View allAll Photos Tagged Atom
Tarifa, Cadiz.Spain
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My photos are © all rights reserved. Please e-mail me if you would like to use these photos.
Atom Bowl!
A mid-century era bowling alley.
I've included lots of nods to the 1950's and 1960's with period colour choices and shapes.
Regards
Burlington's second oldest Church is St. John's. Built to serve the rural community of Nelson along the Dundas Road, it has always been an extension of St Luke's in the downtown. The parish still worships in their original building and only became a single-point charge in the 1980s.
Graflex Crown Graphic - Schneider-Kreuznach Symmar-S 1:5.6/210 - Adox CHS 100 II @ ASA-100
Adox Atomal 49 (Stock) 5:45 @ 20C
Meter: Pentax Spotmeter V
Scanner: Epson V700 + Silverfast 9 SE
Editor: Adobe Photoshop CC
Views from within the Atom, the down side being that there is no longer the central column on which was a stainless steel sphere to reflect the incoming light and views.
Fallout 4
~18MP resized - ReShade - ENBoost -
console commands - .ini tweaks
mods:
Vivid Fallout - 2K Rocks + HD Normal Maps
Vivid Fallout - 2K Landscapes + HD Normal Maps
FTO Stars
FAR - Faraway Area Reform + Optimised Default Bump Maps
Kabalo HD TexturePack
BLVCK PIP_B0Y
Remove Pip-Boy Screen Glow
PipBoyShadows
Dynamic Weapon Shadows
More Grass (10x)
More intensive rain
Lowered Weapons
HD Smile
Enhanced Blood Textures+BloodDecalsFix
The Atom, in Pendle, Lancs (just over the border from Yorkshire) is a 'panopticon' - a structure providing a comprehensive view. At left is Pendle Hill.
Buck Atom's souvenirs in Tulsa, OK. Great muffler man starring as Buck Atom. A very fun place to visit!
This is how life would look like inside a nuclear blast-proof bunker if you are "lucky" enough to have access and the wind doesn't blow the radiation straight into the ventilation right above.
Info here: de.wikipedia.org/wiki/Atomschutzbunker_Berlin_Kurfürsten...
For more information go to www.alexiacob.com
Atom / Album-Reihe
Les exploits explosifs du double Atom (art: Dick Dillin, Sid Greene)
cover: Gil Kane, Murphy Anderson
Reprints from The Atom (DC, 1962 series) #34 (December 1967-January 1968)
Verlag: ARÉDIT / Frankreich 1974
ex libris MTP
A commercially available ‘atom interferometer’ – exploiting clouds of ultra-cold atoms to make extremely precise measurements of variations in local gravity – on show during ESA’s inaugural Quantum Technology workshop.
“We’ve been looking at applying the latest quantum technology to space,” explains ESA’s Bruno Leone. “Quantum physics is still regarded as abstract, but products based on its effects are commonplace today, such as microprocessors, solid-state imaging devices and lasers.
“What we’re interested in harnessing more advanced, subtle, aspects of quantum mechanics, including superposition and entanglement, made feasible by recent advances in experimental techniques and equipment.”
This desk-sized atom interferometer, produced by M Squared in the UK, is one example. Finely tuned laser beams confine clumps of atoms kept cooled close to absolute zero. Like ripples meeting on a pond, their resulting interference patterns can highlight tiny changes in the surrounding environment.
Topics at last week’s event included ultra-accurate quantum-based measuring devices and clocks for space and wider commercialisation of the underlying technologies.
Also discussed was ‘quantum teleportation’: in 2012 ESA’s observatory in the Canary Islands helped to set a distance world record by reproducing the characteristics of a light particle across 143 km of open air.
Credit: ESA–G. Porter CC BY-SA 3.0 IGO
How atoms interact and behave is common high-school knowledge, but what we know is based on assumptions or snapshots. Electron microscopes have taken images of atoms so we know how they settle, but we have never recorded atoms moving.
The ESA–Roscosmos Plasma Kristall-4 (PK-4) experiment is recreating atomic interactions in a fluid on a larger scale on the International Space Station. The proxy atoms in PK-4 are microparticles, which are suspended and charged in plasma (an ionised gas with electrons and ions). The microparticles interact with each other via the high electrical charges, forming a strongly coupled liquid or solid – a classical model system for condensed matter.
This image shows the typical purple glow of an argon plasma in the PK-4 hardware on Earth. Microparticles are introduced into the plasma to observe how they behave.
On Earth the particles are influenced by gravity but in space the particles will behave similarly to charged atoms in a fluid or crystal structure allowing researchers to understand better the hidden interactions of our world.
PK-4 is installed in the European Physiology Module on the European space laboratory Columbus and runs for up to four days, four times a year.
Credit: MPE–M. Kretschmer
Please don't use this image on websites,
blogs or other media without my explicit permission.
© G. Marchese 2014 All rights reserved.