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In the shade !!
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...It is a small price to pay for deliverance...
Penance is at Fantasy Faire: The Carnelian Archive
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.Teleport.
Fantasy Faire: The Carnelian Archive
.Credits.
• Textures: Pandapantsuu
• Photography: Pandapantsuu
• Models: Vandom Voxel & Pandapantsuu
.Extended Description.
• This package contains bakes on mesh (BOM) tattoo layers for any male or female body using the SLUV.
• Penance includes a male and female fit of the cross burn. The female fitting sits lower on the chest and the male fitting sits higher. Either fitting can be used on male or female avatars though because tattoos are unisex. There is only one opacity and the original variant shown above. If demand is there, I will provide other opacities and bloody or healed variants. Please inquire. These layers can be tinted.
• Penance is shown here on Legacy Male Athletic and Legacy Female. The tattoos are unisex, but results will vary between bodies given slight differences in the mesh.
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B&W version of adjacent.
I think like this better as shows structure of tree, emphasises trunk, and yet makes leaves quite feathery, like the bronchioles of a lung.
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🌸YVELINES OUTFIT
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Woman w Flowers
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kodak portra
rolleiflex 622 | zeiss tessar 75mm f/3.5
food & lifestyle photography
atwater village / Los Angeles
vẫn là đồ cũ =p~
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cái này hình như đụng hàng w CCPie xD sr em nheeeeeeeeeeeeeeeeee =))
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có phải mình hơi lạm dụng qá mâí cái icon thỏ k =)))
-Sóc Grey##
Para las imágenes en B&W me gusta el contraste de tonos donde el color negro es un protagonista importante.
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! ربّما غدٍ أو بعد غد
، ربّما بعد سنينٍ لاتُعد
~ ربّما ذات مساءٍ نلتقي
* (w) في طريقٍ عابرٍ دون قصد
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A N&W (WAB) commuter arriving Chicago from Orland Park with a GP40 in charge. Sharpe looking cars for some lowly commuter service.
B&W pattern design ...
Pic in my BlackandWhite Series # 4 ... Pic # 1 ...
Pic taken Sept 5, 2021
Thanks for your views, faves, invites and comments ... (c)rebfoto
A trio of ESA engineers took to the roof of the Agency’s technical heart to link up with a satellite the size of a shoebox as it sped overhead.
The team deployed a portable, self-made ground station to acquire W-band microwave signals from ESA’s W-Cube mission, as part of an effort to better understand how this portion of the electromagnetic spectrum interacts with the atmosphere, encouraging its use for satellite communications.
Put in place within half an hour, the ground station was improvised from various outcomes of past ESA projects, combined with a computerised telescope mount usually employed for amateur astronomy. But at the first try the station succeeded in tracking and gathering signal data from W-Cube as it performed a ten minute pass over the ESTEC technical centre in Noordwijk, the Netherlands.
ESA Young Graduate Trainee Hugo Debergé, the microwave engineer responsible for building the station, commented: “Of all the thousands of satellites in space, we are currently pointing at the very first 75 GHz beacon in flight, and receiving signals from it – it’s amazing!”
W-Cube, launched in 2021, was developed through ESA’s Advanced Research in Telecommunications, ARTES, programme, to explore the use of W-band for future satellite missions. This particular millimetre-band – used on Earth for various commercial applications such as automotive radar and point-to-point wireless links – is being adopted for use in space, offering very high data throughput across a largely untrafficked span of the electromagnetic spectrum.
But the International Telecommunications Union, which assigns frequencies for use, has only limited modelling and prediction models to show how W-band signals propagate through Earth’s atmosphere and weather conditions. W-Cube was flown to help shrink this blind spot and prove the feasibility of future space missions operating using W-band.
A single fixed ground station was put in place to track W-Cube, at the premises of mission prime contractor Joanneum Research at Graz in Austria, with another one in preparation by VTT Research in Finland.
The nanosatellite itself – a ‘three-unit’ CubeSat, meaning it has been built up from three standardised 10-cm boxes – was constructed by Kuva Space in Finland (previously Reaktor Space Lab) with the W-band payload coming from VTT.
“W-Cube itself is working well, and only a few days ago another satellite carrying an experimental W-band payload was put in orbit from the University of Stuttgart,” explained ESA microwave engineer Vaclav Valenta. “So we decided to build our own station based on available hardware and chips from past projects in our lab, then assigned the challenging job of building it to Hugo through ESA’s Young Graduate Trainee programme. The satellite is switched on for acquisitions from Austria but as we found we can still track it from the Netherlands.
“We’re excited by today’s success on our first try, and our next plan to fine-tune our station design to make it truly portable. Also, our intention is to set up a permanent W-band station here at ESTEC. This design, combined with the tracking techniques we’re deploying, will certainly become the basis for other mobile W-band stations.”
Digital payload engineer Marek Peca equipped the portable ground station with motion control software and geodetic calculations: "We began by homing in on the Sun, and its output of radio white noise, serving as a reference point so the ground station knew where to look for W-Cube as it passed over our heads – a pinhole camera taped to the side of the antenna gave us a coarse visual confirmation of being centred on the Sun; we'll improve on this with building-mounted radio beacons in the future. But it all worked well: today’s success makes this only the second ground station in the world to acquire W-band signals from orbit!”
Michael Schmidt of Joanneum Research is Principal Investigator for the W-Cube mission: “I congratulate the ESTEC team in achieving this goal. I know from experience it is no easy task to receive the satellite’s very weak signal. Their work is providing important additional measurements in different climate zones from Graz and Helsinki, and the mobile nature of their ground station means it can be located in other locations as well, helping to improve our W-band propagation models and learning more the use of low-orbiting satellites for propagation experiments.”
Marek processed some 32GB of captured radio-frequency data to confirm that the first full pass of the satellite signal had been correctly tracked, representing six and a half minutes of the full pass. See plots from the W-Cube pass here and here. Read about the open source element of the project to use telescope mounts to track satellites and celestial objects here.
Credit: ESA-G. Porter
HUD WHIT 25 COLORS, SOLE-BODY & 2 METALS
Maitreya-Belleza - Slink
LM:http://maps.secondlife.com/secondlife/The%20Good%20Place/176/32/19
MP:https://marketplace.secondlife.com/p/W-Dixs-Shoes/16588880
Before assimilating the Chessie (BR&P) 4th Sub, the G&W got trackage rights from P&L Jct. up to Rochester and down to Silver Springs. Here a Silver Springs Turn is heading back to P&L Jct. late in the day at the station in Warsaw, NY on June 30, 1986. The G&W "borrowed" LA&L 425 for a brief time and that is why it is part of the power consist.
I have been nominated by Andy Gant to carryout the 5 Day B&W challenge. This is Day 5.
Many thanks Andy!
5 of 5 B&W challenge
www.flickr.com/groups/2812175@N21/ 5 Day B&W Challenge Group
Umpqua Lighthouse State Park, OR
Voigtländer Bessa R2A
35mm
Twitter for regular updates: @jamesfitzfranz