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Academics are often accused of "splitting hairs," but a team at Trinity College Dublin has now devised a machine to do just that. We all have a bad hair day from time to time, and split ends are a common problem. However, the science behind this kind of hair damage is poorly understood, which is why the Trinity team, led by Professor David Taylor, is investigating this knotty problem.

Due to renewed interest in cutting-edge technology, such as artificial intelligence (AI) and increased Internet accessibility — which generates climate change awareness — the desire for escapism has impacted the rise of the science fiction (sci-fi) genre.

Out of all the NightNanny 2023 reviews, this article offers an honest and evidence-based opinion regarding this new baby monitor product.

Oxidation can have a variety of effects on model lipid bilayers. In this article, Xenocs explains how to probe and measure those effects.

The application of computer-based tools and methodologies to simulate and model the human body in health and disease is known as computational biomedicine.

Looking at Longman, J. et al.'s journal paper, this article analyzes the connection between Late Ordovician marine productivity and cooling episodes to subaerial volcanic activity.

New research suggests that the feeding biomechanics of Homo floresiensis (aka, the Hobbit) are similar to modern humans. | Plants And Animals

A new leaf: Getting to the heart of better yields 13 Feb, 2021 03:30 PM 3 minutes to read Dr Tory Clarke (left), Professor Susanne von Caemmerer and Dr Florence Danila. Photo / Natalia Bateman, CoETP Dr Tory Clarke (left), Professor Susanne von Caemmerer and Dr Florence Danila. Photo / Natalia Bateman, CoETP The Country New research has unearthed information scientists say will help increase the yield of important food crops such as cowpea, soybean and cassava. A team of scientists has measur...

 E-Mail IMAGE: l-r Dr Florence Danila, Professor Susanne von Caemmerer and Dr Tory Clarke working on finding the best targets by following CO2 journey through the leaf view more  Credit: Natalia Bateman, CoETP A team of scientists have measured the relative importance of the different obstacles that carbon dioxide (CO 2) encounters in its voyage from the atmosphere to the interior of plant cells, where it is converted into sugars. This research leading method provides much needed info...