Freedom seen through a metal framework

What is freedom to you?

This is what artist Leeroy New, a rising star in the art world, wants the audience viewing his 30-foot art installation to contemplate and answer.

Freedom should come from the people, without having to rely on sponsored images of freedomthat is what the installation is all about, Leeroy said in a chance interview with GMA News Online.

New's installation, launched on Independence Day, stands near the monument of Jose Rizal at the Rizal Park in Manila.

The structure's design mirrors the heroic monument, even if its elements do not promise the same permanencea basic scaffolding made of metal poles, draped in colored plastic behind which television sets displayed different people answering the question, Paano ka naging Malaya?

We had to make use of materials that we were able to source, what is available to us, Leeroy said.

A performance by the Sipat Lawin dance group was also showcased as part of the installationfor Leeroy, important to better convey the message to the audience.

We wanted to create a structure that allowed the audience and participants to contemplate this idea of freedom, with the help of the performers, the video, the structure itselfwhich is a direct reference to the Rizal monumentand the location itself, he said.

He explained that while the installation is a re-articulation of the heroic monument, the industrial design should steer the structure away from intimidation.

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Freedom seen through a metal framework

"Freedom of Religion" and "Freedom from Religion"

Source: 12Petals Media Group

You find Freedom of Thought explicit in Article 18 of the Universal Declaration of Human Rights.

The Freedom of Religion and Freedom from Religion are indeed linked to Freedom of Thought. They are principles associated with the individual liberty - the state of being free. Liberty is the value of an individual to cherish and enjoy various social, political, or economic rights and privileges. The notion of liberty holds the core of all democratic principles that recognize the freedom of an individual to embrace or deem a viewpoint, fact, or thought, self-directed and independent of others' perspectives.

The Freedom of Religion and Freedom from Religion are also embodied in the international human rights law. You find Freedom of Thought explicit in Article 18 of the Universal Declaration of Human Rights (UDHR), which is legally binding on all members of international community.

Religion can be perceived as a systematized assembly of belief systems. They present cultural systems with worldviews that relate humanity to sanctity and their perceived ethical standards.

Regarding the theme of Freedom of Religion, Wikipedia offers a fine overview of the research findings. [1] Freedom of Religion or Freedom of Belief is a principle that supports the freedom of an individual or community, in public or private, to manifest religion or belief in teaching, practice, worship, and observance; the concept is generally recognized also to include the freedom to change religion or not to follow any religions. [2] The freedom to leave or discontinue membership in a religion or religious group -in religious terms called "apostasy" - is also a fundamental part of freedom of religion, covered by Article 18 of the Universal Declaration of Human Rights." [3]

For cultivating a culture of human rights, the freedom of religion and freedom from religion need to be highly valued and advocated. Seeking an environment of equality with equal rights and individual liberty that benefits everyone, with or without any type of belief is central to humanity.

Viewed from this perspective and based on consideration for Article 18 of Universal Declaration of Human Rights, there are two broad helpful principles: [4]

I. THE SEPARATION OF RELIGION FROM STATE

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"Freedom of Religion" and "Freedom from Religion"

Dr. Paul M. Karpecki Joins Freedom Meditech Scientific Advisory Board

SAN DIEGO, June 12, 2013 /PRNewswire/ -- Freedom Meditech, Inc., a medical device company commercializing non-invasive ophthalmic technologies for the detection of disease and management of patient health, today announced the appointment ofPaul M. Karpecki, OD, FAAO,to the Scientific Advisory Board. Freedom Meditech also announced that the company will be providing free demonstrations of the ClearPath DS-120, an FDA cleared device for measuring autofluorescence in the lens of the eye, at the 116th Annual AOA Congress & 43rd Annual AOSA Conference being held in San Diego June 26-30. The Company will be located at booths 1146 and 1148.

"Freedom Meditech is innovating the routine optometry visit through the introduction of new technologies that enable optometrists to advance their patient's overall health," said Dr. Karpecki. "I am joining the scientific advisory board at an exciting time for the company as it prepares to introduce optometrists to ClearPath DS-120. Detecting autofluorescence in the crystalline lens of the eye, which has been tied to biomarkers associated with diabetes, represents an important and valuable new health offering optometrists can consider during an eye exam."

