Researchers at Disney Research and ETH Zurich have demonstrated that consumer-grade light-emitting diode (LED) bulbs can, with some modifications, do double duty -- both illuminating a room and providing a communications link for devices in that room.

This visible light communication (VLC) system would be suitable for connecting the many devices, such as appliances, wearable devices, sensors, toys and utilities, that could comprise the Internet of Things, or IoT, said Stefan Schmid, a Ph.D. student at Disney Research and ETH Zurich.

A University of Adelaide analysis of genetic mutations which cause early-onset Alzheimer's disease suggests a new focus for research into the causes of the disease.

Previous research has revolved around the idea that accumulation in the brain of a small, sticky protein fragment -- amyloid beta -- causes Alzheimer's disease.

However, there is growing concern among researchers that this idea is not rapidly advancing global understanding of the disease or leading to successful treatments.

The University of Adelaide scientists, in collaboration with researchers from a number of other Australian universities, say their analysis points to a new theory about how mutations of a particular gene, PSEN1, can trigger early onset Alzheimer's disease.

A team led by Leigh Fletcher of the University of Leicester in the United Kingdom are presenting new images of Jupiter at the UK's Royal Astronomical Society's National Astronomy Meeting in Nottingham.

Obtained with the VISIR instrument on ESO's Very Large Telescope , the new images are part of a focused effort to improve understanding of Jupiter's atmosphere prior to the arrival of NASA's Juno spacecraftJuno spacecraft [1] in July this year.

Oxford, June 27, 2016 - Sending text messages on a smartphone can change the rhythm of brain waves, according to a new study published in Epilepsy & Behavior.

People communicate increasingly via text messaging, though little is known on the neurological effects of smartphone use. To find out more about how our brains work during textual communication using smartphones, a team led by Mayo Clinic researcher William Tatum analyzed data from 129 patients. Their brain waves were monitored over a period of 16 months through electroencephalograms (EEGs) combined with video footage.

A Japanese research team have applied a method used in human genetic analysis to rice and rapidly discovered four new genes that are potentially significant for agriculture. These findings could influence crop breeding and help combat food shortages caused by a growing population. The paper was published on June 21, 2016 (Japan Standard Time) in the online edition of Nature Genetics.

Selective crop improvement based on plant genetics and breeding is essential to support the world's growing population. In order to efficiently breed new crop varieties it is necessary to rapidly identify the genes related to high crop yields and analyze what makes them special.

While most malaria research has focused on the parasite Plasmodium falciparum, which is common in Africa, another parasite, Plasmodium vivax (P.vivax) is responsible for the majority of malaria infections outside this region, causing an estimated 15.8 million clinical malaria cases each year. The parasite is becoming increasingly resistant to common antimalarial drugs, posing challenges for malaria elimination.

Institute researchers Dr Alyssa Barry and Professor Ivo Mueller are part of two international teams studying P.vivax. The teams used cutting-edge genomic techniques to analyse hundreds of clinical samples from malaria-infected people around the globe. The research led to two complementary publications in this month's edition of Nature Genetics.