Positive Technology Journal

Via ExtremeTech

Sports athletes in recent years have concentrated on making themselves stronger and faster (sometimes to their own detriment and sanctity of the sport — see Baseball, Steroids Era), but building muscle mass is only part of the equation. Nike, one of the biggest sponsors of sport, sees potential (and profit) in specialized eye gear designed to allow athletes to fine tune their sensory skills and “see their sport better” through the use of modern technology.

To prove its point and draw attention to its Sparq Vapor Strobe sports glasses, Nike commissioned a study at Duke’s Institute for Brain Sciences that focuses on “stroboscopic training” using Nike’s eyewear. In essence, Nike went in search of scientific data to prove that simulating a strobe-like experience can increase visual short-term memory retention, and purportedly found it.

Read the full story

Via: New Scientist

For the first time, a person lying in an fMRI machine has controlled a robot hundreds of kilometers away using thought alone.

"The ultimate goal is to create a surrogate, like in Avatar, although that’s a long way off yet,” says Abderrahmane Kheddar, director of the joint robotics laboratory at the National Institute of Advanced Industrial Science and Technology in Tsukuba, Japan.

Teleoperated robots, those that can be remotely controlled by a human, have been around for decades. Kheddar and his colleagues are going a step further. “True embodiment goes far beyond classical telepresence, by making you feel that the thing you are embodying is part of you,” says Kheddar. “This is the feeling we want to reach.”

To attempt this feat, researchers with the international Virtual Embodiment and Robotic Re-embodiment project used fMRI to scan the brain of university student Tirosh Shapira as he imagined moving different parts of his body. He attempted to direct a virtual avatar by thinking of moving his left or right hand or his legs.

The scanner works by measuring changes in blood flow to the brain’s primary motor cortex, and using this the team was able to create an algorithm that could distinguish between each thought of movement (see diagram). The commands were then sent via an internet connection to a small robot at the Béziers Technology Institute in France.

The set-up allowed Shapira to control the robot in near real time with his thoughts, while a camera on the robot’s head allowed him to see from the robot’s perspective. When he thought of moving his left or right hand, the robot moved 30 degrees to the left or right. Imagining moving his legs made the robot walk forward.

Read further at: http://www.newscientist.com/article/mg21528725.900-robot-avatar-body-controlled-by-thought-alone.html

Via The New York Times

As young people spend more time on computers, smartphones and other devices, researchers are asking how all that screen time and multitasking affects children’s and teenagers’ ability to focus and learn — even drive cars.

A study from Stanford University, published Wednesday, wrestles with a new question: How is technology affecting their happiness and emotional development?

Read the full article here

http://bits.blogs.nytimes.com/2012/01/25/does-technology-affect-happiness/

A Real-Time fMRI-Based Spelling Device Immediately Enabling Robust Motor-Independent Communication.

Curr Biol. 2012 Jun 27

Authors: Sorger B, Reithler J, Dahmen B, Goebel R

Human communication entirely depends on the functional integrity of the neuromuscular system. This is devastatingly illustrated in clinical conditions such as the so-called locked-in syndrome (LIS) [1], in which severely motor-disabled patients become incapable to communicate naturally-while being fully conscious and awake. For the last 20 years, research on motor-independent communication has focused on developing brain-computer interfaces (BCIs) implementing neuroelectric signals for communication (e.g., [2-7]), and BCIs based on electroencephalography (EEG) have already been applied successfully to concerned patients [8-11]. However, not all patients achieve proficiency in EEG-based BCI control [12]. Thus, more recently, hemodynamic brain signals have also been explored for BCI purposes [13-16]. Here, we introduce the first spelling device based on fMRI. By exploiting spatiotemporal characteristics of hemodynamic responses, evoked by performing differently timed mental imagery tasks, our novel letter encoding technique allows translating any freely chosen answer (letter-by-letter) into reliable and differentiable single-trial fMRI signals. Most importantly, automated letter decoding in real time enables back-and-forth communication within a single scanning session. Because the suggested spelling device requires only little effort and pretraining, it is immediately operational and possesses high potential for clinical applications, both in terms of diagnostics and establishing short-term communication with nonresponsive and severely motor-impaired patients.

