Earth orbit (GEO) communications satellites, the equatorial orbit in which satellites appear almost stationary above Earth and these satellites increased orbital slot competition due to strong demand for satellite TV and global communication. This crowding has resulted in the possibility of interference with radio frequency and a decreasing margin of error to maintain separation from satellites. There are also security challenges with the increasing use of space. As more countries integrate space into their national military capabilities and rely on space-based information for national security, there is a growing potential for satellite disturbance to trigger or exacerbate tension and conflict in space or on Earth.

The example is uncontrolled re-entry of NASA’s UARS satellite on September 24, 2011 highlights an issue that has been building up for decades, the issue of debris in orbit around the Earth. In the meantime, as indicated by the site of the NASA Orbital Debris Program Office, there are approximately 500,000 pieces spreading in size between a large portion of an inch and four inches (1 to 10 cm), while the particle aggregate is less than a large portion of an inch, which is likely to exceed many millions.

Build Cooperation

One of examples on cooperation to tackle the space debris problem is come from United States. In February 2011, during Obama’s administration, space faring nations and space agencies set up an Inter-Agency Space Debris Coordination Committee (IADC), to exchange information on space debris research activities, survey progress on pleasant exercises, and identify alternatives to garbage moderation. Satellite and debris growth can be seen in the figure below,

Satellite Catalog Growth, Courtesy Joint Space Operations Center of U.S

Europe, Japan, Russia, and the United States have issued rules to alleviate the issue of debris, such as structuring satellites and shuttles so that they can circle rather than float in space. NASA is currently planning to create significant circumference along these lines. Driving space offices also set up a board to address the issue, as well as U.N. offices. The Committee on Outer Space’s Peaceful Use (COPUOS) is also investigating the issue.

Based on action of many countries regarding Space Debris problem, this can relate Debris is a Multilateral problem or can be said as threat for many countries. Thus, to prevent debris all countries especially Space Faring-Nations have to emphasizes and gain cooperation among countries (Multilateralism) in the world to keep world save from any debris threat.

Space Operations & The Space Environment

Therefore, to understand the overall problem of debris, it is essential to understand some of the characteristics of space operations of the past, present and future. Outer space operations have become an integral part of the global economy, which is used as a scientific activity, and have been enhanced by a security system in Sputnik 1 for 37 years. According to NASA data from 2004, orbital debris is closely related to certain operations, one of the threats being the presence of debris, is important because these debris pose a potential threat to future activities in the course of operation.

Talking about debris, have to take a look on the existence of spacecraft. Almost 23 nations and several international organizations (representing over 100 countries), according to the National Research Council’s Committee on Space Debris, a wide range of important missions have been supported, including communication, navigation, meteorology, geodesy and geophysics, remote sensing, research and rescue, materials and life sciences, astrophysics and national security. A wide range of launch vehicles place these spacecrafts in orbit. These launch vehicles, which can be solid or liquid, use several stages to place spacecraft in their desired orbit (some of which can orbit). There are several spacecrafts used to carry out their insertion maneuvers into orbit. In addition, most spacecraft are also assembled to have several driving capabilities to control attitudes and make orbital corrections.

Graph 2: Spacecraft population in Earth orbit, 1994. SOURCE: Prepared by Kaman Sciences based in part on U.S. Space Command Satellite Catalog.

Take data from NASA about reveals certain characteristics of the current population of the spacecraft. Most spacecraft reside in LEO, but in higher orbits there are three major concentrations. First is, spacecraft are concentrated in the GEO (performing Earth observation and communication missions) and next concentration of U.S. spacecraft in and near circular semi-synchronous orbits is in Global System of Positioning (GPS) and Russian Global Satellite Navigation.

There is also a significant spacecraft population in highly elliptical orbits of the Molniya type (In this report, the space activities of the former Soviet Union prior to 1992 will be referred to as “Soviet” and those of 1992 and later as either’ Russian’ or CIS, as appropriate.) About 1,400 to 1,500 km (partly due to a constellation of Russian spacecraft communication and debris from three Delta rocket break-ups and 900 to 1,000 km (partly due to Sun-synchronous remote sensing and navigation spacecraft and related debris) are notable peaks in LEO.

Since 1957, more than 3,600 space missions have left thousands of large and perhaps tens of millions in near-Earth space debris objects. In contrast to meteoroids that pass through and leave near-earth, artificial space debris orbits the earth and can remain in orbit for a long time. The U.S. officially listed 23,000 space objects and this according to data from Space Surveillance Network (SSN) has been around the Earth since the beginning of the space age, with almost one-third expected to remain in orbit for decades or hundreds of years. The image below shows the increasing number of space objects catalogued.

Graph 3: On-orbit cataloged population (corrected for delayed cataloging). SOURCE: Prepared by Kaman Sciences Corporation based in part on U.S. Space Command Satellite Catalog

Note that this figure only shows objects that are large enough to be tracked by ground radar repeatedly. There is no figure showing the vast majority of debris and they are too small to track. Objects that are not functional spacecraft in the Earth’s orbit are considered debris. Passive spacecraft serving as experimental laser platforms, atmospheric density measurements or calibration Space monitoring sensors are considered functional, as are spacecraft currently in reserve or standby status, which may be reactivated to continue their mission in the future. Every other type of Earth orbit object can be classified as one of four types of debris: non-functional spacecraft, rocket bodies, mission-related debris, and fragmentation debris.

