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Quantum Biology, Quantum, Biology, Studies, Education.
providing a blueprint for developing more advanced and efficient computational models. The concept of quantum neural networks proposes a hybrid approach, integrating quantum computing principles with classical neural network models. This synthesis could lead to a deeper understanding of neural
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plasticity and learning processes, offering new perspectives on memory formation and retrieval. Quantum biology’s foray into neuroscience is not merely an academic endeavor but a transformative shift in understanding the brain’s functionality. It challenges the boundaries of current neurological
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theories and paves the way for novel approaches in cognitive science, artificial intelligence, and neurological medicine. This exploration represents a crucial step in deciphering the complexities of the human mind through the lens of quantum mechanics. Future Projections: Quantum Biology’s Impact
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on Medicine and Technology Quantum biology, at the cutting edge of science, is poised to revolutionize our approach to medicine and technology. By harnessing the principles of quantum mechanics, this emerging field promises to unveil new horizons in healthcare and technological innovation. In the
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realm of medicine, the implications of quantum biology are vast and varied. One significant area is drug discovery and design. The understanding of quantum tunneling and quantum coherence in biological systems can lead to the development of new pharmaceuticals that work more efficiently and with
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fewer side effects. This approach could particularly revolutionize the treatment of complex diseases like cancer, where traditional drugs often fail to target the disease effectively. Another promising application is in the field of medical diagnostics. Quantum biology could enhance the sensitivity
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Quantum Biology, Quantum, Biology, Studies, Education.
and accuracy of diagnostic tools, making it possible to detect diseases at much earlier stages. Techniques based on quantum sensing and quantum imaging could provide unprecedented insights into the body at the molecular and atomic levels, offering a new dimension in understanding and tracking
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Quantum Biology, Quantum, Biology, Studies, Education.
disease progression. In technology, the impact of quantum biology is equally transformative. The principles of quantum mechanics applied to biological systems open up exciting possibilities for developing new materials and devices. For instance, bio-inspired quantum materials could lead to the
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Quantum Biology, Quantum, Biology, Studies, Education.
creation of more efficient solar cells, sensors, and computing devices. These advancements would not only augment existing technology but also pave the way for entirely new forms of technology, inspired by and modeled after biological processes. The integration of quantum biology in artificial
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Quantum Biology, Quantum, Biology, Studies, Education.
intelligence and machine learning presents a paradigm shift. By mimicking the quantum biological processes of the human brain, such as those explored in quantum neural networks, AI systems could become more efficient, powerful, and capable of complex problem-solving, resembling human cognition more
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Quantum Biology, Quantum, Biology, Studies, Education.
closely. Quantum biology’s insights into fundamental life processes offer a new perspective on sustainable technology. By understanding and replicating the efficient energy conversion processes found in nature, such as those in photosynthesis, we can develop more sustainable and eco-friendly
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Quantum Biology, Quantum, Biology, Studies, Education.
technologies. The future projections of quantum biology’s impact on medicine and technology are not just incremental improvements but represent a fundamental shift in how we approach health, materials, and information processing. This field, by bridging the gap between quantum physics and biology,
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Quantum Biology, Quantum, Biology, Studies, Education.
is set to unlock a new era of innovation, where the quantum and biological realms coalesce to drive forward human understanding and capability. Epilogue: Beyond the Microscope — Quantum Biology’s Broader Implications The journey through the landscape of quantum biology culminates not just in a
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deeper understanding of life’s molecular intricacies but in a profound reimagining of our place in the universe. Beyond the microscope, quantum biology extends its implications into the realms of philosophy, technology, and the very essence of reality. The exploration of quantum phenomena in
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Quantum Biology, Quantum, Biology, Studies, Education.
biological systems transcends traditional boundaries, challenging our perception of life as a purely macroscopic, classical phenomenon. It suggests a universe where the quantum and the biological are intertwined, where life processes are influenced by and perhaps even reliant on quantum mechanics.
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Quantum Biology, Quantum, Biology, Studies, Education.
