Subscribe to newsletters Subscribe Sign In BETA This is a BETA experience. You may opt-out by clicking here More From Forbes Aug 6, 2023, 09:53am EDT Everything We Know About ‘Heartstopper’ Season 3 On Netflix, And Its Release Date Aug 6, 2023, 09:40am EDT It’s Now Clear Diablo 4’s Top Priority Should Be Loadouts Aug 6, 2023, 09:30am EDT Here’s When Sombra Will Get A Rework And A New Ability In ‘Overwatch 2’ Aug 6, 2023, 09:24am EDT ‘Destiny 2’ Players Are Adding Up Content Vault Totals, Free-To-Play Losses Aug 6, 2023, 08:58am EDT Xbox Game Pass May Have More Subscribers Than Apple TV+, Peacock Aug 6, 2023, 08:00am EDT Nearly Half Of All ‘Overwatch 2’ Heroes Are Getting Balance Changes When The Invasion Season Goes Live Aug 6, 2023, 01:58am EDT Jake Paul Defeats Nate Diaz In A Competitive And Entertaining Scrap Edit Story Forbes Innovation Games Paul Tassi Senior Contributor Opinions e...

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Pursuit All sections Home We’re closer to ‘engineering’ blood vessels Cardiovascular disease is a global killer. Now researchers have developed a fast, inexpensive and scalable method for engineering blood vessels from natural tissue By Associate Professor Daniel Heath, Professor Andrea O’Connor and Hazem Alkazemi, University of Melbourne Share selection to: Blood vessels keep us alive. They are the highways that transport oxygen-rich blood and nutrients to all corners of our body – feeding our tissue and organs – while simultaneously removing toxic waste products. Blood vessel disease and dysfunction can result in life-threatening situations like heart attack , stroke and aneurysm . Blood vessel failures are a major reason why cardiovascular disease is the number one killer globally . Blood vessel failures are a major reason why cardiovascular disease is the number one killer globally....

Jump to content Main menu Main menu move to sidebar hide Navigation Main page Contents Current events Random article About Wikipedia Contact us Donate Contribute Help Learn to edit Community portal Recent changes Upload file Languages Language links are at the top of the page across from the title. Search Search Create account Log in Personal tools Create account Log in Pages for logged out editors learn more Contributions Talk CentralNotice move to sidebar hide (Top) 1 Chemical properties and structure Toggle Chemical properties and structure subsection 1.1 Synthesis 2 Physical properties Toggle Physical properties subsection 2.1 Proposed mechanism for superconductivity 3 Compound name 4 Publication history Toggl...

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Jump to content Contact us Press Expedition About the expedition Ship's position Sailing legs Stopovers Previous stopovers Partners & Suppliers Join us Sail with us Professional crew Volunteer Visit us News About Götheborg About the ship The ship's history Previous expeditions About the company Contact Contact us Press Tickets Tickets European Tour 2023 03 May 2023 Imagine losing your rudder out at sea and sending out a distress call. And then the largest ocean-going wooden sailing ship in the world comes to your rescue. Or in the words of the sailors on the sailing boat: " This moment was very strange, and we wondered if we were dreaming. Where were we? What time period was it?" This all happened off the coast of France last week. To our knowledge it is the first t...

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Hacker News new | past | comments | ask | show | jobs | submit login Origin of correlated isolated flat bands in LK99 ( arxiv.org ) 142 points by lawrenceyan 1 hour ago | hide | past | favorite | 52 comments raziel2701 46 minutes ago | next [–] Man, I'm feeling stronger about LK-99 being it. This paper is theoretical and she finds that particular Cu substitutions onto specific Pb atomic sites are key to enabling a band structure that is usually linked to high Tc superconductors. What this means for the more practical minded is that the synthesis of superconducting LK-99 is not trivial and you need to make the appropriate substitutional alloy for this to work. This is a DFT paper, and a band structure that is usually seen in high Tc superconductors just naturally came out. She also talks about the strong electron-phonon coupling that naturally arose from t...

Skip to main content start desktop header We are hiring We gratefully acknowledge support from the Simons Foundation, member institutions , and all contributors. Donate > cond-mat > arXiv:2307.16892 Help | Advanced Search All fields Title Author Abstract Comments Journal reference ACM classification MSC classification Report number arXiv identifier DOI ORCID arXiv author ID Help pages Full text Search /end desktop header GO Login Help Pages About /end mobile-header rdf:RDF xmlns:rdf="http://www.w3.org/1999/02/22-rdf-syntax-ns#" xmlns:dc="http://purl.org/dc/elements/1.1/" xmlns:trackback="http://madskills.com/public/xml/rss/module/trackback/"> <rdf:Description rdf:about="/abs/2307.16892" dc:identifier="/abs/2307.16892" dc:title="Origin of correlated is...

BBC Homepage Skip to content Accessibility Help Your account Home News Sport Reel Worklife Travel Future More menu More menu Search BBC Home News Sport Reel Worklife Travel Future Culture Music TV Weather Sounds Close menu BBC News Menu Home War in Ukraine Climate Video World US & Canada UK Business Tech Science More Entertainment & Arts Health In Pictures BBC Verify World News TV Newsbeat Asia China India Published 8 hours ago Share close panel Share page Copy link About sharing Image source, Social media Image caption, A video of a sun bear in Hangzhou Zoo standing on its hind legs has gone viral online By Adam Durbin BBC News A zoo in eastern China has reassured visitors its sun bears are real rather than humans in disguise, after footage of one animal standing like a person sent rumours flying online. Responding to a viral video of a bear on its hind legs, Hangzhou Zoo said people "...

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