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  • Energy in new light at the Celsius-Linné lectures

    ​The human desire to master light has taken us from controlling fire to building global optical networks. But several questions still remain to be answered. At this year's Celsius-Linné lectures on February 18, top international researchers Professor Eli Yablonovitch and Professor Lene Vestergaard Hau will present pioneering ways to manage and manipulate light for use in countless areas.

  • ​New species of bird discovered in India and China by international team of scientists

    A new species of bird has been described in north-eastern India and adjacent parts of China by a team of scientists from Sweden, China, the US, India and Russia, headed by Professor Per Alström, Uppsala University, and Swedish University of Agricultural Science, SLU. The bird has been named the Himalayan Forest Thrush, Zoothera salimalii.

  • New method for better treatment of breast cancer

    ​A new study shows that a novel imaging-based method for defining appropriateness of breast cancer treatment is as accurate as the current standard-of-care and could reduce the need for invasive tissue sampling. The results suggest that the method might lead to more optimal treatment of individual patients.

  • A horse of a different colour: genetics of camouflage and the Dun pattern

    Most horses today are treasured for their ability to run, work, or be ridden, but have lost their wild-type camouflage: pale hair with zebra-like dark stripes and markings known as the Dun pattern. Now an international team of scientists has discovered what causes the Dun pattern and why it is lost in most horses.

  • Was early animal evolution co-operative?

    The fossil group called the Ediacaran biota have been troubling researchers for a long time. In a new study, published in Biological Reviews, researchers from Sweden and Spain suggest the Ediacarans reveal previously unexplored pathways taken by animal evolution. They also propose a new way of looking at the effect the Ediacarans might have had on the evolution of other animals.

  • New dissertation: Windows with nanostructured coatings can cure “sick” buildings

    Harmful organic molecules in the indoor air can cause adverse health effects – a problem known as the “sick building syndrome”. A promising new solution is being developed at Uppsala University – window glass with a nanostructured coating based on titanium dioxide which uses sunlight to remove organic pollutants from the indoor air by passing it between the inner panes of the window.

  • Terrorism is nothing new. Even Shakespeare was familiar with it.

    There was no word for terrorism in the sixteenth and seventeenth centuries, but outbreaks of terrorist violence were frequent. In his new book on terrorism in history and literature, Uppsala University Professor of English Literature, Robert Appelbaum, documents the many ways terrorist violence was used, responded to, and written about in early modern Britain and France.

  • An online game reveals something fishy about mathematical models

    How can you tell if your mathematical model is good enough? In a new study, researchers from Uppsala University implemented a Turing test in the form of an online game (with over 1700 players) to assess how good their models were at reproducing collective motion of real fish schools. The results are published in Biology Letters.

  • ​Blood test reveals your real age

    Now a simple blood test can reveal your biological age—how old your body really is. The new research from Uppsala University is published in the Open Access journal Scientific Report@Nature today. ‘With this knowledge, it may be easier to motivate medical treatments or get a patient to change lifestyle and monitor the effect,’ says one of the authors, Professor Ulf Gyllensten.

  • Posttraumatic stress disorder reveals an imbalance between signalling systems in the brain

    Experiencing a traumatic event can cause life-long anxiety problems, called posttraumatic stress disorder. Swedish researchers from Uppsala University and Karolinska Institutet now show that people with posttraumatic stress disorder have an imbalance between two neurochemical systems in the brain, serotonin and substance P. The greater the imbalance, the more serious the symptoms patients have.

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