I had the joy to have visited the Notre Dame Cathedral in 2005, 2012 and 2017. Now, I find out through breaking news that this iconic building which began being built in the XII century, in 1163 and finished in 1345 (it took almost 200 years for its final construction) is being burnt during remodeling.
Needless to say that all my family, my daughter and our extended family are with the French people and Parisians.
A fire has engulfed the Notre Dame Cathedral in Paris, one of the city’s most iconic sights.
The fire began at 6:50 p.m. local time Monday, the Paris fire department said, and continued to burn hours later.
A French firefighter official told reporters the main structure of the cathedral has been saved and the two iconic main towers are intact and have been saved as well.
French Mayor Anne Hidalgo said that authorities were evacuating people from buildings in the area — including homes close to the cathedral.
L’incendie est parti peu avant 19 heures dans les combles du monument historique le plus visité d’Europe. Après quatre heures de lutte, les pompiers semblent maîtriser les flammes.
Les deux tours de la cathédrale sont sauvées, mais deux tiers de la toiture sont ravagés. Emmanuel Macron, qui a reporté à mardi son allocution, s’est rendu sur place.
De Washington à Berlin, partout l’émotion est grande.
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Dr. Arnold, 62, an American professor of chemical engineering, bioengineering and biochemistry at the California Institute of Technology in Pasadena, earned the award for her work with the
She shared this year’s chemistry Nobel — worth close to $1 million — with George P. Smith, 77, and Gregory P. Winter, 67. Dr. Arnold received half of the prize, and Dr. Smith and Dr. Winter split the other half.
Dr. Arnold won for her work conducting the directed evolution of enzymes, proteins that catalyze chemical reactions. She first pioneered the bioengineering method, which works similar to the way dog breeders mate specific dogs to bring out desired traits, in the early 1990s, and has refined it since then.
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AR (Augmented Reality) is the future of computing, truly. It transcends traditional computing with 2D monitors, mouse and keyboard – and takes us into spatial computing, with 3D holograms and more natural interactions. It’s a whole new way of interacting with digital content in the context of the real world.
Although there are several forms of AR such as mobile and smart glasses, the most advanced and powerful is immersive AR, which is defined as photorealistic, high-resolution, life-size holograms wrapped in a natural interaction paradigm using direct hand manipulation and voice commands. Immersive AR has immense potential to change how we communicate, collaborate and create… enhancing our human interaction in the process.
Healthcare is one of the primary verticals in AR with the most to gain. In healthcare education, medical schools are starting to train a new generation of healthcare professionals using interactive 3D anatomical models – reducing the need for cadavers and significantly improving training and comprehension.
With immersive 3D medical imaging, AR can assist with everything from diagnosis, to patient communication, to collaborative pre-operative planning, to the surgery itself, where 3D MRI/CT scan is overlaid onto the patient. The benefits of 3D medical imaging go well beyond providing high financial value – they represent the future of care-giving.
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