Reflect Orbital, a new startup, plans to monetize solar energy by providing sunlight to solar farms 24 hours a day.
Reflect Orbital is planning to develop a constellation of satellites that will reflect sunlight to solar farms during nighttime hours, transforming the efficiency and reach of solar energy generation.
This approach addresses the key limitations of solar power: its dependence on daylight. By extending the availability of sunlight to solar farms, enabled by advancements in space technology, Reflect Orbital's technology can significantly increase the contribution of solar energy to the global energy mix.
Reflect Orbital is currently designing its first satellite, marking the next phase in its mission to harness space-based solar power.
This technology not only has the potential to transform the renewable energy sector but also raises questions about the future of energy infrastructure and the role of space in supporting sustainable development.
Efficient transmission of energy over long distances from space or high altitudes remains a challenge. Additionally, the environmental impact of beaming concentrated solar energy through the atmosphere needs careful consideration.
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Therapeutic Plasma Exchange (TPE), traditionally a treatment for autoimmune disorders, has emerged as a new technique in longevity science. By cleansing the blood of aging-related cells and replenishing it with clean, individualized plasma-like fluids, this process supports the body and brain's ability to combat degeneration.
TPE aligns with the focus on personalized medicine and regenerative therapies for combating aging diseases like Alzheimer's at the cellular level. With an aging global population, TPE's potential in reducing healthcare burdens and enhancing life quality gains relevance.
TPE’s principle of 'spring cleaning' the blood is a radical way to treat aging. Specific figures are still pending but ongoing research and trials will reveal more results of TPE’s efficacy.
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CleanSpark, one of the largest US Bitcoin miners, is set to launch an in-house trading desk, seizing control of its substantial Bitcoin holdings to optimize returns. Against the backdrop of a bullish Bitcoin market, the move makes sense because of the company’s large Bitcoin holdings, fostering autonomy and risk management.
This is a growing trend among Bitcoin miners to employ their crypto derivatives and broaden their revenue stream beyond mining. Marathon Digital is selling Bitcoin call options contracts as a means of generating additional revenue and Hut 8 is pursuing AI opportunities after their merger.
Zachary Bradford, CleanSpark's CEO, affirms, "It just makes financial sense to do it in-house. That way, you can manage it with your own risk profiles and expertise and keep a really close eye on it."
CleanSpark plans to align its strategies with regulated crypto offerings like CME-traded option contracts, ensuring a secure approach to trading while safeguarding assets with reputable custodians like Coinbase.
The strategy carries inherent risks, challenging the industry to balance newfound financial autonomy with the potential for market volatility.
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Centralization of research and data has contributed to the lack of trust in scientific institutions and research, leading to a replicability crisis and wasting of taxpayer funds. The emergence of Web3 and blockchain technology provides a pathway for open access to data and manuscripts to ensure data integrity, scalability, flexibility, and data sovereignty while eliminating data silos. This model will create incentives for scientists to share research, data, and code openly, leading to progress and verifiable discoveries with the potential to improve human lives.
Open science practices, including open access to scientific manuscripts, are crucial to decentralize science within the FAIR principles (findable, accessible, interoperable, reusable).
VitaDAO is a decentralized biotech company dedicated to longevity science research. They communicate openly on platforms like Discord and Discourse and token holders can vote on strategic decisions.
Open science raises questions about the balance between open accessibility and the need to protect sensitive data. However FAIR principles don't mandate blanket data accessibility and decentralized tools like IPFS allow controlled access. Funding agencies are also encouraging data sharing. It seems the adoption of open science practices is becoming essential for progress in scientific research.
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