View allAll Photos Tagged dislocation
Rachel Goldman, professor of materials science and engineering who is leading a $7.5M project funded by the Department of Defense to study “dislocations” and how to use them to transport electrons, chats with her U-M collaborators (left to right) Cagliyan Kurdak, professor of physics, Kai Sun, professor of physics, and Ctirad Uher, the C Wilbur Peters Collegiate Professor of Physics, in the Goldman Group Molecular Beam Epitaxy Laboratory at the University of Michigan on June 1, 2023.
Dislocations are linear defects within a material's atomic structure that have long been considered detrimental due to their tendency to impede the flow of electricity. This project will seek to take advantage of those defects due to their predicted ability to act as nano-pipelines within specific materials for channeling electrons and manipulating their spins.
Photo: Evan Dougherty/Michigan Engineering Communications & Marketing
Bilateral complete C5/6 facet dislocation. Posterior neck haematoma. Unstable, predominantly soft tissue injury. Careful tracing of the C5 laminae (middle row) will confirm that the inferior articular facets lie ventral (anterior) to the superior facets of C6, forming a "saucers placed back to back" appearance. Note also the anteriorly displaced inferior cortical end plate of C5 (leftmost image, bottom row) compared to the superior end plate of C6 (next image), confirming significant (50%) spondylolisthesis.
Dislocation Complex is an Audioreactive Augmented Reality App & Mixed Reality Installation initiated and inspired by Fuckhead’s Dislocation-album,….released on 15th December 2017 through Noise Appeal Recs in 2017.
An audioreactive scenario is summoned, the main topic of the album was translated to alienesque avatars (agents 666, 667 & 444) who seem to be busy with otherworldly issues somewhere in virtual no-man’s-land.
Download the free app Dislocation Complex at Google Play (Android) - or Apple App (iOS) - Store, focus your mobile device camera on the LP/CD /Digital Download/Poster or T-Shirt-Cover-Artwork of Dislocation (or download the trigger images here) to bring the scene to life.
The instrumental audio track Bad Luck is taken from the Dislocation CD/Digital Download-Release, afterwards the mobile device camera microphone stays active and receives audioreactive signals (latency depends on your mobile device).
CREDITS:
Bad Luck written by Fuckhead (Didi Bruckmayr, Michael Strohmann, Didi Kern, Alex Joechtl), taken from Dislocation CD/Digital Download - Release, Noise Appeal Records - 2017. Mixed and mastered at Audiobomber’s Castle Mastering.
LP/CD/Digital Download/Poster-Cover Artwork & A.R. App programming by Bobby Rajesh Malhotra
LP/CD-Cover Design by Dominik Uhl
Audioreactive Code-parts based upon Keijiro Takahashi’s Open Source Repository, Open Source License.
A.R.-App programmed with Unity3D & Vuforia - Non Commercial Licenses.
App-Store Releases
iOS: released through Tina Muliar Developer/Seller Account
Android: released through Ragdoll Twins Developer/Seller Account
All material used with permission, all rights reserved.
COLLECTED PROJECT INFORMATION: dislocationcomplex.tumblr.com
A detail of Emma Johnson's (emmaporium) work "Dislocation Series: British Isles". Please see the set description for more details.
A detail of Emma Johnson's (emmaporium) work "Dislocation Series: British Isles". Please see the set description for more details.
This surgery service is rendered under the supervision of extremely capable doctor by employing advance medical tools, utensils and optimal quality medicines. Knee replacement surgery is the most popular treatment among foreigners due to very reasonable cost. jointreplacementsurgeon.org/hipreplacement
A detail of Emma Johnson's (emmaporium) work "Dislocation Series: British Isles". Please see the set description for more details.
A detail of Emma Johnson's (emmaporium) work "Dislocation Series: British Isles". Please see the set description for more details.
The stories about waiting at the hospital and trying to get a copy of the x-ray are much better than the story about the injury itself.
It was definitely interesting to have the student health center doctor bring the interns around to see the relocated toe. Apparently it's a rare injury to see!
See all the ""Dislocation"" media
Creative Commons Attribution NonCommercial Share Alike 2.5 Music Video.I should get an award for still using the same Garageband 1 loops since it came out. The arm's alright.This video was originally shared on blip.tv by Francisco Daum with a Creative Commons Attribution-NonCommercial-ShareAlike license.