This intertwining reveals a more interconnected and dynamic universe, blurring the lines between living and non-living, between consciousness and matter. The implications of quantum biology for technology and medicine are just the beginning. As we delve deeper into the quantum realm, we uncover
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Quantum Biology, Quantum, Biology, Studies, Education.
potential for revolutionary advancements in computing, energy, and materials science. The principles of quantum coherence and quantum entanglement, once thought to be limited to inanimate quantum systems, now inspire innovations in bio-inspired technologies and sustainable solutions, echoing
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Quantum Biology, Quantum, Biology, Studies, Education.
nature’s efficiency and resilience. The impact of quantum biology on our philosophical and existential understanding is profound. The realization that life at its core might be quantum challenges age-old questions about consciousness, free will, and the nature of reality itself. It invites us to
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Quantum Biology, Quantum, Biology, Studies, Education.
reconsider our place in the cosmos, not as mere observers but as integral components of a quantum universe. In the grand scheme, quantum biology is more than a scientific discipline; it is a gateway to a new era of understanding, a bridge connecting the mysteries of life with the enigmatic laws of
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Quantum Biology, Quantum, Biology, Studies, Education.
quantum physics. It symbolizes a paradigm shift, not only in how we understand life but in how we perceive the universe and our role within it. Quantum biology, in transcending the microscopic realm, opens up a world of possibilities and questions, inviting us to explore beyond the limits of
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Blockchain, Space, Gaming, Star Atlas, Crypto.
Terrafarming equipment manufacturer steps in to support deep space expansion and mining claim stake balancing, rewarding ReBirth Pioneers For the prequel to this story, read The Path Towards Tomorrow Part II. Claim Stakes and Deep Space Crops / Solarpunk — CARY Farm Poster Set / Player-Owned Assets
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Blockchain, Space, Gaming, Star Atlas, Crypto.
The CEO took a deep breath and began: Today is a unique day in the history of CARY Farm. What started as a dream shared by a small group of concerned MUDs and Miereseans has now become an industry that spans the safe havens of our homeworlds and beyond to the far reaches of civilization where the
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ghost of famine still haunts hopeless families. (Since the Mierese are not big fans of written language, we kindly ask their MUD friends to read this document aloud to their Mierese brethren.) You, the first farmers — and allies of those first farmers — joined together to make this enterprise
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possible, allowing the Calico Agricultural Research and Yield Farming company, our CARY Farm, to put food on the table for the forgotten and vulnerable, to push away the terrorists of ECOS who would rather see entire planets succumb to hunger than to embrace the science of sustainable food
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Blockchain, Space, Gaming, Star Atlas, Crypto.
production. You, your efforts, your faith, and your diligence allowed the new framework proposed by CARY to spread across huge swaths of the galaxy. As a token of our support and appreciation, we have prepared an exclusive series of unique assets portraying key milestones in our company journey, so
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that no one forgets that it was you who stood here with us, making all of this possible. As the CEO of CARY, it’s my privilege to announce the release of the “Solarpunk — Sustainable Vision of Tomorrow” series to celebrate your commitment, our galactic pioneers, to our mission and the future that
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awaits us tomorrow. Our challenges are still many, but there is no doubt in my heart that we will look back on these trying times as mere bumps in the road on our long path to victory. Original Galactic Transmission 456333.3 from ATMTA Inc: All galactic adventurers can rest assured that the
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original claim stake supply and pricing for the Start Sequence will continue as before. These values have been carefully chosen with the current SAGE game design and ecosystem data in mind. The SCORE utility will also remain intact and players with Claim Stakes will be able to supply all of the R4
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emissions for their ships in SCORE according to the following schedule: Claim Stakes Deep Dive: Value, scarcity, and utility In Star Atlas, Claim Stakes have not changed in their utility, purpose, or vision since day one. Claim Stakes are not designed to be high ATLAS yield products for SCORE.
