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Play your own Light music

 

How to Play Lightmusic (Color music)

 

 

 

The connection between the two wave forms is, us and the human brain.

 

Vivid display  times for Sydney

WE  WELCOME  YOU  BACK  TO
VIVID SYDNEY

18 day festival of light, music and ideas
 

 

The Kanto’s greatest illuminations Sagamiko Illumillion

Christmas illuminations

 

関東最大イルミネーション さがみ湖イルミリオン

Christmas illuminations

 

 

 

Sagamiko Illumillion

REVOLUTIONARY COMPUTER LIGHTING CONTROL SYSTEM

Seriously, what’s so special about Lightjams?  It’s all about handling all sorts of external signals and generating the lighting in real-time.

 

 

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Decoding the genetics of synaesthesia -

Join the study!

 

Do you associate letters, numbers, days of the week, or months of the year with colours?

 

If so, we would like to invite you to participate in our study.

Anina Rich lecture FINAL

 

The Macquarie University Community

 

Hi Everyone,

 

I would like to bring your attention to the 'Decoding the genetics of synaesthesia' study which is carried out by researchers in Netherlands. Importantly, this is an online study and you do not need to travel should you decide to participate.

Please find information about the project below and contact the researchers directly if you have any questions or would like to sign up for the study.

 

Cheers,

 

Marina

 

 

The Max Planck Institute for Psycholinguistics in Nijmegen is conducting a large scale study into the genetics of synaesthesia. We are looking for individual synaesthetes to participate as well as families with several synaesthetes. Participants can be located anywhere worldwide  - you do not need to travel to participate since all parts of the study can be done online and through the mail.  We would like to invite you to take part in the study by clicking on the following address:

www.mpi.nl/synaesthesia

On the website you will find information about the study and on how to register. For more information you can also email us at synaesthesia@mpi.nl

Please help us spread the word; pass this message on to family and friends!

NEWS FROM THE LAB.

Dear Synesthesia study Participant,

 

It has been just over a year since we have started with the synaesthesia project, and we have faced many exciting challenges with the project. Although we are still actively seeking participants, over 400 synaesthetes have shared their DNA with us! Thanks so much for your participation - we have made some great progress.

 

We would also like to announce the release of our new synaesthesia app called SynQuiz! In collaboration with the Language in Interaction consortium (https://www.languageininteraction.nl/) at Radboud University, Nijmegen, the Netherlands, we have developed an app that allows you to take the synaesthesia test right on your mobile device! Participants can register their results to participate in our study if they wish. If you are receiving this email, you have registered for our study but have not fully participated. If you are still interested in participating you can do so by downloading the app, completing the “full test” and then registering your results. This might be an easier way of completing the battery if you ran into technical problems the first time around.  Even if you have no wish to participate further you can still download the app and amaze your friends with your unique abilities! You can download the app here (please note that the app may not work with older devices):

 

iTunes

https://itunes.apple.com/us/app/synquiz/id960687121

 

Google Play

https://play.google.com/store/apps/details?id=nl.ru.languageininteraction.synquiz

 

You can also read about the app on the language in Interaction website! (https://www.languageininteraction.nl/synquiz.html)

 

In other news we also just finished up with a very successful colloquium and masterclass on synaesthesia called decoding the Neurobiology of Synaesthesia. This event was funded by the koninklijke nederlandse akademie van wetenschappen (KNAW) and included researchers in neurobiology, cognitive psychology, and genetics from around the world. The participating researchers discussed what is known about synaesthesia and what scientific questions can be answered by studying it. Check out the link to the conference to see other researchers who are also investigating the various aspects of synaesthesia. http://knaw.nl/en/news/calendar/decoding-the-neurobiology-of-synaesthesia  

 

Thanks again for your interest and participation in our project. Project updates will be posted at the following website as they become available:

http://www.mpi.nl/departments/language-and-genetics/projects/decoding-the-genetics-of-synaesthesia/publications  

 

You can continue to help us out by passing along the link to our study to your family and friends (www.mpi.nl/synaesthesia).

 

Kindest regards,

 

The Decoding the Genetics of Synaesthesia team

www.mpi.nl/synaesthesia

synaesthesia@mpi.nl

 

 

Neil Harbisson:   I listen to color

Published on Jul 20, 2012

http://www.ted.com Artist Neil Harbisson was born completely color blind, but these days a device attached to his head turns color into audible frequencies. Instead of seeing a world in grayscale, Harbisson can hear a symphony of color -- and yes, even listen to faces and paintings.

 

I asked Evi to come to the Starseeker.tv studio

to record a LITEfusion test reel. 

The performance Evi delivered was outstanding.

Please enjoy this clip in wide screen .

