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Sci-Tech Summer Camp Cryptography
SciTech is a STEM-focused community based program that is designed to foster awareness of and interest in STEM related careers.
Dr. Frank Ingram will facilitate a math session on cryptography (codebreaking) using mathematics.
The Isom Asemic Code Cipher is a cryptogram code system. This form of cipher embodies geometric and organic shapes. Because it use basic shapes it is an economical and effective method of transmitting confidential information. These devices were often employed by the ancients or by the Medieval philosophers and alchemists. The mystics of the Middle Ages used a system of cryptography which concealed the secrets of the human soul. The Isom Asemic Code Cipher can only be decoded by individuals versed in the deep philosophic principles upon which many mystics based their theories of life. Much information relating to the invisible nature of man is hidden under what seems to be mere scribbles and unrecognizable organic shapes. Every student of symbolism and philosophy should be acquainted with the underlying principles of cryptography. This art furnishes a fascinating method of developing an acute mental awareness. Discrimination and observation are indispensable to the person seeking knowledge, and no study is equal to cryptography as a means of invigorating these powers.
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Mark Farrington Photography
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A portrait of Amy Engels and her sons Glenn (5) and Isaac (3)
Job: Being a mother and homeschooling her children
Backstory:
"I had always been a very good student and had begged my mom to homeschool me when I was in 4th grade because I was always very bored in school. My mother had never excelled in school and felt unqualified to teach, so I stayed in public school, but I had decided pretty young that I wanted to homeschool my own kids someday. After high school I joined the U.S. Navy at 17 and spent 10 years on active duty. I was Cryptologic Technician (Interpretive) or CTI, which is a fancy way of saying a linguist. I had been assigned and taught Spanish, however I often worked a little outside of that realm and was able to do some other cryptology job positions that I really enjoyed. I loved really digging through data and trying to find pieces of information that were relevant to whatever mission set I was supporting and working with the other intel jobs to see the bigger intel picture, especially during each of my two Iraq and two Afghanistan deployments.
I got out at 27 and then married my husband. We were ready to start a family and we agreed that I would stay home with the kids. Most of our friends that we knew in the Ft. Campbell area homeschooled their kids, so I was able to see how other families did it, and it opened my husband up to the idea of homeschooling. In addition to my previous desire to homeschool, we liked that it would provide us flexibility during moves or deployments and to have a focus on instilling character and values and a love of learning so that they can have the tools to continue learning in whatever they choose later in life.
Since we moved to Korea when my oldest was only 4, it was a pretty natural transition of me just continuing to teach him at home and I love the plethora of resources I can lean on to teach him: there is SO MUCH online that I can utilize to help teach ideas, and have really loved being part of the homeschool co-op. The co-op helps my kids to meet more kids to make friends, helps me get tips and recommendations from other homeschool parents and I have been enjoying getting to use some of my old skillsets in planning and teaching a Spanish class as well as a communications and cryptography course."
-Amy Engels
www.brigitaozolins.com/kryptos-2011
Commissioned by David Walsh for MONA (Museum of Old and New Art), Berriedale, Tasmania
Concrete, concrete render, steel, aluminium, gold, lead, mirror, LED lighting, cuneiform artefacts. sound tracks x 3
Construction by Hansen & Yuncken; Architectural drawings & advice by Michael Schrapnel, Dock 4; Sound production by Paul Roberts; Sound engineering by Aegres; Lighting by Donn Salisbury of WSP and Lincolne Scott, & Adam Meredith
9.05m x 7.72m x 2.7m
Kryptos 2011
The urge to discover secrets is deeply ingrained in human nature; even the least curious mind is roused by the promise of sharing knowledge withheld from others.
John Chadwick, The decipherment of Linear B.
Kryptos was commissioned by David Walsh for MONA (The Museum of Old and New Art) in 2005. The work responds to specific objects in Walsh’s collection that depict cuneiform, one of the earliest known forms of writing. These objects, which originated in Bablyon and Assyria (now present day Iraq) have been incorporated into the installation.
Kryptos is built into MONA. It consists of three chambers, the walls of each decorated with binary code and words, created from almost 3,000 laser cut numerals and letters. Other elements of the work include 3 separate sound tracks, underfloor lighting, and the cuneiform artefacts which have been brought together to create an experiential environment inspired by the beauty and mystery of language and codes. Kryptos is about the present and the past, old technology and new technology, death, light, darkness, secrecy and transformation. The binary code that dominates the installation is a translation of sections from one of the oldest works of literature known to us – The Epic of Gilgamesh - which was written in cuneiform on small clay tablets around 2,700 BC.
The ideas for Kryptos developed from an engagement with the history of writing and cryptography, in particular the stories associated with the decipherment of hieroglyphics, cuneiform and linear B. While ancient forms of writing were not meant to be indecipherable, the skills required to interpret them parallel those of cryptographers. And while the text of each of the cuneiform artefacts included in Kryptos can be translated wholly or in part, each object retains a distinct aura of the unknown and the ineffable. It is this idea of the unknown, the mysterious and the indecipherable that Kryptos aims to evoke.
I was presenting my first research paper on cryptography in National Conference on Cryptography and Information Security 2006 at Daffodil International University.
