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It is an application for mobile phones which you can view elements as virtual from your screen. You can view all elements seperately and also, if you put together them, they can from a product that you can see from the screen. The principle is very simple, after you install the application to your phone you can download the pdf of element cubes from the websites. You can also, view the demo from the website of app; http://elements4d.daqri.com/#demo

I think this app looks fine to visualize an abstract topic which is elements. I agree with you Armağan about the necessity of appropriate curriculum. For example, an activity could be helpful that allows to students arrange the locations of elements based on their atomic radius in a periodic table. Therefore, the students can observe atomic radius of elements is increasing or decreasing when running left to right in rows and running up and down in columns of the periodic table. Like Selçuk said that those applications are used in other fields too. I've seen some works of Bilal Özçakır when I joined at a presentation. He visualizes the geometric shapes in 3D from QR codes. For example, you see a geometric shape from every perspective of it and you test yourself with how top or bottom perspectives of a geometric shape looks like by looking its one side. Thus, you have a realistic experience with virtual objects in immediacy.

I wrote at OdtüClass forum that interested people get learn from the beginning about developing at least basic applications. When I talked with Özçakır, he also said to me he learned the whole process from the online sources with his efforts. Of course, instead of open-source applications; the aim will be be to gain money but I think appearing more amateur applications cause many advantages at these areas.

A nice illustrative video on cooperative learning. It says there are five elements of true cooperative learning: 1. Face to face interaction 2. Positive interdependence 3. Individual accountability 4. Collaborative skills 5. Group processing. Face-to-face interaction does not necessary occur in physical environment. Phones or video-conferencing tools can be used in that process which leads to CSCL.

Shared video is related to flow in education. It gives information about happiness, creativity, divergent thinking, and key elements of the flow. There are some statistical data for creativity, graphic of flow and examples from different fields. Enjoy :)

This simple video makes the essential elements of project based learning (PBL) come alive and brings to light the 21st Century skills and competencies (collaboration, communication, critical thinking) that will enable K-12 students to be college and work-ready as well as effective members of their communities.

I really liked that page which explains Technological elements usage in Physical Education and in the curriculum. He also give two examples of his lessons where he use technology in his class to show the TPACK in physical education.

An article about computerized tutoring (NYT 2012)

"Teacher gestured, pointed, made eye contact, modulated her voice." some of the missing elements in cognitive tutoring systems.

A nice book enjoyable to read, which includes interesting ideas about thinking, computers and cognitive sciences

Yes, now I have reached the book:) thank you for sharing this with us. Reading on such creative people and getting to know them more is great.

Thanks. In my reading list now.

Here are some ideas for integrating CSCL to language teaching. You can also find practical activities.

This is a useful source for language teachers including benefits, elements and sample activities of CSCL.

İbrahim thanks for sharing this source, I believe we should make use of CSCL while both teaching and learning a language. Especially the role of interaction is really important, as teachers our mission is to make this interaction possible I think and there are some good sources for activities.

An online platform that can be used for collaborative learning.

That may be a drawback for the teachers teaching different courses but time allocated for lessons are not enough to engage students in discussions and have every student voice their ideas. This is just an example. Teachers can use any other online platform to do this.

This can be used in the online classes. I taught several online and blended courses before. One missing element was the audio-visual cues in online discussions. I would be more inclined to use the tools that allow muli-modal interaction in an online platform.

I am really effected by the construct neuroplasticity as I read. I had read it as neuro-elasticity before but now I believe they are different terminologies or I am not sure:) So this article is about new emerging themes on neuroplasticity and its relation with education and culture. The figure showing the variables influencing brain plasticity is really good I think.

Canan, I was questioning the role of culture in neurosceience when I saw the article you shared, many thanks:) In the figure presenting the variables affecting the brain plasticity, education and culture intersects. For me, culture shapes education in a society (both formal and informal education). It determines people's identity, behaviors, attitudes and thinking patterns. So, it is for sure that it has an influence on brain plasticity.

Yes I agree with you culture is in relation with lots of different elements that can be important for brain development or plasticity, the fact that cognitive structure Of the brain changes with culture seems important to keep in mind.