September 13th to October 19th, 2013
Opening reception September 13th @ 8 PM with artists’ talks that evening.
Jordan Schwab, originally from Prince George, BC, holds a BFA from Thompson Rivers University (2005), and received his MFA from the University of Saskatchewan (2009). His work has been exhibited in group and solo shows across the country, and through a previous career in commercial and industrial construction, his interests in constructed environments have invariably melded with real life experience . He currently lives and works in Saskatoon, SK as an instructor, program coordinator, gallery preparer, independent contractor and artist.
The exhibit built to spec portrays different understandings of scale. Scale is the perceived size relationship of one object to another, but it also can represent levels of accomplishment. The work questions how we relate to the greater world around us, but also attempts to represent what can be achieved when someone pushes themselves, or a group, to think big and work together.
Melanie Colosimo is an interdisciplinary artist based out of Halifax, NS. Her work employs drawings, miniatures & stop-motion video to negotiate the space around construction & creation and themes of nostalgia & dislocation. She received a BFA from Mount Allison University in Sackville, NB and an MFA from the University of Windsor, in Windsor, ON. Her work has been exhibited and screened in galleries and festivals across Canada such as the Art Gallery of Windsor, the Atlantic Film Festival, Struts Gallery and most recently Eastern Edge Gallery. Currently she is the Exhibitions Coordinator at the Anna Leonowens Gallery, NSCAD University.
Through a series of drawings and miniatures that reference scaffolding, Structure addresses the way in which we value or undervalue space, structures and processes. Colosimo will be using the concept of scaffolding to explore the intersections between construction and home.
Escape from Graphene Flatland
In 2004 Graphene was considered an infinite flat two dimensional sheet. In 2007 it was shown that it flaps and waves like a flag in the wind. As we continue to learn more about this fascinating material, we increasingly realise that the world of graphene is anything but flat.
Conventional three-dimensional crystal lattices are terminated by surfaces, which can demonstrate complex rebonding and rehybridisation, localised strain and dislocation formation. Two dimensional crystal lattices, of which graphene is the archetype, are terminated by lines. The additional available dimension at such interfaces opens up a range of new topological interface possibilities. We show that graphene sheet edges can adopt a range of topological distortions depending on their nature. Rehybridisation, local bond reordering, chemical functionalisation with bulky, charged, or multi-functional groups can lead to edge buckling to relieve strain [1], folding, rolling [2] and even tube formation [3]. We discuss the topological possibilities at a 2D graphene edge, and under what circumstances we expect different edge topologies to occur. Density functional calculations are used to explore in more depth different graphene edge types. Finally we examine the effect of this on graphene properties, and lay out some of the challenges graphene designers face if it is to live up to its promise as the defining material of the 21st century.
Authors: Chris Ewels1, V. Ivanovskaya1, Ph. Wagner1, A. Yaya1, A. Zobelli2, M. Heggie3, P. Briddon4, 1 : Institute of Materials, CNRS, University of Nantes, France, 2: LPS, Universite Paris Sud, Orsay, Franc, 3 : Chemistry Department, University of Sussex, Brighton, UK, 4 : University of Newcastle Upon Tyne, UK
[1] Ph. Wagner, C. Ewels, V. V. Ivanovskaya, P. R. Briddon, A. Pateau, B. Humbert, submitted (2011)
[2] V. V. Ivanovskaya, Ph. Wagner, A. Zobelli, I. Suarez-Martinez, A. Yaya, C. P. Ewels, submitted (Proc. GraphITA 2011, Wiley, 2011)
[3] V. V. Ivanovskaya, A. Zobelli, Ph. Wagner, M. Heggie, P. R. Briddon, M. J. Rayson, C. P. Ewels, Phys. Rev. Lett. In press (2011).
I couldn't find anyone with a dislocated shoulder. So this was what I came up with.
For group www.flickr.com/groups/weeklyassignment/
Active Assignment Weekly: 11th - 18th Oct: b craw
To emulate the work of this photographer.
Assignment set by nophoto4jojo
I got inspiration from this set of B Craw's pictures.
www.flickr.com/photos/bcraw/sets/72157622526956722/with/4...
