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This weeks theme for the FFF+ Snap Happy group of 'Geometry' was chosen by Tricia.
Although a challenging one initially, lots of walks last week in St.Kilda had me incredibly inspired.
It would be appreciated if anyone commenting could also respect the group rules.
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TRAPPIST-1 b lacked atmosphere. TRAPPIST-1 c? Much the same.
Though thought to be similar to Venus both in size and amount of radiation from its star, Webb found that TRAPPIST-1 c lacks Venus’s thick carbon dioxide-rich atmosphere. If there is an atmosphere, it’s very thin.
A refresher: TRAPPIST-1 c is the second planet from its star, the M dwarf TRAPPIST-1. M dwarf stars are intriguing because they are 10 times as common and two times more likely to have rocky planets than stars like our Sun. TRAPPIST-1 has seven!
Young M dwarf stars are energetic, emitting X-ray and UV radiation that can strip young planetary atmospheres away. It’s unknown if systems like these had enough water, carbon dioxide, or other ingredients to make atmospheres when the planets formed.
Webb is so sensitive that it can search for elements and molecules like oxygen, nitrogen, and carbon dioxide in exoplanet atmospheres. The mystery remains — can planets orbiting small M dwarfs sustain the atmospheres needed to support life as we know it? Get the full report: www.nasa.gov/feature/goddard/2023/webb-rules-out-thick-ca...
This image: This light curve shows the change in brightness of the TRAPPIST-1 system as the second planet, TRAPPIST-1 c, moves behind the star. This phenomenon is known as a secondary eclipse. Astronomers used Webb’s Mid-Infrared Instrument (MIRI) to measure the brightness of mid-infrared light. When the planet is beside the star, the light emitted by both the star and the dayside of the planet reach the telescope, and the system appears brighter. When the planet is behind the star, the light emitted by the planet is blocked and only the starlight reaches the telescope, causing the apparent brightness to decrease.
Credits: NASA, ESA, CSA, Joseph Olmsted (STScI)
Image description: Infographic titled “Rocky Exoplanet TRAPPIST-1 c Secondary Eclipse Light Curve, MIRI Time-Series Photometry (F1500W).” At the top of the infographic is a diagram showing a planet moving behind its star (a secondary eclipse). Below the diagram is a graph showing the change in brightness of 15-micron light emitted by the star-planet system over the course of nearly 2 hours. The diagram and graph are aligned vertically to show the relationship between the geometry of the star-planet system as the planet orbits, and the measurements on the graph. The infographic shows that the brightness of the system decreases slightly as the planet moves behind the star.
Once the poor old 153 limped out of the way, NS 901 blasts off toward Atlanta. The geometry train was powered by ex. BN SD40-2 #3531 leading NS 36 and NS 32.
Architecture is consist of extremely quads geometry, architect by Yoshio Taniguchi. Japanese legend.
谷口吉生先生の建物は禅のようでやはりハズレはありません。
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鈴木大拙館 - 建築グラビア Architecture Gravure
Gallery : photowork.jp/christinayan01/architectural/archives/5303
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D.T.Suzuki Museum (鈴木大拙館).
Architect : Yoshio Taniguchi & Associates (設計：谷口建築設計研究所).
Contructors : Shimizu Corporation (施工：清水建設、豊蔵JV).
Completed : July 2011 (竣工：2011年7月).
Structured : Reinforced Concrete (構造：鉄筋コンクリート造、鉄骨造).
Costs : $4.9 million (総工費：約4.9億円).
Use : Museum (用途：博物館).
Height : ft (高さ：m).
Floor : 2 (階数：地上2階).
Floor area : 6,792 sq.ft. (延床面積：631.63㎡).
Building area : 7,125 sq.ft. (建築面積：662㎡).
Site area : 41,979 sq.ft. (敷地面積：3,900㎡).
Location : 3-4-20 Hondamachi, Kanazawa City, Ishikawa, Japan (所在地：日本国石川県金沢市本多町3-4-20).
Referenced :
www.japan-architect.co.jp/jp/works/index.php?book_cd=1012...
www.kanazawa-museum.jp/daisetz/facilities.html
Euclid (circa 325-265 BC), the 'Father of Geometry' uses a divider and a tablet to explain Geometry to students. He was the most famous of the ancient Greek mathematicians.
Stanza della Segnatura, Musei Vaticani; July 2019
Hidden geometry beneath Oostende’s iconic Westerstaketsel. One of the longest wooden piers from the late 19th century still stands. Underneath the pier, design, textures, tides, marine life, and time come together to tell the story of this enduring structure. I wanted to create a fresh perspective on a timeless landmark.
Oldest science. part of mathematics concerned with questions of size, shapes, relative position of figures and properties of space. measurement, properties, and relationships of points, lines, angles, curves, planes, and shapes, two and three-dimensions.
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Skyscrapers blur upwards from hard geometry. Multiple exposure in infrared. Melbourne, Victoria, Australia.
Color eFex 4: bleach bypass.
Boys and Girls, see how many right triangles you can find in this picture.
Floyd Bennett Airfield, Brooklyn, USA