Simulating the Artemis II Lunar Flyby on April 6, 2026 🌎🌑🧑‍🚀

#Artemis #Earth #Moon #Trajectory

⏩ 2 new pictures and 2 new videos from NASA (SVS) https://commons.wikimedia.org/wiki/Special:ListFiles?limit=6&user=OptimusPrimeBot&ilshowall=1&offset=20260407125710

Mojofull (@furoku)

AI 에이전트의 진짜 성능은 현재 순간의 trajectory에서 필요한 컨텍스트만 즉시 prune하고 재구성해 최적 행동을 하는 데 있다고 본다. 실시간 데이터 선택과 컨텍스트 재구성이 핵심이라는 AI 에이전트 기술 방향을 강조한다.

https://x.com/furoku/status/2038057802997084183

#aiagent #trajectory #contextwindow #pruning #reasoning

Mojofull (@furoku) on X

今作られているAIエージェントが本当に力を発揮するのは、「今この瞬間のデータ(trajectory)」から必要なコンテキストだけをその場でprune(不要な部分を削除)し、再構成しながら最適な行動を取ることだと考えています。

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Mojofull (@furoku)

여러 전문 작업에서 생성한 trajectory를 바탕으로, 컨텍스트를 똑똑하게 prune하고 관리하는 최적화 함수가 결국 발견될 것이라고 전망한다. 개별 작업별 최적화보다 범용적인 컨텍스트 최적화가 중요해질 수 있다는 AI 에이전트 연구 관점을 제시한다.

https://x.com/furoku/status/2038046247337238765

#aiagent #trajectory #contextmanagement #optimization #llm

Mojofull (@furoku) on X

さまざまな専門タスクから個別にtrajectoryを作ってるけど、そのうちtrajectoryの最適化関数が見つかる。 賢くprune(不要削除)してコンテキストを管理する最適化関数ね。 そうすると個別最適の必要すらなくなる。

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1% BETTER 4/10 🧭
The real question isn’t: “Am I successful today?”
It’s: “Where are my habits taking me?”
#Trajectory #DirectionOverSpeed #LifeSystems
Repairing Loveland – 8. Treat Repair as a Trajectory, Not a Switch

Why This Matters You don’t flip a system from “managed” to “healthy.” You widen participation, increase visibility, and redistribute functional rights over time. What This Looks Like in Practice Ye…

Survivor Literacy
Why Would Anyone Choose This?

From the outside, Loveland’s policies look irrational.Why would a city choose: more homelessness more displacement more encampments more policing fewer services higher rents unstable labor conditio…

Survivor Literacy

A bright #fireball crossed the evening sky over north-western Europe on Sunday and was widely observed across Belgium, France, Luxembourg, the Netherlands, and Germany. The object was detected by the #AllSky7 network, a system of automated sky cameras used to track #meteors and recover #meteorites. Using multiple recordings, researchers reconstructed the #trajectory of the incoming #meteoroid.
The object was first detected at an altitude of about 85 km, where atmospheric entry produced intense heating and light emission. During its approximately six-second passage, several flashes occurred as the body fragmented. Each fragmentation event likely produced between 10 and 100 #meteorites, meaning the original body broke into many pieces during #atmosphericEntry.
Based on brightness and duration, astronomers estimate the original #meteoroid had a diameter of roughly 1–3 meters. Objects of this size impact Earth relatively frequently, approximately once every two weeks, although most fall into oceans or sparsely populated regions.
Fragments slowed rapidly due to #atmosphericDrag, reducing their velocity from initial ~61,000 km/h in space to roughly ≤700 km/h before reaching the ground. Despite this deceleration, surviving #meteorites can still cause structural damage.
In this case, at least one fragment struck a house in Koblenz (Germany), penetrating the roof and landing inside a bedroom that was fortunately unoccupied. No injuries were reported. The unusual aspect of the event is therefore the impact occurring in a populated urban area, whereas most meteorite falls occur unnoticed in remote regions.
The calculated fall zone is now being searched by meteorite hunters and scientists, as recovered fragments may provide #cosmochemistry evidence about the early #SolarSystem and the composition of #asteroids.

https://www.nytimes.com/es/2026/03/10/espanol/ciencia-y-tecnologia/meteorito-alemania.html?smid=whatsapp-nytes

Un meteorito atraviesa un tejado en Alemania tras un espectáculo de luces

La bola de fuego procedente del espacio fue detectada por una red de cámaras de observación del cielo en Bélgica, Francia, Luxemburgo, Países Bajos y Alemania.

The New York Times

fly51fly (@fly51fly)

University of Pennsylvania(2026) 소속 연구: 'Tether: Autonomous Functional Play with Correspondence-Driven Trajectory Warping' 논문으로, 'Correspondence-Driven Trajectory Warping' 기법을 통해 자율적 기능적 플레이(autonomous functional play)를 달성하는 방법을 제시합니다. 저자 W. Liang, S. Wang, H. Wang, O. Bastani 등이 참여했으며 arXiv 링크가 제공되었습니다.

https://x.com/fly51fly/status/2030761351577256230

#robotics #trajectory #autonomy #research

fly51fly (@fly51fly) on X

[RO] Tether: Autonomous Functional Play with Correspondence-Driven Trajectory Warping W Liang, S Wang, H Wang, O Bastani… [University of Pennsylvania] (2026) https://t.co/YMdnrK1eBi

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Climate Change and Existential Threats I Warming Future I Climate Adaptation I Climate in 2025

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