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Rather, they are powerful economic tools designed with the SAGE resource and crafting economy in mind. That said, the addition of SCORE utility in this Claim Stake campaign is to reward players enrolling their ships into the Faction Fleet as the release of Claim Stakes in SAGE approaches. While the
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sale of Claim Stakes is proceeding as before, it is important for every single player to understand the true value of Claim Stakes, which is in the immense economic benefit of their productive capabilities in SAGE — and not from scarcity. Each new Claim Stake bought during the Start Sequence will
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entitle the buyer to an airdrop of one Mining Drill and one Power Plant of the same Tier — for example, the buyer of one new Claim Stake Tier 1 will receive one Tier 1 Drill and one Tier 1 Power Plant. These items will be dropped to buyers after the Start Sequence campaign ends. More of these Claim
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Stakes will be sold on the primary marketplace at a later point in the future: New players in the galactic ecosystem will have the ability to purchase Claim Stakes in very limited and very carefully selected quantities, and we will ensure that quantities on offer match up with the size of the Star
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Atlas ecosystem ahead of any release. We neither want nor anticipate players to purchase Claim Stakes based on their scarcity, but principally for their immense utility in SAGE. We hope players will make the decision that is best for them based on the detailed information provided here. Claim
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Stakes and Economic Balance We will also rebalance the economy with respect to previously created Claim Stakes by declaring these outstanding Claim Stakes as “Legacy Claim Stakes” which will be redeemed for equivalent value as outlined in the ReBirth Meta-Poster Campaign in 2021. Players will
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receive 1 new Claim Stake for every Redemption Ratio worth of Legacy Claim Stakes they hold according to this table: Claim Stake Redemption Program To address a balancing issue with the currently outstanding Claim Stakes, now referred to as Legacy Claim Stakes, we will run a redemption program
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converting the Legacy Claim Stakes into current Claim Stakes. This rebalancing retains the total in-game value of the Legacy Claim Stakes. The need for rebalancing is due to early development numbers for Claim Stakes and current SAGE numbers being out of sync. This rebalancing process involves
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converting multiple Legacy Claim Stakes for one new Claim Stake of the same tier. These redemption rates ensure that the ReBirth Value of the legacy claim stake is maintained across the conversion. This will ensure that players receive the full approximate in-game value proposed during the ReBirth
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campaign by converting the Legacy Claim Stake numbers into new ones, with fractions rounded up (e.g., a player holding 10 Tier 4 Legacy Claim Stakes will receive 2 Tier 4 Claim Stakes). This will be done using the new prices and quantities that have been carefully selected for SAGE. The rebalance
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will take place automatically via a “snapshot and airdrop” methodology. The snapshot was taken on December 1 at 4:00pm EST. The redemption airdrop will be processed on December 19 at 12:00pm EST. Legacy Claim Stake holders do not need to take any action to receive the new Claim Stakes in their
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wallet. As any change in balance of Legacy Claim Stakes following the snapshot will not be reflected in the future airdrop, please refrain from trading these assets on any secondary markets (i.e. Serum). There will be no conversion or change to historically distributed mining facilities, including
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power plants, mining drills, and space stations. Solarpunk — Sustainable Vision of Tomorrow — Brought to you by CARY Farm Poster Set In addition to the distribution of rebalanced SAGE Claim Stakes, Legacy Claim Stakes will be converted into a new digital collectible poster series: “Solarpunk —
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Sustainable Vision of Tomorrow — Brought to you by CARY Farm” chronicling the ascension of the civilian branch of the prestigious Calico manufacturer, CARY Farming. Calico Agricultural Research and Yield — or CARY for short — is an intergalactic joint venture between the MUD and Mierese
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shareholders of Calico to face off against the growing influence of the ECOS terraforming communities in the medium-risk zone populations. CARY is focused on proving to the galactic community that the Council of Peace factions, particularly MUD, are committed to the best possible practices
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regarding sustainable farming, food, and supply chain safety across the galaxy. The company has been very successful on this political and economic battlefront, managing to curb the ECOS influence in the outskirts of the medium-risk zone. The rise of this agri-space manufacturer will be displayed
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in these exclusive posters for all the holders participating in the redemption campaign, making it an exclusive collection item. Here are the poster rewards that will be given to each one of the holders by different tiers. Poster Tier 1: The First Coded Seeds Crop — Legacy Claim Stake Tier 1 Poster
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Tier 2: Automated Plague Control — Legacy Claim Stake Tier 2 Poster Tier 3: Perpetual Farming Lands — Legacy Claim Stake Tier 3 Poster Tier 4: The Atmo-Harvester — Legacy Claim Stake Tier 4 Poster Tier 5: The New Paradigm of Sustainability — Legacy Claim Stake Tier 5 If you purchased a Legacy Claim
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Stake on the secondary marketplace since the first Claim Stake Start Sequence Campaign Announcement and believe you were negatively affected by the redemption process, please get in touch with the Star Atlas team via Discord. Read more about the first part of the Golden Era Start Sequence and Our
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Path Towards Tomorrow. Browse the full Start Sequence Asset Catalog [PDF]. ABOUT STAR ATLAS Star Atlas is a next-gen gaming metaverse emerging from the confluence of state-of-the-art blockchain, real-time graphics, multiplayer video games, and decentralized financial technologies. Using Unreal
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Engine 5’s Nanite, real-time graphics technology allows for cinematic quality video game visuals. In addition, blockchain technology using the Solana protocol establishes a largely serverless and secured gameplay experience. Non-fungible tokens obtained and traded within Star Atlas create an