 

LITEFUSION TEST REEL

 

SINGER :  EVI    - EVARISTO BLAZQUEZ MOLINA

SONG :  LOSING MY RELIGION  (REM COVER)

STAR CODE :NSW 356 

KOOLFUSION TEST SHOWREEL

PRODUCTION BY STARSEEKER.TV

KOOLFUSIONIST : MICHAEL DAVERN

Synaesthesia festival brings classical music to light at Hobart's Museum of Old and New Art

 

7.30

By Michael Atkin

Updated 9 Oct 2014, 11:03am

 

Photo: Richard Tognetti was one of the headline performers at Synethesia Festival in Hobart's MONA

Photo: Gospel and soul musician Andrew Legg has Synaesthia, he found had to close his eyes during performances.

Map: Hobart 7000

A music festival like no other took over Hobart's Museum of Old and New Art (MONA) over the weekend, in an orchestrated fusion of bright lights and classical music.

Synaesthesia used every nook and cranny of the MONA museum to explore how the senses could be affected by melding music and light.

The concept is taken from the neurological condition, synaesthesia, which involves two normally separate senses becoming intertwined.

Brian Ritchie, the artistic co-director and bass player from rock band Violent Femmes, said the aim was to turn the conventional classical music experience on its head.

"The place is subterranean and disorienting by design, so when you add in lights and music into that equation we just think that we're getting people in a fairly vulnerable position and that's a good time to give them some new ideas."

Internationally acclaimed violinist Richard Tognetti from the Australian Chamber Orchestra was one of the headline performers, playing alongside the Tasmanian Symphony Orchestra and sound and visual artist Robin Fox.

For Mr Tognetti says getting away from traditional venues like the Sydney Opera House unleashed a new creativity.

"It's a bit like you're in Charlie and the Chocolate Factory and Dr No at the same time and being lead on these amazing adventures," he said. 

He says he hopes the unusual surroundings challenged his audience.

"A lot of classical music lovers like to go and have no distractions or little distractions because the music is pure and they want to just experience the music," he said.

"There's a kind of contract that you as a musician, you're not going to turn it into too much of a light show or do too much because it will distract and take away from that pure, essential joy you get from listening to music, to art music."

'As I hear sounds the world around me seems to adopt a hue'

Gospel and soul musician Andrew Legg was amongst the audience. He has synaesthesia and experiences vivid colours when he hears music.

"Literally as I hear sounds, the world around me seems to adopt a hue, so I associate the colour with a sound, with a key and that's how I experience life," he said.

"G major for me is green, E major is blue, C sharp minor is dark grey and as I'm going you can actually see my eyes start to flick back in my head as I actually try to work out, what is it I'm actually seeing?"

 

 

Media player: "Space" to play, "M" to mute, "left" and "right" to seek.

 

 

 

 

 

 

 

 

Video: Seeing music not just hearing it - a look at synaesthesia (7.30)

 

Robin Fox created an installation called the Colour Organ which uses a keyboard, high-powered lasers and lots of cellophane to try and replicate that experience.

"You make a small physical gesture and the entire room erupts with sound and light," he said.

"There's something kind of almost megalomaniacal about that feeling and hopefully they have a quasi-synaesthetic and ecstatic experience."

Mr Fox drew on his childhood full of unusual birthday celebrations for inspiration.

"My mother had a cross-modal association between sound, colours and numbers and so every time I had a birthday it would be a particular colour and it would be a particular number and it would have a particular pitch, so to me that seemed quite normal ... it was just always around," he said.

"She was an opera singer and she had perfect pitch, so obviously for her being synaesthetic was a real bonus."

'Like bringing a heartbeat to life as a visual pattern'

Another artistic take on synaesthesia featured Mr Tognetti performing selections of Bach from within a cage, with his every stroke projected in green spirals by Mr Fox.

"It's a bit like bringing a heartbeat to life as a visual pattern," Mr Fox said.

"When we were rehearsing and of course at first I was most intrigued and curious about what was going on, I found it disconcerting, playing and then seeing my tones coming out as visual patterns, so I had to stop looking after a while because it was very difficult to play," Mt Tognetti said.

While some people see vivid colours while he plays, Mr Tognetti is not one of them.

"I'd go nuts, I go nuts even trying to think about it," he said.

Photo: Gospel and soul musician Andrew Legg has Synaesthia, he found had to close his eyes during performances.

 

"I have absolutely no concept of what synaesthesia is, I mean, I know what it is as a notion but as a concept personally, I have absolutely not the vaguest idea what it is.

"Maybe I'm the least synaesthetic person I know but I certainly don't hear C major as green."

After the performance real-life synesthete Mr Legg raved about it.

"Tognetti is unbelievable, just the control, just the fluidity of his right arm, it's poetry in motion and he's able to just to carry melody in a way that quite few people are," Mr Legg said.

"He's just remarkable."