As many of you already know, I find my local bus station a ripe place for people and structural pictures.
When I am directly behind 'my' shelter, it often jars with me the way the shelter is not parallel to the pavement (sidewalk) around it. This is emphasised by the double yellow lines on the road. The assymmetry does make me grind my teeth!
exif
According to the old kids’s tune, the thigh bone is linked to the hip bone. Nevertheless, genes and terrible occasions often conspire to make that connection rather rare. Hip dislocation happens when your thigh bone or thigh slips out of your hip bone socket or acetabulum.
Deal with a hip...
James Cauty – The Aftermath Dislocation Principle Part V
Fonteijne, Vlissingen 2014
“The Aftermath Dislocation Principle Part V” van James Cauty ziet eruit als een verwoest, verlaten, vernietigd en verbrand landschap. In de overblijfselen zijn 5.000 politiemannen achtergebleven. Iedereen is opgepakt en weggevoerd, waarschijnlijk niet zonder slag of stoot. De politie heeft niemand meer om in de gaten te houden, op te pakken of te controleren. De ultieme politiestaat?
James Cauty's roguish and voluble approach has earned him a cult following for work that remains radical, responsive and darkly comical. He produces work that draws on and responds to contemporary culture, very often sampling it and sending/selling it back as recoded realities. In billboard and stamp projects Mickey Mouse was sent to Iraq in 'Operation Magic Kingdom' whilst Julie Andrews danced across vast rubbish heaps, crushed cars were sold to second hand car dealers as art and riots have been rendered as tiny models in jam jars.
His most recent work has been focussed on the making of 1:87 riotous scale models as small world re-enactments, often displayed in upturned jam jars as A Riot in A Jam Jar. His new exhibition The Aftermath Dislocation Principle continues this preoccupation with small world re-enactments as a vast 1:87 scale-model landscape (equivalent to 1 sq mile in miniature) which has been desolated, deserted, destroyed, burnt and is devoid of life apart from 5000 or so model police that attend this apocalyptic aftermath; a kind of bizarre twisted model village experience, where Cauty continues his fascination with subversion, consumerism and entertainment through creative exploration and dark humour.
Go to the Book with image in the Internet Archive
Title: Surgical diagnosis, 3
Creator: Johnson, Alexander Bryan
Publisher: New York, Appleton
Sponsor: MSN
Contributor: Gerstein - University of Toronto
Date: 1911
Vol: 3
Language: eng
Description: Vol. 1. Wounds and their diseases, diseases of the soft parts and of the bones, tumors, fractures and dislocations, syphilis, the X-rays, the head and neck, thorax and breast, the abdomen in general, the peritoneum and injuries of special abdominal organs.- Vol. 2. Injuries and diseases of the abdomen and of its contained viscera, the rectum, injuries and diseases of the kidney, the bladder, the prostate, the urethra, penis, seminal vesicles, scrotum, testis, and spermatic cord.- Vol. 3. The spine, the nerves, the pelvis, the extremities, - appendix, indices
14
If you have questions concerning reproductions, please contact the Contributing Library.
Note: The colors, contrast and appearance of these illustrations are unlikely to be true to life. They are derived from scanned images that have been enhanced for machine interpretation and have been altered from their originals.
Read/Download from the Internet Archive
The availability of a simple, non-destructive technique to rapidly detect and identify defects in semiconductors would represent a real step forward for the development of new devices such as UV LEDs, high power green laser diodes, high power transistors and potentially, semiconductor-based ferromagnets. Such devices have applications as diverse as air and water purification, lighting, data processing, data storage and energy conservation and distribution. Recently we have developed a method which allows the unambiguous identification of the most common defects in semiconductors (e.g., GaN, ZnO and SiC), namely threading dislocations. This new method reduces the time required to obtain quantitative and statistically significant information on dislocations compared to presently available techniques. The presented image is a scanning electron microscope - electron channeling contrast image acquired from a GaN thin film showing individual dislocations and atomic steps. An artistic impression of the channeling electrons has been generated by combining displacement mapping, three dimensional rendering and two dimensional compositing techniques.
Image: © 2013 Naresh Kumar Gunasekar. Paul Edwards, Benjamin Hourahine and Carol Trager-Cowan