Institute of Network Cultures
Crypto Design
ALUO - Department for Visual Communication
Dolenjska 83, 1000 Ljubljana
6-7 March 2018
Production: Aksioma - Institute for Contemporary Art, Ljubljana, 2018
Co-production: Institute of Network Cultures and Academy of Fine Arts and Design, University of Ljubljana
Photo: Jure Goršič / Aksioma
MORE: aksioma.org/cryptodesign
The Hebern Code Machine
Hebern Rotor Machine was an electro-mechanical encryption machine from 1917 single-rotor machine. National Cryptological Museum, National Security Agency,
Fort Meade, Maryland
Cowards serial killers have decided to kill my father as revenge for killing mother of abominations. Socially dangerous crimes of these serial killers are leading to deaths of innocent civilians chosen randomly worldwide.
Please help me stop mass murders of organized criminal group and prevent ritual murder of my father Alexander Popov, my relatives and friends.
The author of these decryptions (and the article) is a human rights defender,
military cryptographist Ms.Popova,
a member of worldwide Targeted Individuals community.
Human rights Libertad (Russia).
Ms.Popova, as a military cryptographist shows how to decrypt code and use it on economic charts.
No contract from dead,alive,goys,each of each status worldwide,spirits of all types of worlds and of all occult currents of all worlds to kill my father, relatives,friends and innocent victims worldwide who can be sacrificed to Satan by this criminal organized group. No turnover from dead,alive,goys,each of each status worldwide,spirits of all types of worlds and of all occult currents of all worlds.
Bogdan is currently in the final year of his undergraduate studies in Applied Mathematics at Kyiv-Mohyla Academy in Ukraine. He also studied at Jagiellonian University in Poland as an Erasmus Mundus student. Bogdan is interested in Machine Learning, Data Analysis, and Cryptography. This year, he was a CERN openlab summer student working on the Invenio project. Concerned over the issues of privacy on the Internet, he was the one who came up with the idea of Blindstore, and lead the technical efforts behind the project.
Shot with my 40D, with my 70-200 F4/L IS with Kenko extension tubes, all mounted on a Gitzo 3540xls tripod with Arca Swiss monoball Z1sp and a Wimberley quick release plate.
I knabbed this little guy for a special sale price from ncix.com (they normally go for around $22 or so. I'll probably be grabbing a decent usb webcam to use this little ball of light to generate cryptographically secure random numbers. Why? Because I can, and I've got some time on my hands to play with that sorta ultra-geeky (well, ok nerdy) stuff.
SIGABA-ECM
National Cryptologic Museum, Fort Meade, Maryland
American "SIGABA" ca 1935, US Army and Navy, Used between 1938 and 1958
Sci-Tech Summer Camp Cryptography
SciTech is a STEM-focused community based program that is designed to foster awareness of and interest in STEM related careers.
Dr. Frank Ingram will facilitate a math session on cryptography (codebreaking) using mathematics.
Simon Singh gave a highly entertaining talk on the "Cipher Challenge" he set in his history of cryptography book "The Code Book".
Simon Singh described how he constructed the Cipher Challenge and how the winners eventually cracked it. He also used Cipher Challenge to give an introduction to the history of cryptography and to demonstrate why encryption is more important today than ever before.
The image shows a cluster of four entangled photons, which form the basis of quantum computing.
Physicists of the group of Prof. Anton Zeilinger at the Institute for Quantum Optics and Quantum Information (IQOQI), the University of Vienna, and the Vienna Center for Quantum Science and Technology (VCQ) have, for the first time, demonstrated in an experiment that the decision whether two particles were in an entangled or in a separable quantum state can be made even after these particles have been measured and may no longer exist. Their results will be published this week in the journal Nature Physics.
One of the more unusual (but still fascinating) exhibitions was all about the role pigeons have played in the First and Second World Wars. Did you know that aircrews used them as rudimentary black boxes, writing their coordinates on a message and releasing the pigeon if they had to ditch or crash land?!
There was also a cull of birds-of-prey all along the south coast during World War Two to ensure the pigeons could get back safely.
The Tele-Troopers are equipped with highly-advanced telecommunications devices, most of which are worn as backpacks and helmets. Their equipment is capable of both audio and video transmissions from the field. In addition to the standard BlasTech E-11 blaster rifle their gear includes an automatic frequency scanner, cryptography unit, and sensor jamming/anti-jamming equipment.
The TURING LOUNGE of the Kilburn building in Manchester is named after Alan Turing OBE FRS (1912-1954)
en.wikipedia.org/wiki/Alan_Turing
Father of Computer Science and Artificial Intelligence, Logician, Mathematician and Codebreaker who joined the University of Manchester in 1948. He was prosecuted in 1952 because he was gay*, died in 1954 and was posthumously pardoned in 2013.
The graphics in this lounge celebrate Turing's contribution to science and engineering:
T: Universal Turing Machine
U: Turing Test - AI
R: Cryptography - Enigma
I: Game playing - Chess
N: Program verification
G: Natural morphogenesis
*Turing was convicted of "gross indecency", a legal term that was originally used to criminalise sexual activity between men. Turing had been prosecuted for consensual, private homosexual acts. In 2017, under the Alan Turing law, all men convicted of gross indecency due to consensual, private sexual acts were pardoned. en.wikipedia.org/wiki/Alan_Turing_law
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