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READY4COPY//Magnetic whirlpool device trained to recognize handwritten numbers shows promise for low-energy computing

Researchers at RIKEN have developed a computing device that utilizes tiny magnetic swirls, known as skyrmions, to recognize handwritten numbers in a breakthrough in neuromorphic computing that spotlights the potential of magnetic whirlpools for creating low-energy computing systems inspired by the brain.

Université de Montréa professor leads study on nanomachines: 'These nanomachines control all molecular activities in our body'

A research team led by University of Montreal chemistry professor Alexis Vallee-Belisle recently found that breaking molecular nanomachines, which are essential components of life, can lead to the creation of new and improved ones.

Yoder: 'Hopefully our work may help prioritize further study of these two chemicals'

Researchers have reportedly made a significant discovery regarding the potential effects of PFAS chemicals on the body's innate immune system.

Researchers make significant discovery with study that 'creates some new application possibilities for memory storage'

In a significant breakthrough, researchers from North Carolina State University and collaborating institutions have uncovered a size-induced phase transition in materials used in electronic devices.

University of Michigan ecologist: 'Our results provide clear evidence that vehicle traffic on major roads impedes tiger movements'

Researchers from the University of Michigan conducted a study in Nepal tracking the movement of two tigers that were tagged with GPS collars during a nationwide COVID-19 lockdown. than before.

RIKEN’s Yukinori Okada on rheumatoid arthritis: ‘Genetic research has the potential to advance our understanding of the disease’

A research institution in Japan has found new genetic risk factors for rheumatoid arthritis that could help in new treatments for the autoimmune disease.

Michigan researchers create ultrathin ferroelectric semiconductor for next-generation computing: 'This will be very important'

A team of researchers at the University of Michigan has developed an ultrathin ferroelectric semiconductor, measuring just 5 nanometers thick, with the potential to revolutionize computing and power next-generation technologies.

Michigan researchers develop woven-in photonic fiber labels for enhanced textile recycling

Less than 15% of the 92 million tons of clothing and other textiles discarded annually are recycled—in part because they are so difficult to sort. Woven-in labels made with inexpensive photonic fibers, developed by a University of Michigan-led team, could change that.

Scientists Identify Brain Structures Linked to Increased Addictiveness from Repeated Cocaine Use

The University of Bristol announced that researchers have found how repetitive cocaine use increases the amount of addictiveness.

Study sheds new light on how plants function

A team of researchers from University of Montreal has achieved a significant breakthrough in plant ecology by developing innovative statistical models that have shed new light on how plants function, according to a news release.

Scientists tap new method to reduce progression of kidney disease in diabetics

A groundbreaking study led by researchers at England’s University of Bristol has revealed a promising new approach to slow down the progression of diabetic kidney disease, a condition affecting 40% of individuals with diabetes.

Breakthrough Discovery: Scientists Unveil Toughest Material Ever Found at 'Ultra-Cold' Temperatures

Researchers at the University of Bristol have reportedly discovered an alloy that increases strength at more than -250 degrees Celsius, which would make it the toughest material known to man.

University of Bristol Professor Lewandowsky: 'So-called free-speech absolutists... are out of touch with public opinion'

The majority of people support strong actions being taken to restrain the spread of harmful misinformation through social media according to a news article published by the University of Exeter on February 9

N.C. State researchers: 'A ‘white phase’ taps into the computing power of autonomous vehicles'

Transportation engineers at North Carolina State University have proposed that a fourth stoplight color be added to enhance traffic flow and improve communication between autonomous vehicles (AVs) and human drivers, according to a study.

Bristol University researchers seek to improve medical training with 'computational efficiency' surgical simulation

A team of researchers, at the University of Bristol in the United Kingdom, has made a significant breakthrough in improving the precision of medical needle-use during surgical simulation.

U. of Bristol-led 'largest study of its kind': Fertility treatment doesn't adversely affect offsprings' cardiovascular health

A groundbreaking international study, led by researchers from the University of Bristol, has found no robust difference in cardiovascular health indicators between children conceived naturally and those conceived using assisted reproductive technologies (ART).

Study: 'The evidence strongly suggests that racial attitudes are closely intertwined with views on abortion'

North Carolina State University recently released a study that "provides the first empirical evidence of the strong relationship between racial attitudes and beliefs about abortion rights."

Research finds 'exhaled aerosols acidify very rapidly'

A study conducted by Swiss universities revealed the acidity of aerosols in indoor air plays a crucial role in determining the duration of viral infectivity.

Linguistic Analysis of Online Group Communication Reveals Insights into Collective Values and Behavior

New research conducted by psychologists from the Universities of Exeter, Bath, and Lancaster has revealed a novel approach to understanding social groups and their dynamics.

Medieval medical texts suggest different assessment of human fertility timeline

A new study analyzing medieval medical texts reveals that the perception of fertility decline with age differed significantly from modern understanding.