Dr. Karpecki received his doctor of optometry degree from Indiana University and completed a fellowship in cornea and refractive surgery at Hunkeler Eye Centers in affiliation with the Pennsylvania College of Optometry. He currently works in corneal services, heads the ocular surface disease clinic and is director of clinical research at the Koffler Vision Group in Lexington, Kentucky. Dr. Karpecki was one of two optometrists appointed to the Delphi International Society at Wilmer-Johns Hopkins, which included the top 25 dry eye experts in the world and the National Eye Institute's Dry Eye Committee to provide insights around dry eye and women. A noted educator and author, Dr. Karpecki is the Chief Medical Editor and Vice President of clinical content for the Review of Optometry Journal. He also serves on the board for the charitable organization Optometry Giving Sight.

Dr. Karpecki has lectured in over 400 symposia covering four continents. He has also served as past president of the Optometric Council on Refractive Technology, Chair of the Refractive Surgery Advisory Board to the American Optometric Association (AOA), Chairman of the Topical Interest Group in Refractive Surgery, Chairman of the American Society of Cataract and Refractive Surgeon's Task Force on the Integrated Eyecare Delivery System, Chairman of the Kentucky Optometric Association Education Committee and the AOA Congress Education Committee. Prior to assuming the position of Chief Medical Editor of the Review of Optometry Journal, he served on seven professional journal editorial boards.

About ClearPath DS-120

The ClearPath DS-120 Lens Fluorescence Biomicroscope is cleared by FDA as a tool for the measurement of autofluorescence by scanning the crystalline lens of the eye with a blue light. In independent scientific studies published in peer-reviewed journals, elevated autofluorescence measurements have been linked to high levels of advanced glycosylated end products which accumulate as a result of the aging process and the presence of systemic disease.

The ClearPath scan is pain free, takes just six seconds and produces an immediate, quantitative result available to the patent and healthcare provider. Unlike some eye exams, the scan does not require dilation or other special preparation by the patient. The ClearPath is completely non-invasive and does not require a blood draw to produce a result.

About Freedom Meditech

Freedom Meditech, Inc. is a medical device company focused on the commercialization of novel ophthalmic technologies for the detection of disease and management of patient health. The company has received FDA clearance for its first product, ClearPath DS-120, a non-invasive tool for the measurement of autofluorescence in the eye. I-SugarX is the company's second product currently in development as a non-invasive monitor that measures glucose levels in the aqueous of the eye for people with diabetes. The company maintains corporate and engineering operations in San Diego, CA with supporting research and development activities throughout the state of Ohio. For more information, visit http://www.freedom-meditech.com or find us on Twitter, Facebook and LinkedIn.

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Dr. Paul M. Karpecki Joins Freedom Meditech Scientific Advisory Board

Batman Kills the Ender Dragon – Cyborg Portal Cows! – Let’s Play Minecraft #23 – Video


Batman Kills the Ender Dragon - Cyborg Portal Cows! - Let #39;s Play Minecraft #23
Part 23 of the Minecraft Let #39;s Play: Batman Kills the Ender Dragon! Follow me on Twitter: https://twitter.com/#!/NewVegasLight Got Steam?: http://steamcommun...

By: NewVegasLightning

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Batman Kills the Ender Dragon - Cyborg Portal Cows! - Let's Play Minecraft #23 - Video

Your Very Own Cyborg Roach

If the thought of a cockroach scuttling around on the floor is enough to make the hair on the back of your neck stand on end, then youd better steer clear of this weeks TEDGlobal conference taking place in Edinburgh, Scotland.

Then again, what neuroscientist Greg Gage has up his sleeve (not a cockroach, by the way) may intrigue you to such a degree that you might actually be able to stand the sight of that pesky little critter trotting about.

The thing is, Gage will be controlling the insect with a smartphone. If only it were that simply with all cockroaches, then we could simply steer them straight into the yard and up the street, never to be seen again.

The theme of the Edinburgh conference, which kicked off in the Scottish capital on Monday, is think again, with Gage set to take to the stage with his so-called RoboRoach on Wednesday.