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economy that replicates tangible world assets and ownership. To learn more, visit StarAtlas.com, join a faction at Play.StarAtlas.com, send your spaceships on a deep space mission by enrolling them in a Faction Fleet and download the Showroom on your PC. JOIN OUR COMMUNITY Twitter | Discord |
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YouTube | Instagram | Reddit | Facebook | LinkedIn | Twitch | Tik Tok | Telegram | Audius | Medium Disclaimer The updates in this report are provided for informational purposes only about the Star Atlas game and metaverse, for which ATMTA, Inc. is the lead developer. Except for statements of
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historical fact, the statements included herein are forward-looking statements that are based on the beliefs of ATMTA, Inc.’s management as well as assumptions made by and information currently available to ATMTA, Inc.’s management. Although ATMTA, Inc.’s management believes these forward-looking
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statements are based on reasonable assumptions, there can be no assurance that forward-looking statements will prove to be accurate, as actual results and future events could differ materially from those anticipated in such statements. ATMTA, Inc. undertakes no obligation to update forward-looking
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statements if circumstances or management’s estimates or opinions should change except as required under applicable law. These forward-looking statements are, by their nature, subject to significant risks and uncertainties and include, without limitation, statements about ATMTA, Inc.’s business
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prospects, future developments, industry and market trends and conditions, strategies, objectives, and goals. These statements are not guarantees of future performance and undue reliance should not be placed on them. No financial, tax, or legal advice is given or implied.
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Artificial Intelligence, Research, Data Analysis, AI.
AI in Scientific Research — Challenges and Opportunities In the ever-evolving landscape of scientific research, artificial intelligence (AI) has emerged as a formidable ally, promising to revolutionize how we access and analyze vast amounts of scientific literature. This article delves into AI's
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challenges and opportunities for scientific research, exploring the current state of AI tools like Connected Papers, Elicit, and Scite and contemplating potential improvements and integrations to enhance their efficacy. The Current State of AI in Scientific Research As scientific literature expands
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exponentially, researchers face the daunting task of navigating through an ocean of information. AI tools have stepped in to alleviate this challenge, offering innovative solutions to streamline literature review processes and enhance the overall efficiency of scientific inquiry. Connected Papers,
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Elicit, and Scite, are three noteworthy AI tools that have gained prominence in the scientific community. Connected Papers utilizes AI algorithms to create visualizations that map relationships between scientific papers, facilitating a deeper understanding of the interconnectedness within a field
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of study. Elicit employs natural language processing (NLP) to extract relevant information from research articles, presenting users with concise summaries and key insights. Scite, on the other hand, employs citation analysis to evaluate the reliability of scientific claims, helping researchers
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discern between robust and potentially questionable findings. Photo by Annie Spratt on Unsplash Challenges Faced by AI in Scientific Research Despite the promising advancements, AI tools for scientific research grapple with several challenges that hinder their widespread adoption and efficacy. 1.
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Semantic Understanding: One major challenge is the nuanced nature of scientific language. Scientific literature often employs complex terminology and specialized jargon, making it challenging for AI algorithms to interpret and extract meaningful information accurately. Improving the semantic
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Artificial Intelligence, Research, Data Analysis, AI.
understanding capabilities of AI models is crucial for enhancing their accuracy in summarizing and analyzing scientific papers. 2. Interdisciplinary Integration: Scientific research is increasingly interdisciplinary, spanning multiple fields and disciplines. AI tools must evolve to seamlessly
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Artificial Intelligence, Research, Data Analysis, AI.
integrate and adapt to the diverse range of terminologies and methodologies across different domains. Achieving this level of interdisciplinary integration poses a significant challenge but is essential for providing researchers with holistic insights. 3. Data Privacy and Security: As AI tools rely
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Artificial Intelligence, Research, Data Analysis, AI.
on vast amounts of data, concerns about data privacy and security have become paramount. Scientific research often involves sensitive information, and ensuring that AI applications comply with strict privacy regulations without compromising the quality of analysis is a complex undertaking. 4. Bias
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Artificial Intelligence, Research, Data Analysis, AI.
and Ethical Considerations: AI models are only as unbiased as the data they are trained on. Unfortunately, scientific research has not been immune to biases, and AI tools may inadvertently perpetuate or even exacerbate existing biases present in the data. Addressing these biases and ensuring
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Artificial Intelligence, Research, Data Analysis, AI.
ethical considerations are embedded in AI algorithms is essential for fostering trust within the scientific community. Opportunities for Improvement and Integration 1. Advanced NLP Techniques: Enhancing the semantic understanding of AI models can significantly improve their ability to comprehend
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Artificial Intelligence, Research, Data Analysis, AI.
and summarize complex scientific literature. Continued advancements in natural language processing techniques, including contextual embeddings and transformer models, hold the potential to unlock new levels of accuracy and sophistication in AI-driven literature analysis. 2. Interdisciplinary
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Artificial Intelligence, Research, Data Analysis, AI.
