Quantum Physics
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Tra must've taken a wrong turn...she signed up for fashion school...
www.youtube.com/watch?v=xzkiJJ_NkD0
DRD NEW @ VINTAGE FAIR
Rosie Platforms
Vintage Fair opens June 12
maps.secondlife.com/secondlife/Imperial%20Land/112/123/2
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Rigged for : Maitreya/Lara , Belleza/freya , Slink/Hourglass and The Shops/Legacy
Stuff
Ransacked Lockers by Angharad Greggan - Razor Bird
Pencil by Xiang Ying
Apple Fall Books & Map
TonkTastic - Beret
:V.e. Wednesday Dress MT
Ramones Lunchbox by Me
Twin School Desk by Sooden Ren
This couch was in my childhood home as far back as I can remember and I have a very storied history with it. As it is currently in the process of being thrown out, I naturally dragged it onto the lawn to take pictures it with in celebration, in commemoration; what a couch.
As a teenager, this couch was in what was called "the sewing" room -- a room that housed sewing machines, spools of thread, and fabric, among some other disparate items.
Because I was so into psychology and neuroscience and biology and physics and psychoanalysis, as well as the arts & music culture of the 90s that my parents had engaged with, and because the couch was purchased in the 90s,
I ultimately ended up spending a lot of time laying on it at ages 15-17 contemplating the vast immaterial and material energy field of the 90s (and all prior) that had led up to my birth and eventual existence as a teenage girl in the early 2010s and, deconstructed every facet of reality its most microscopic constituents,
just being like, what....in...the...literal......universe...is...ha pp e nn in gng g g ????? (Affectionate, and disaffectionate).
I also liked to pretend I was the subject of 19th/early 20th psychoanalysis on this couch -- that armrest really cradled my lizard brain.
There's so much more I could say about this couch but I think that's enough of my weird for one day.
Uhmm, ouch, Mistress?
What's up? Are you still complaining?
This new toy - it's got twice as much spikes as the old.
Isn't that nice of me? That's only half of the pain for you.
How's that?
Didn't pay attention in physics? p=F/A (*), so if we double the area, the number of spikes that is, we halve the pressure.
But these spikes are sharper than the others!
Hmm, you've got a point there.
One-hundred and fifty, Mistress. In my back.
-o-o-o-o-o-o-o-o-o-o-o-o-o-o-o-
(*) pressure is force per area. And funnily enough, the abbreviations that were so difficult to learn in german, just seem logical when you're writing in english.
Toy Project Day 3784
Aurora borealis early May 11 from Deception Pass State Park, Washington. The Adobe Lightroom Denoise AI feature was used to reduce noise, particularly in the reflection.
Reflections of some of the buildings of the Institut für Physik (institute for physics) at the technical university in Darmstadt, Germany. This shot was too good to pass by. It may look like there a lot of notes here, but they are in fact the windows frames (danke Sabine für den Wink).
Please view in full size for best effect.
If you happen to work on gravitational physics the throat of a wormhole and one end of the two asymptotic sheets it connects - an Einstein-Rosen bridge - may perhaps come to mind when you set foot at the Sony Center in Berlin's Potsdamer Platz and look at the building's beautiful ceiling. If you wish you can take a look at the Wikipedia entry on wormholes to notice the (somewhat frivolous) analogy.
Ich sehe einen abstrakten Geist :)
Reflection is the change in direction of a wavefront at an interface between two different media so that the wavefront returns into the medium from which it originated. Common examples include the reflection of light, sound and water waves. The law of reflection says that for specular reflection the angle at which the wave is incident on the surface equals the angle at which it is reflected.
A 4:30am alarm with a quick stop at the Dunkin drive-thru got me to the New Jersey Festival of Ballooning in time to experience what it takes to unfurl, inflate and fly a hot air balloon. It's been years since I've done this and it was a beautiful morning to be amongst all the dedication and skill these crews have.
On another note, felt like it was time to update my profile pic. As much as I liked the old one, it looked more like a high school yearbook pic at this point. Lol!
All that Jazz (Chicago)
Come on babe, why don’t we paint the town?