When we think about video games, we generally think of them as computer programs designed to provide enjoyment and fun. However, the rapid evolution of gaming technologies, which includes advances in 3d graphics accelerator, stereoscopic displays, gesture recognition, wireless peripheals etc, is providing novel human-computer interaction opportunities that are able to engage players’ mind and bodies in totally new ways. Thanks to these features, games are increasingly used for purposes other than pure entertainment, such as in medical rehabilitation, psychotherapy, education and training.

However, “serious” applications of video games do not represent the most advanced frontier of their evolution. A new trend is emerging, which consists in designing video-games that are able to deliver emotionally-rich, memorable and “transformative” experiences. In this new type of games, there is no shooting, no monsters, no competition, no score accumulation: players are virtually transported into charming and evocative places, where they can make extraordinary encounters, challenge physical laws, or become another form of life. The most representative examples of this emerging trend are the games created by computer scientist Jenova Chen.

J. Chen

Born in 1981 in Shangai, Chen holds a master's degree in the Interactive Media Program of the School of Cinematic Arts at the University of Southern California. He believes that for video games to become a mature medium like film, it is important to create games that are able to induce different emotional responses in the player than just excitement or fear.

This design philosophy is reflected in his award-winning games "Clound" "flOw" and "Flower". The first game, Cloud, was developed while Chen was still in college. The game is the story of a boy who dreams of flying through the sky while asleep in a hospital bed. The player controls of the sleeping boy's avatar and guides him through his dream of a small group of islands with a light gathering of clouds, which can be manipulated by the player in various ways.

The second game, flOw, is about piloting a small, snake-like creature through an aquatic environment where players consume other organisms, evolve, and advance their organisms to the abyss. Despite its apparent simplicity, the game was received very well by the audience, attracting 350,000 downloads within the first two weeks following its release. One of the most innovative feature of the flOw game is the implementation of the Dynamic Difficulty Adjustment process, which allows adapting the difficulty of the game to the player’s skill level.

In the third game developed by Chen and his collaborators, Flower, the player controls the wind as it blows a single flower petal through the air; approaching flowers results in the player's petal being followed by other flower petals. Getting closer to flowers affects other features of the virtual world, such as colouring previously dead fields, or activating stationary windmills. The final goal is to blow the breeze that carries color into every part of the gaming world, defeating the dinginess that surrounds the flowers in the city. The game includes no text or dialogue, but is built upon a narrative structure whose basic elements are visual representations and emotional cues.

Chen's last brainchild is Journey, where the player takes the role of a red-robed figure in a big desert populated by supernatural ruins. On the far horizon is a big mountain with a light beam shooting straight up into the sky, which becomes the natural destination of the adventure. While walking towards the mountain, the avatar can encounter other players, one at a time, if they are online; they cannot speak but can help each other in their journey if they wish. Again, as in the other three games, the scope of Journey is to provoke emotions and feelings that are difficult to find words to express, and that are able to produce memorable, inspiring experiences in the player.

Chen’s vision of gaming is rooted into Mihaly Csikszentmihalyi's theory of Flow. According to Csikszentmihalyi, flow is a complex state of consciousness characterized by high levels of concentration and involvement in the task at hand, enjoyment, a positive affective state and intrinsic motivation. This optimal experience is usually associated with activities which involve individuals’ creative abilities. During flow, people typically feels "strong, alert, in effortless control, unselfconscious, and at the peak of their abilities. Both the sense of time and emotional problems seem to disappear, and there is an exhilarating feeling of transcendence…. With such goals, we learn to order the information that enters consciousness and thereby improve the quality of our lives.” (Csikszentmihalyi, M. Flow: The Psychology of Optimal Experience. New York: Harper Perennial, 1991).

The most interesting aspect in Chen’s design philosophy is the fact that his videogames are based on established psychological theories and are purposefully designed to support positive emotions and foster the development of consciousness. From this perspective, Chen’s videogames could be seen as advanced “transpersonal technologies”. As suggested by Roy Ascott, a transpersonal technology is any medium that “enables us to transform our selves, transfer our thoughts and transcend the limitations of our bodies. Transpersonal experience gives us insight into the interconnectedness of all things, the permeability and instability of boundaries, the lack of distinction between part and whole, foreground and background, context and content” (Ascott, R. 1995. The Architecture of Cyberception. In Toy. M. (Ed) Architects in Cyberspace. London Academy Editions, pp. 38-41).