Thus, to conclude this article. Space Debris is a real threat for many countries. In order to make the movement to tackle space debris, it should take openness and transparency among countries. This way in order to enhance public awareness of government activities and enable others to share the benefits of space use. For example, U.S through their Nasional Space Policy (NSP) especially during Obama administration, emphasizes all of Nations to use space especially on space operations conducted by transparency and openness in order to improve public awareness and also awareness of space debris as multilateral threat for World.

Science & Technology

Beyond Froyd: Crafting a Love Story between Humanity and Tech

Imagine how important technology is, in our everyday lives – for those fortunate enough to be connected to the Internet and enjoy some of its perks and benefits. According to Statista in 2023, the number of smartphone users in the world amounts to 6,92 billion. That is roundabout 86 percent of the current world population, of which 5,16 billion have access to the internet, participating somehow in the current internet experiment.

But how much time do we actually spend on these devices? If we believe Google (should we?) then the average time on devices ranges from 3 to 7 hours per day. The most familiar companies in that space include for example Samsung, Apple and Google. Let us zoom into Apple

It is fair to say that they are the true power houses in Internet land, providing not only the gadgets, but also being starkly involved in the build of the internet infrastructure as well. Some say even following a plan to own the Internet

3 layer cake to make the Internet work

And with this power comes also great responsibility. Which responsibility are we speaking of? It is about potentially influencing billions of people around the world, for hopefully the good, but more often than not it currently seems also for the worse, if we think of cyber security crimes or fake news.

One might wonder: Who lobbies for or represents the interests of the so-called “users” of the Internet? This Internet which by the way in itself was a Nobel Peace Prize laureate in 2010. We are speaking about the interests of 5 billion people that actually make and shape the internet as we know it today? Without them, or us, it would not really exist, ergo they represent a key part of this experiment.

Are the users being “used” too much? Think about data and privacy. Do the applications that we have access to help us improve our human well-being and our relationships at core? Can we put human-wellbeing in the focus of tech design thinking? Do we need neutral organizations, distributed around the world, to keep checks and balances and a peaceful environment? It is especially relevant on a content and application layer, with user facing applications, such as Instagram, Tik Tok or Facebook, because they say “if you are not paying for the product, you are the product”. So, when one is dealt with, as a product, who then is representing the interests? It seems like no neutral entity is doing this so far. Though it is fundamental to advocate for our Human Rights on the Internet too.

And, we as “the people of the Internet”, have all the reasons to be concerned, because sometimes it seems like the big tech players do not have human well-being at core of their product philosophies and developments, but rather maximizing profits (as described in a documentary called “The Social Dilemma

“We’ve been too naive for too long about the tech revolution.” Jeep Kofod, Denmark’s Foreign Minister’s

Let us return to OpenAI’s chatGPT to ask for advice about the most important topics that tech diplomacy should tackle. It suggested the following answers:

Could the United United Nations be of help, with the core mandate of establishing and maintaining peace?

Indeed, the UN is active in this field, by setting up a panel on digital cooperation in 2018 “With the purpose of advancing proposals to strengthen cooperation in the digital space among Governments, the private sector, civil society, international organizations, technical and academic communities and other relevant stakeholders.

As a tool, The Global Digital Compact (GDC) should, according to the UN Secretary-General’s Our Common Agenda report

Achieving universal connectivity by 2030 Promoting digital public good to create a more equitable world Ensuring digital inclusion for all, including the most vulnerable Strengthening digital capacity-building Ensuring the protection of Human Rights in the digital era Supporting global cooperation on artificial intelligence Promoting trust and security in the digital environment Building a more effective architecture for digital

The United Nations, also known for their infamous Sustainable Development Goals, though inherently admirable, seem to be very abstract. Are they also practical to implement them fast in real life? Is achieving universal connectivity by 2030, more important than protecting our Human Rights in the digital area?

Or, could something like a neutral diplomatic foundation be helpful in weighting the goals to be achieved?

The DiploFoundation, which for example claims to aim to increase the power of small and developing states to influence their own futures and development; increase international accountability and inclusivity; increase the legitimacy of international policy making; and improve global governance and international policy development.

Let us return to chatGPT for advice on the most desirable outcome:

Maybe the ultimate goal shall be maximum peace possible?

Going forward: How do we operationalize these diplomatic efforts? Does a tech tool, like Twitter, for example, have the potential to be a tool to facilitate that change? And therefore maybe act as the communication layer, to enable international discourse related to diplomatic matters.

While we try to figure this out, one thing for sure: It’s time to (re)-negotiate social contracts from the user perspective with tech giants. And, the time is now.

Let us redesign old games towards a win-win-(win)

____________________

Context:

This thought piece is written in the context of an Executive Master program at the Swiss UMEF University in Geneva, concepted and moderated by prof. Anis H. Bajrektarevic, attending a day-long lecture of Prof. Dr. Jovan Kurbalija on Digital Diplomacy and Governance.

https://www.apple.com/newsroom/2022/10/apple-reports-fourth-quarter-res…

https://news.samsung.com/global/samsung-electronics-announces-fourth-qu…

https://www.wired.co.uk/article/facebook-google-subsea-cables

https://breakingdefense.com/2020/09/13-nations-meet-on-ethics-for-milit…

https://techamb.um.dk/the-techplomacy-approach

https://www.weforum.org/agenda/2023/02/what-is-tech-diplomacy-experts-e…

https://techmonitor.ai/leadership/innovation/tech-ambassadors

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