And all that jazz
I’m gonna rouge my knees and roll my stockings down
And all that jazz
Start the car, I know a whoopee spot
Where the gin is cold, but the piano’s hot
It’s just a noisy hall where there’s a nightly brawl
And all... that... jazz
Skidoo
And all that jazz
Hotcha...Whoopee
And all that jazz
Slick your hair, and wear your buckle shoes
And all that jazz
I hear that Father Dipp is gonna blow the blues
And all that jazz
Hold on hun, we’re gonna bunny hug
I bought some aspirin, down at United Drug
In case you shake apart, and want a brand new start
To do... that... jazz
Find a flask, we’re playing fast and loose
And all that jazz
Right up here is where I store the juice
And all that jazz
Come on babe, we’re gonna brush the sky
I betcha lucky Lindy
Never flew so high
Cause in the stratosphere
How could he lend an ear
To all... that... jazz?
Oh, you’re gonna see your sheba shimmy shake
And all that jazz
Oh, she’s gonna shimmy till her garters break
And all that jazz
Show her where to park her girdle
Oh, her mother’s blood’ll curdle *
Did she hear, her baby's queer*
For all... that... jazz!
No, I’m no one’s wife
But, oh I love my life
And all... that... jazz!!
That jazz!
The Physics Department of Canterbury College, which later became the University of Canterbury built in the late 19th century.
The University outgrew its city centre campus and started vacating the neo-gothic buildings in 1961 after which the original campus became the Arts Centre of Christchurch.
These buildings, along with many others, collapsed during the February 2011 Christchurch earthquake. It's wonderful to see the buildings now restored.
This animated chair will suit any setting.
Full bento, RLV, INM, Physics, V Bento, VAW, Lovense.
Check out the store for other great items.
John Bolin donated some beautiful images....thank you!!! :
www.flickr.com/groups/vintage_madness/
I also was lucky enough to obtain permission to use these physics images from a professor of physics who created the diagrams.
Takahashi Epsilon 180, ZWO ASI 461 MM PRO, Astro Physics 1100GTO. 240 minutes of luminance and 100 minutes each of RGB from a Bortle 4 zone. All shot at gain zero.
NGC 7023/LBN 487 - The Iris Nebula
Taken July 27 - 30, 2022 at the Table Mountain Star Party near Oroville, Washington
Telescope: TEC 180FL @ f/5 using Astro-Physics Quad-TCC
Camera: QHY600M
Guide Camera: Starlight Xpress Lodestar
Mount: Astro-Physics Mach2GTO
Capture Software: NINA
Exposure:
Red: 2 hours (24 x 5 min, bin 1x1)
Green: 2 hours (24 x 5 min, bin 1x1)
Blue: 2 hours (24 x 5 min, bin 1x1)
Lum: 4 hours 55 minutes (59 x 5 min, bin 1x1)
Total Integration Time: 10 hours 55 minutes
Processed in PixInsight 1.8
Some snowflakes have strange origin stories, and this is one of them. Using a few simple physics rules, let’s try to unravel the mystery here!
The original center of this snowflake is the blobby flower-like shape in the middle. The crystal started as a solid hexagonal prism, but at a certain point, cavities started forming in the prism facets (the rectangular sides) by the same physics rule that causes branches to form: whatever sticks out the farthest, grows the fastest. Conversely, whatever is furthest away from the water vapour will grow the slowest. The center of the prism facets can grow more slowly than the rest of snowflake, causing cavities to form in the right conditions.
Anywhere you see a brighter area in the center of this snowflake, you have multiple layers of ice. It appears brighter because you have more reflective surfaces sending light back to the camera. This clue is important to figure out what is happening: a molecular dance between one and two layers of ice. This is where things get interesting.
See the top-left part of the blob flower? It grows to a full cavity that encompasses three sides of the crystal. The other sides, however, seal back off and become solid again. This means one side of the snowflake was growing with a stable position in the wind and not tumbling about as much, so more water vapour was available to one side than the other, changing the way it grew. Which side was facing the wind? The answer is the same to the question “which sides grew the longest and therefore the fastest?”. Higher humidity closed the cavities faster.
