Tootfinder

Picture the human body. Zoom in on a single cell. It lives for a while, then splits or dies, as part of a community of cells that make up a particular tissue. This community lives together for many many cell-lifetimes, each performing their own favorite function and reproducing as much as necessary to maintain their community, consuming the essential resources they need and contributing back what they can so that the whole body can live for decades. Each community of cells is interdependent on the whole body, but also stable and sustainable over long periods of time.
Now imagine a cancer cell. It has lost its ability to harmonize with the whole and prioritize balance, instead consuming and reproducing as quickly as it can. As neighboring tissues start to die from its excess, it metastasizes, always spreading to new territory to fuel its unbalanced appetite. The inevitable result is death of the whole body, although through birth, that body can create a new fresh branch of tissues that may continue their stable existence free of cancer. Alternatively, radiation or chemotherapy might be able to kill off the cancer, at great cost to the other tissues, but permitting long-term survival.
To the cancer cell, the idea of decades-long survival of a tissue community is unbelievable. When your natural state is unbounded consumption, growth, and competition, the idea of interdependent cooperation (with tissues all around the body you're not even touching, no less) seems impossible, and the idea that a tissue might survive in a stable form for decades is ludicrous.
"Perhaps if conditions were bleak enough to perfectly balance incessant unrestrained growth against the depredations of a hostile environment it might be possible? I guess the past must have been horribly brutal, so that despite each tissue trying to grow as much as possible they each barely survived? Yes, a stable and sustainable population is probably only possible under conditions of perfectly extreme hardship, and in our current era of unfettered growth, we should rejoice that we live in much easier times!"
You can probably already see where I'm going with this metaphor, but did you know that there are human communities, alive today, that have been living sustainably for *tens, if not hundreds of thousands of years*?
#anarchy #colonialism #civilization
P.S. if you're someone who likes to think about past populations and historical population growth, I cannot recommend the (short, free) game Opera Omnia by Stephen Lavelle enough: https://www.increpare.com/2009/02/opera-omnia/

The whole thing is optimized for scams, deception and other criminal behavior:
- user interface that deceptively pretends it's a human you're talking to
- claims from companies highly exaggerate capabilities
companies and "experts" constantly hype "AGI" which they (funnily enough) do to both make investors greedier and spread fear and as a distraction because these algorithms can't actually do what they keep promising
- large-scale accounting and financial fraud (e.g. what Nvidia is doing with circular selling)
- biggest case of copyright infringement in history
Note: I think the underlying technology is really cool, and definitely has use cases and can be used for actually good things. But: some technology just has more downsides than upsides, and some should only be used by experts in controlled environments. Leaded gasoline, asbestos and chlorofluorocarbon are also all really cool technology.
In this case perhaps the techology itself doesn't do anything inherently bad, however the people making it are lying about what it can do, the people selling it are motivated purely by greed and the people using it (often forced to do so) are being deceived.

Farewell to Westphalia: Crypto Sovereignty and Post-Nation-State Governaance
Jarrad Hope, Peter Ludlow
https://arxiv.org/abs/2510.09840 https://arxiv.org/p…

Farewell to Westphalia: Crypto Sovereignty and Post-Nation-State Governaance
We argue that the principal application for blockchain technology will not be in the financial sector, but rather in maintaining decentralized human governance, from archives to transparent policies encoded in the blockchain in the form of smart contracts.. Such decentralized, blockchain-grounded governance comes not a moment too soon, as nation states are dissolving before our eyes. Will blockchain-based communities replace the nation state? What are the prospects and dangers of this developme…

Flexible Intelligent Metasurface for Reconfiguring Radio Environments
Hanwen Hu, Jiancheng An, Lu Gan, Naofal Al-Dhahir
https://arxiv.org/abs/2510.07466 https://

Flexible Intelligent Metasurface for Reconfiguring Radio Environments
Flexible intelligent metasurface (FIM) technology holds immense potential for increasing the spectral efficiency and energy efficiency of wireless networks. In contrast to traditional rigid reconfigurable intelligent surfaces (RIS), an FIM consists of an array of elements, each capable of independently tuning electromagnetic signals, while flexibly adjusting its position along the direction perpendicular to the surface. In contrast to traditional rigid metasurfaces, FIM is capable of morphing i…

Trust and Human Autonomy after Cobot Failures: Communication is Key for Industry 5.0
Felix Glawe, Laura Kremer, Luisa Vervier, Philipp Brauner, Martina Ziefle
https://arxiv.org/abs/2509.22298

Trust and Human Autonomy after Cobot Failures: Communication is Key for Industry 5.0
Collaborative robots (cobots) are a core technology of Industry 4.0. Industry 4.0 uses cyber-physical systems, IoT and smart automation to improve efficiency and data-driven decision-making. Cobots, as cyber-physical systems, enable the introduction of lightweight automation to smaller companies through their flexibility, low cost and ability to work alongside humans, while keeping humans and their skills in the loop. Industry 5.0, the evolution of Industry 4.0, places the worker at the centre …

High-spin magnetic ground states of neutral dopant clusters in semiconductors
Rhine Samajdar, Haonan Zhou, R. N. Bhatt
https://arxiv.org/abs/2510.03575 https://

High-spin magnetic ground states of neutral dopant clusters in semiconductors
High-spin states hold significant promise for classical and quantum information storage and emerging magnetic memory technologies. Here, we present a systematic framework for engineering such high-spin magnetic states in dopant clusters formed from substitutional impurities in semiconductors. In single-valley materials such as gallium arsenide, impurity states are hydrogenic and exchange interactions generally favor low-spin configurations, except in special geometries. In contrast, multivalley…