Mr Legg says he found it hard to concentrate on the colours his brain was showing him as well as the projections created by Mr Fox.

To focus on his internal kaleidoscope, he shut his eyes.

"That kind of forces it inside, when I get a bit confused or I'm trying to follow the line of the music which I hear aurally obviously, but it matches to the way I see the sound and sometimes I can't do that when I'm looking at what's going," he said.

"I need to shut my eyes and be happy in my own little world, it's very antisocial I know but it works for me."

Despite the mismatch, he is satisfied the general public had a chance to experience synaesthesia, even if it was just for the weekend.

"That's the power of what MONA's doing, it presents it to the world and says 'Wow, look at this, this is remarkable'."

Scientists Have 'Cleared' Alzheimer's Plaque From Mice Using Only Light And Sound

 

MIKE MCRAE

28 DEC 2019

 

Clumps of harmful proteins that interfere with brain functions have been partially cleared in mice using nothing but light and sound.

Research led by MIT earlier this year found strobe lights and a low pitched buzz can be used to recreate brain waves lost in the disease, which in turn remove plaque and improve cognitive function in mice engineered to display Alzheimer's-like behaviour.

It's a little like using light and sound to trigger their own brain waves to help fight the disease.

This technique hasn't been clinically trialled in humans as yet, so it's too soon to get excited - brain waves are known to work differently in humans and mice.

But, if replicated, these early results hint at a possible cheap and drug-free way to treat the common form of dementia.

So how does it work?

Advancing a previous study that showed flashing light 40 times a second into the eyes of engineered mice treated their version of Alzheimer's disease, researchers added sound of a similar frequency and found it dramatically improved their results.

"When we combine visual and auditory stimulation for a week, we see the engagement of the prefrontal cortex and a very dramatic reduction of amyloid," said Li-Huei Tsai, one of the researchers from MIT's Picower Institute for Learning and Memory back in March 2019.

It's not the first study to investigate the role sound can play in clearing the brain of the tangles and clumps of tau and amyloid proteins at least partially responsible for the disease.

Previous studies showed bursts of ultrasound make blood vessels leaky enough to allow powerful treatments to slip into the brain, while also encouraging the nervous system's waste-removal experts, microglia, to pick up the pace.

Several years ago, Tsai discovered light flickering at a frequency of about 40 flashes a second had similar benefits in mice engineered to build up amyloid in their brain's nerve cells.

"The result was so mind-boggling and so robust, it took a while for the idea to sink in, but we knew we needed to work out a way of trying out the same thing in humans," Tsai told Helen Thomson at Nature at the time.

The only problem was this effect was confined to visual parts of the brain, missing key areas that contribute to the formation and retrieval of memory.

While the method's practical applications looked a little limited, the results pointed to a way oscillations could help the brain recover from the grip of Alzheimer's disease.

As our brain's neurons transmit signals they also generate electromagnetic waves that help keep remote regions in sync - so-called 'brain waves'.

One such set of oscillations are defined as gamma-frequencies, rippling across the brain at around 30 to 90 waves per second. These brain waves are most active when we're paying close attention, searching our memories in order to make sense of what's going on.

Tsai's previous study had suggested these gamma waves are impeded in individuals with Alzheimer's, and might play a pivotal role in the pathology itself.

Light was just one way to trick the parts of the brain into humming in the key of gamma. Sounds can also manage this in other areas.

Instead of the high pitched scream of ultrasound, Tsui used a much lower droning noise of just 40 Hertz, a sound only just high enough for humans to hear.

Exposing their mouse subjects to just one hour of this monotonous buzz every day for a week led to a significant drop in the amount of amyloid build up in the auditory regions, while also stimulating those microglial cells and blood vessels.

"What we have demonstrated here is that we can use a totally different sensory modality to induce gamma oscillations in the brain," said Tsai.

As an added bonus, it also helped clear the nearby hippocampus – an important section associated with memory.

The effects weren't just evident in the test subjects' brain chemistry. Functionally, mice exposed to the treatment performed better in a range of cognitive tasks.

Adding the light therapy from the previous study saw an even more dramatic effect, clearing plaques in a number of areas across the brain, including in the prefrontal cortex. Those trash-clearing microglia also went to town.

"These microglia just pile on top of one another around the plaques," said Tsai.

Discovering new mechanisms in the way nervous systems clear waste and synchronise activity is a huge step forward in the development of treatments for all kinds of neurological disorders.

Translating discoveries like this to human brains will take more work, especially when there are potential contrasts in how gamma waves appear in mice and human Alzheimer's brains.

So far early testing for safety has shown the process seems to have no clear side effects.

This research was published in Cell.

A version of this article was first published in March 2019.

mouse_brains_alzh_light_sound_1024.jpg

Mouse brain with (left) and without (right) treatment (Gabrielle Drummond)

HEALTH

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