Gage told the BBC that during his presentation he plans to attach a small electronic backpack to his pet roach under anesthetic (thats the roach, not Gage), a backpack that apparently communicates directly with the neurons in the cockroachs antenna.

The neurons communicate information to the roachs brain using electricity, enabling Gage to control the movements of the cockroach cyborg with a smartphone or some such device.

But before you begin to wonder if Gage is one whisker short of a full beard, best to hear him out.

This is not just a gimmick, he told the BBC. The technique is the same as that used to treat Parkinsons disease and in cochlear implants. The point of the project is to create a tool to learn about how our brain works. On the TED website Gage says he wants to show how brains receive and deliver electric impulses.

OK, its starting to make sense now.

Excerpt from:

Your Very Own Cyborg Roach

New ‘cyborg roach’ controlled by smartphone app

RoboRoach kit lets you implant electrodes in a live cockroach and control it with your smartphone.

University of Michigan grads Greg Gage and Tim Marzullo have created RoboRoach, a kit that lets you control a living cyborg cockroach with just your smartphone.

The pair came up with the cyborg roach idea to get students interested in neuroscience and neurotechnology using commercially available electronics, and launched their Backyard Brains startup.

The $100 RoboRoach kit comes with everything a kid -- or adult -- needs to perform cockroach brain surgery. Users can anesthetize the cockroach in an ice bath and attach wires to the bug's antennae and install electrodes in its brain.

The 4.4 gram "backpack" on the upgraded cyborg roach communicates through your smartphone's Bluetooth to take instructions through the RoboRoach app.

Currently, Backyard Brains is raising money through a Kickstarter campaign to develop more fine-tuned prototypes.

The RoboRoach project was also presented this week at the TEDGlobal conference in Edinburgh, where it inspired controversy over ethical treatment of the cockroaches, though RoboRoach creators say the stimulation doesnt shock or harm the cockroach.

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New 'cyborg roach' controlled by smartphone app

Cyborg Cockroach Controlled By Phone

Next time you happen across an enormous cockroach, check to see whether its got a backpack on. Then look for the person controlling its movements with a phone. The RoboRoach has arrived.

The RoboRoach is a system created by University of Michigan grads who have backgrounds in neuroscience,Greg Gage and Tim Marzullo. They came up with the cyborg roach idea as part of an effort to show students what real brain spiking activity looks like using off-the-shelf electronics.

VIDEO: Vomiting Robot Helps Humanity

Essentially the RoboRoach involves taking a real live cockroach, putting it under anesthesia and placing wires in its antenna. Then the cockroach is outfitted with a special lightweight little backpack Gage and Marzullo developed that sends pulses to the antenna, causing the neurons to fire and the roach to think theres a wall on one side.So it turns. The backpack connects to a phone via Bluetooth, enabling a human user to steer the cockroach through an app.

Why? Why would anyone do this?We want to create neural interfaces that the general public can use, the scientists say in a video. Typically, to understand how these hardware devices and biological interfaces work, youd have to go to graduate school in a neuro-engineering lab. They added that the product is a learning tool, not a toy, and through it they hope to start a neuro-revolution.

Currently the duosBackyard Brains startup is raising money through a Kickstarter campaign to develop more fine-tuned prototypes, make them more affordable, and extend battery life. The startup says it will make the RoboRoach hardware by hand in an Ann Arbor hacker space.

This week the RoboRoach project was presented at the TEDGlobal conference in Edinburgh, and stirred up a bit of controversy. Although the RoboRoach creators say the stimulation doesnt shock or harm the cockroach, the Royal Society for the Prevention of Cruelty to Animalstold the BBC it has concerns about the technology. The neuroscientists opinion that the process doesnt impose pain isnt enough for the group.

Mind Meld! Top Brain-Controlled Techs

Living in New York City, I battled plenty of cockroach invaders, including the large kind required for RoboRoach. So I cant really be impartial in this particular ethical debate. But if teachers want to use cockroaches to show kids how the brain works, that sounds OK by me. Its only when the insects become cyborgs on their own that wed really have to worry.

Photo: The remote-controlled RoboRoach in action. Credit: Backyard Brains

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Cyborg Cockroach Controlled By Phone