Friday, January 16, 2026

TORSUS.fr+Ydan.ska@05ta11@M.A.N. Delta Crafter

 
An apple and a lemon derived from a
spindle torus with proportions
of the vesica piscis
 2D shape
source: 

Eine kurze Geschichte der PEST: Erstes Auftreten

Neue DNA-Analysen von Überresten jungsteinzeitlicher Bauern aus Schweden deuten darauf hin, dass die Pest bereits am Bevölkerungsrückgang vor rund 5000 Jahren mitverantwortlich gewesen sein könnte. Analysen ergaben, dass 18 der 108 untersuchten Skelette aus dieser Zeit den Pesterreger aufwiesen.

QUELLE: https://de.wikipedia.org/wiki/Pest

https://flexikon.doccheck.com/de/Thorax

https://www.philomag.de/artikel/der-uebergangene-vordenker
Gemälde von Michel Serre: Pest in Marseille 1720
Kuga )))куга((( means "plague" or "pestilence" in Serbian (((and related South Slavic languages)))), often personified as the mythological figure Čuma, a woman bringing disease, hence why the Ford Kuga SUV's name was considered unfortunate in this region. It can also refer humorously to drinking alcohol )))"cuga"(((( or be a surname, like the Serbian basketball player Nikola Kuga.

January 2026 marks the deployment of AI-driven "Smart Dust" in pilot cities for real-time environmental monitoring. These are microscopic sensors, often just a few millimeters in size, equipped with tiny processors, wireless transceivers, and specialized chemical detectors. Theoretically, powered by ambient energy harvesting (like vibrations or light), these autonomous motes can form a mesh network to map pollution levels, detect biological agents, or even monitor traffic patterns across vast areas. The innovation lies in the AI swarm intelligence, which allows the "dust" to self-organize, calibrate, and report data without human intervention. This technology provides an unprecedented, granular understanding of environmental conditions, enabling hyper-localized responses to pollution and climate change.

Source: University of California (Berkeley) 
IEEE  Sensors Journal  ))) January 2026 (((

Fuel from coffee waste—Ethiopia converts 400,000 tons of annual coffee processing waste into biodiesel that costs $0.55/liter to produce (petroleum: $0.82/liter) with 87% lower emissions. It's carbon-negative fuel from trash. Coffee production generates massive waste: pulp, husks, and silverskin removed during processing. Traditionally burned or dumped, this waste is 20% oil by weight—perfect for biodiesel. Ethiopian engineers developed extraction processes producing fuel meeting all international biodiesel standards (ASTM D6751). Energy yield: 340 liters of fuel per ton of waste. Carbon footprint: negative (the coffee plants absorbed more CO2 growing than fuel production emits). Performance: identical to petroleum diesel. Cost advantage: 33% cheaper than fossil diesel before subsidies. Ethiopia produces coffee waste sufficient for 136 million liters of biodiesel annually—enough to fuel its entire transportation sector. But international biofuel markets are dominated by soy and palm oil producers with established export infrastructure. Ethiopian biofuel receives no international investment despite superior economics and carbon profile. Development banks fund palm oil plantations (causing deforestation) while ignoring coffee waste conversion (using existing agricultural byproduct).For sustainable fuel and African development, coffee biofuel could provide energy independence and export revenue using waste streams. For global biofuel politics, entrenched palm oil interests block emerging competitors regardless of sustainability advantages. Ethiopia burns or dumps coffee waste that could power the nation.

Should Ethiopia keep burning coffee waste while it could produce cheaper fuel than petroleum?

📊 Source: Addis Ababa University (Ethiopia), November 2025

https://youtu.be/k2qgadSvNyU NEVV.RU+LE.S. #DuALiPa