Collaboration: To tackle the challenge of interdisciplinary integration, AI developers and researchers should work collaboratively across various scientific domains. Building models that can adapt to different fields' diverse languages and methodologies will require input and expertise from
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Artificial Intelligence, Research, Data Analysis, AI.
specialists in those areas. 3. Secure Federated Learning: Addressing data privacy and security concerns could involve implementing secure federated learning, allowing AI models to be trained on decentralized data sources without compromising the confidentiality of sensitive information. This
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Artificial Intelligence, Research, Data Analysis, AI.
approach ensures that data remains localized and only aggregated insights are shared, safeguarding research data privacy. 4. Transparent AI Decision-Making: AI models should prioritize transparency in their decision-making processes to mitigate biases and ethical concerns. Implementing explainable
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AI techniques can help researchers understand how AI algorithms arrive at certain conclusions, enabling them to identify and rectify potential biases in the system. 5. Collaborative Platforms: Integrating AI tools into collaborative platforms that facilitate knowledge sharing and open discourse
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among researchers could further enhance their utility. Platforms that seamlessly integrate Connected Papers, Elicit, Scite, and other AI tools can create a comprehensive ecosystem for researchers to engage with the latest literature and insights collaboratively. Conclusion AI has undoubtedly opened
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Artificial Intelligence, Research, Data Analysis, AI.
new frontiers in scientific research, providing powerful tools to navigate the vast landscape of scholarly literature. While challenges persist, the opportunities for improvement and integration are vast, promising a future where AI and human researchers collaborate synergistically to advance the
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Artificial Intelligence, Research, Data Analysis, AI.
frontiers of knowledge. By addressing the semantic complexities of scientific language, fostering interdisciplinary collaboration, ensuring data privacy, and promoting transparent AI decision-making, the scientific community can unlock the full potential of AI in research. As these tools continue
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Aquaculture, Aquatech, Umitronpulse, Umitron.
Navigating the Future of Aquaculture and Satellite Remote Sensing with Ken Fujiwara, CEO and Co-Founder of UMITRON Introduction: In the realm of aquaculture, satellite data has emerged as a transformative force, shaping the industry’s dynamics and sustainability. At UMITRON, a leading player in this
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Aquaculture, Aquatech, Umitronpulse, Umitron.
space, the conversation extends beyond the routine discussions of satellite data’s current applications. In this exclusive interview, we delve into the visionary perspective of Ken Fujiwara, UMITRON’s CEO and Co-Founder. He shares insights into UMITRON’s inception, the pivotal role of satellite
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Aquaculture, Aquatech, Umitronpulse, Umitron.
technology in addressing industry challenges, and his vision for the future where satellites play a central role in sustainable aquaculture. Ken Fujiwara’s Vision for UMITRON: Q: What inspired you to set up UMITRON? A: While working as an aerospace engineer developing earth observation satellites
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and looking at images of Earth, the realisation that our planet is predominantly covered by oceans sparked the idea of contributing to marine environmental conservation and sustainable food production. Our company’s mission is to “install sustainable aquaculture on Earth,” addressing challenges in
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the aquaculture industry and the marine environment. Q: What are the primary challenges faced by the aquaculture industry that satellite technology can address? A: The industry grapples with volatility influenced by water quality, diseases, and market demands. Satellite technology, particularly
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remote sensing data, offers a solution by monitoring ocean conditions. This data makes aquaculture operations more predictable and repeatable, mitigating risks associated with excess or shortage of harvest, workforce, and feed. Satellites in Action: Q: How do satellites currently support
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aquaculture practices? A: Satellite use and the resulting data have been crucial in providing insights across a few areas in aquaculture, from site selection and environmental assessment to day-to-day farm operations. Aquaculture projects typically start with finding a suitable site for farming,
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and satellite data is used for mapping coastal areas and checking the surrounding environment. Once this first stage is established, more detailed environmental assessments and decades of historical environmental data can be used to assess suitability for fish, facilities, and operational safety.