The way the branches formed here is also very cool, utilizing the “knife-edge instability”. Imagine that a cavity cuts the outgrowing sides of a snowflake into two parallel plates. What would cause one to grow faster than the other? Wind and direction could play a role, but thickness is also a critical component. Imagine two bricklayers building walls. One is required to build their wall three bricks thick, while the other is required to build their wall only one brick thick. Working at the same rate, who completes the wall the fastest? The thinner the layer, the faster it can grow outward given the same amount of “bricks” (water molecules). This is why all six branches are brighter around their starting point – they began from cavities that split the crystal into two parts.
No two snowflakes are ever the same. Even the same snowflake is in a constant state of flux – either growing or sublimating. Their uniqueness is bound by a few simple rules and endless variations; they are as beautiful to look at as they are to “figure out”. If you’d like to photograph snowflakes on your own and dive into the puzzles of how they grow, there is a comprehensive tutorial in my new book: skycrystals.ca/product/pre-order-macro-photography-the-un... - as well as other topics including composition, water droplet refractions, ultraviolet, focus stacking, editing, stereoscopic 3D and the list goes on.
The wake turbulence cloud, and wingtip vortices are on display as an Etihad B773 approaches Toronto's runway 33L
✧ INCLUDES
• Style card
• Physics
• Eyebrow shape
• Extra cosmetics:
- HD Eyeliner
- Waterline
- Nose Highlight
- Inner Corner Highlight
- Waterline
• Windlight
• Small and Curvy shapes for Legacy and Reborn
✧ IMPORTANT
• The avatar design was created using items from various second life stores, which need to be purchased separately to achieve the final look.
• Please contact me if you have any questions.
This is an unguided capture of M57, the Ring Nebula. Although I am an experience solar imager and do pretty well with the Moon, deep sky imaging is new to me. I am learning one step at a time.
Camera: ZWO ASI294 MC Pro
Telescope: Astro Physics 105mm refractor
Mount: Celestron AVX
Capture Software: SharpCap
Live stacked: 54 frames
Exposure time: 800 seconds
I was one of those kids who actually liked going back to school. It was a place for hands-on discovery. For Macro Monday's theme: back to school
Muñeca Natural Physics by Warm Animations
Bring your Muñeca body to life with smooth, natural movement and realistic physics.
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Features
• 3 adjustable strength levels, Soft, Medium and Strong
• Natural body motion and realistic movement response
• Smooth animations designed for everyday use
• Easy to use and lightweight
• Optimized for the Muñeca Mesh Body
• Perfect for roleplay, photography, social events and daily wear
Whether you prefer subtle movement or a more noticeable physics effect, Muñeca Natural Physics lets you choose the level that best matches your style.
Included
• Muñeca Natural Physics HUD
• 3 Physics Strength Modes
• Easy setup instructions
Compatibility
✔ Muñeca Mesh Body
Add a new level of realism, elegance and immersion to your avatar with Muñeca Natural Physics.
Created by Warm Animations.
This beautiful capture of the Trifid Nebula was achieved at the Green Bank Observatory in Green Bank, WV USA. I was attending Star Quest 2022. I highly recommend this event to you for 2023 and beyond.
The Trifid Nebula is an emission nebula. It is 5,200 light years away.
This picture was captured with an Astro Physics 5" f/8 refractor, and a ZWOI294MC camera. The software was SharpCap Pro. This was a series of 30 second exposures that were "live-stacked". The only post processing that was done was some minor adjustments using Light Room Classic and PhotoShop.
This was my first color capture of a nebula.
Buy this framed print at RebBubble.
Taken just as the sun was saying 'good night', a moment before this shot. See large to see the detail in the sky, sun, and water.
About
- ISO 100, f11 1/125, 10mm
- Pseudo HDR (from one RAW, mapped)
- 5 shots stitched in Autopano Pro
A cloud is a visible mass of droplets or frozen crystals floating in the atmosphere above the surface of the Earth or another planetary body. A cloud is also a visible mass attracted by gravity (clouds can also occur as masses of material in interstellar space, where they are called interstellar clouds and nebulae.) The branch of meteorology in which clouds are studied is nephology or cloud physics.