You've surely heard the slogans: "Our educational games will give your brain a workout!" Or how about, "Give your students the cognitive muscles they need to build brain fitness." And then there's the program that "builds, enhances, and restores natural neural pathways to assist natural learning."

Fischer's ideas are really interesting. I was most confused about his idea of left-right brained.

As far as I see, this link was shared in this group a long time ago, but I've wanted to make it visible again so that you don't miss it. This is the last post coming from me for this week :).

This video is about fire dancing and the people who are telling their intrinsic motivation for it. I found it quiet interesting because it includes most elements of flow theory. First of all, they have clear goals in every step. Also, they enjoy what they are doing and they get constant feedback. They have awareness and to be succesful they should not be distracted. The sense of time becomes distorted for them. I remember watching a fire dancing show in Barcelona and I was really surprised seeing people playing with fire so creatively. They were so immersed that they did not care anything happening around them. Now, it becomes more meaningful for me :) they were in a state of flow.

I found this short movie quite interesting to share with you. It has a lot of elements related to challenges, motivation and being a community. Enjoy it!

Thanks.. Seeing opportunity where a visible problem lies is a good habit.

The video is generally about what is situated learning theory, how it is occurred, what is the Community of Practice and its structural elements. In the video, it is explained that Lave and Wenger observed different populations that learning takes place in social situations with other people thus the situated learning theory was born.

This is a nice little newsletter that mentions some characteristics of situated learning. Some resources on situated learning and its usage in learning environments are offered !

Firstly, it was a nice source to read, thanks for sharing it. I agree with you time concerns, teacher and student charateristics are prominent to implement the principles of situated learning in practice. It is really difficult to create authentic learning environment in our classes under the stess of keeping up with the curriculum which is based on traditional theories of learning. Thus, it is the work of the curriculum specialists to revise the curricula to be more in line with the improvements in the field of learning sciences.

There is a case study which I really advise you to look at it. It is about a political course in which they took a government's problem about content and design of websites. He says "given all the considerations at work in municipal government, the students will decide how the power of the web can best be brought to bear on making government work better."

A video in which there is an example of how TPACK is used in hands on context in learning of Biology and Maths. Possum magic' demonstrates the key elements of TPACK in a hands-on learning context. Students at Pallara State School in Queensland monitor possum activity using 24 hour surveillance cameras linked to their classroom computers. They learn Science, Biology and Maths content through this project. Pedagogical knowledge, content knowledge and technological knowledge are embedded and integrated in an authentic deep learning collaboration.

In this school, there is also an online voice recorder for students to ask experts their questions.

It's every teacher's dream to have students who engage deeply with their lessons, want to learn for learning's sake, and perform at the top of their potential. In other words, teachers want their kids to find "flow," that feeling of complete immersion in an activity, where we're so engaged that our worries, sense of time, and self-consciousness seem to disappear.

I liked this article because it adds more flow elements like making kids laugh, positive realationships, and relevancy of the task and choice

Suppose you are part of a thriving business and need to branch out and find that next big thing. Or say you want to change a behavior, like getting people...a lot of people...to use less energy in their homes. How would you go about it? Design thinking is a powerful tool to tackle the unknown. It's a means of going on an expedition, without a map, without even knowing the destination, but with the confidence that you'll end up somewhere great. Let's make it tangible with an example that captures the five key elements of design thinking. Daylight was given the challenge of getting kids in America to move more to help fight childhood obesity. The project started with an idea--provide kids with a digital music player that has a motion sensor, then give them rewards based on their activity. But the big question was, would kids really use it? What could make the experience so compelling that they would use it long enough to see the health benefits.

Very nice video on design thinking. We can clearly see how they continuously modify the end product after collecting data of its users. First they talk to target group to have an idea about how an activity meter can be. Based on their ideas, they try to find patterns which will later evolve to design principles. Based on those principles, they develop a real product-an activity meter. Then they use it iteratively with children and make modifications in order to make it better and better. It is a clear video of how to do a design study.