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During farming operations, real-time data and forecasts of critical parameters such as temperature contribute to optimising feed amounts, and oxygen and chlorophyll data support risk mitigations to reduce the mortality rate of fish. Future Perspective: Q: How do you anticipate satellites evolving
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to enhance the aquaculture sector in the next 10–20 years? A: The aerospace industry’s recent and continued shift from one large satellite to multiple small satellite constellations will revolutionise aquaculture. Increased frequency of real-time ocean observation and high-speed internet
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connectivity in coastal to offshore regions will make operations more predictable, repeatable and accurate. Ultimately, aquaculture operations in remote areas using accurate marine environmental forecasts and enhanced global connectivity will become a reality. UMITRON’s Aspirations: Q: Could you
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elaborate on UMITRON’s overarching goals and the role of satellite technology in achieving them? A: While human colonisation is possible on other planets in the future, I believe that most of the 10 billion people will continue to live on Earth. UMITRON envisions providing ample food for Earth’s
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growing population while maintaining healthy oceans through sustainable aquaculture. As we continue our journey on “spaceship Earth,” understanding and responding to global challenges becomes paramount. Satellite technology is instrumental in achieving this goal by offering timely insights into
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oceanic changes, enabling swift and timely action on a global scale. In this insightful discussion with Ken Fujiwara, we hope you’ve gained a profound understanding of UMITRON’s unwavering dedication to harnessing satellite technology for a sustainable future in aquaculture. Through the fusion of
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visionary leadership, state-of-the-art technology, and a mission-centric ethos, we aim to position UMITRON at the forefront of transforming the aquaculture landscape. Interested in trying PULSE? At UMITRON, we are passionate about advancing innovation and sustainability in aquaculture. PULSE is a
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web-based platform integrating data from over 30 satellite sources and buoys worldwide with our AI models to deliver daily insights into ocean conditions across 7 data parameters, including temperature and dissolved oxygen. PULSE also has an Enterprise tier, where we’ve used up to 30 years of
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Infrastructure, Economic Development, Solid Waste Management, Materials.
Antoine Lavoisier, the great French chemist whose head was so full of new ideas that the Révolutionnaires had to chop it off, once came up with a great summary of the universe’s conservation laws. His aphorism applied specifically to the conservation of mass, but it sums up the principle quite
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neatly: “rien ne se perd, rien ne se crée, tout se transforme” (nothing is lost, nothing is created, everything is transformed). We have been reminded, in the previous essay, that the total amount of material resources currently used approaches 90 Gt (billion metric tons) and is expected to grow to
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Infrastructure, Economic Development, Solid Waste Management, Materials.
around 140Gt by 2050. Materials — part 2: material resources and the curse of prosperity After having discussed -qualitatively- the potential decoupling between resource consumption and economic growth, we…medium.com Which begs the question: following Lavoisier’s logic, where does it all go
|
medium
| 8,725 |
Infrastructure, Economic Development, Solid Waste Management, Materials.
eventually? Some we eat (sometimes in excess!), some we use to make a dwelling, some we dress with, some we use in numerous durable devices, etc. This all goes in stock. But a large share we simply get rid of after use. This waste takes many shapes: gas emissions radiation and heat effluent solid
|
medium
| 8,726 |
Infrastructure, Economic Development, Solid Waste Management, Materials.
waste In their 2020 circularity gap report, the Circle Economy organization came up with an estimate of the flows, which they summarized in a beautiful Sankey diagram. Source: 2020 circularity gap report The next step consists in checking another data point: municipal solid waste. The reference
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medium
| 8,727 |
Infrastructure, Economic Development, Solid Waste Management, Materials.
study in the field is the World Bank’s 2018 “What a Waste 2.0” report, which focuses on all countries (instead of limiting itself to the World Bank’s clients, i.e. the developing world), an indication of the global scale of the problem. The resulting figure is 2.0 Gt. That is an estimate of the
|
medium
| 8,728 |
Infrastructure, Economic Development, Solid Waste Management, Materials.
total volume of Municipal Solid Waste (MSW) produced worldwide every year. Per capita, this represents approximately 0.27 metric ton per person annually (with, as we will see below, a large variance between rich and poor countries), i.e. 0.73 kg per day per person. This is far less than the 32-ish
|
medium
| 8,729 |
Infrastructure, Economic Development, Solid Waste Management, Materials.
Gt mentioned above for total waste. Indeed, Municipal Solid Waste represents only a portion of all the waste. The World Bank study focuses specifically on Municipal Solid Waste but still provides an indication of the other types of what it calls “Special Wastes”. Source: World Bank” What a Waste
|
medium
| 8,730 |
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