Home
News
Videos
Podcasts
Menu
Акционерное общество "ТВ БРИКС"
tvbrics@tvbrics.com
Рубцов переулок, д.13, Москва, 105082, RU
+74996425304
Currencies:
RUB/USD 0,0119
BRL/USD 0,1955
INR/USD 0,0104
CNY/USD 0,149
ZAR/USD 0,0619
IDR/USD 0,0001
SPACE FOR MEDIA DIPLOMACY
22:30 «One belt, one road: from past to future»
22:30 «One belt, one road: from past to future»
Now 16+
22:30

«One belt, one road: from past to future»

It is indicated Moscow time in the programme. Please take into account the time difference with your time zone.
23:00 «BRICSreport»
Next
23:00

«BRICSreport»

16+
23:15

«Russian Lessons with Tanya Semke»

16+
23:30

«City of stories»

16+
Menu

Brazilian scientists develop new theory explaining order in complex systems

The findings could advance research into brain activity, climate processes and next-generation technologies

Scientists from the University of Sao Paulo (USP) have made a discovery that overturns a concept that has been accepted in science for around 400 years, reports Metrópoles, a partner of TV BRICS.

It was previously thought that if two objects had a similar rhythm, over time they would naturally begin to operate in synchronisation. For example, two pendulums might gradually adjust to each other. This principle was first described in the 17th century by the scientist Christiaan Huygens.

However, new research has shown that sometimes two elements cannot synchronise on their own. They need a third element to alter their interaction.

Brazilian scientists developed a mathematical theory and tested it experimentally. They created a system of small devices that could not synchronise in pairs. However, when a third element was added to the system, a clear pattern emerged amongst all three.

The impetus for the research was the idea that the link between heavy rainfall in India and the El Nino phenomenon (a natural climatic phenomenon in which the water in the central and eastern Pacific Ocean becomes unusually warm) may depend not only on the direct interaction of these processes but also on an additional factor that alters their mutual influence – volcanic activity.

This led the researchers to wonder: perhaps this principle also applies to other complex systems.

The discovery could change the way many processes are studied.

For example, in neuroscience, scientists often look at how two areas of the brain are connected. But sometimes a third area can influence their interaction. If one studies only the pairs, one might fail to notice the true organisation of the system.

According to the researchers, sometimes a system begins to function in a coordinated manner not because of two participants, but because of a third one, which helps them find a common rhythm.