Mandelbulb 3D and Heightmaps by HalTenny on DeviantArt Is the fibonacci sequence a fractal, or is it a 'related concept' that's different in some way? - Quora Bon Entendeur R510JX Carte Wifi pour portable Asus | Accessoires Asus Retrouvez ici nos nombreuses pièces détachées et accessoires compatibles avec le netbook Asus 1001PX. Ce modèle de netbook sortit en 2011 fonctionne sous le... Achetez ici vos pièces détachées pour Asus 1001PXB... Achetez ici vos pièces détachées pour Asus 1001PXD. Achetez ici vos pièces détachées pour Asus 1005PX. Achetez ici vos pièces détachées pour Asus 1005PXD. Achetez ici vos pièces détachées pour Asus 1011CX... Achetez ici vos pièces détachées pour Asus 1011PX. Achetez ici vos pièces détachées pour Asus 1015BX. Achetez ici vos pièces détachées pour Asus 1015CX. Retrouvez ici toutes les pièces détachées pour votre portable 1015E Ce modèle de netbook fonctionne sous le système d'exploitation Ubuntu ou Windows 8 . Achetez ici vos pièces détachées pour Asus 1015P... Achetez ici vos pièces détachées pour Asus 1015PD... Achetez ici vos pièces détachées pour Asus 1015PDG... Achetez ici vos pièces détachées pour Asus 1015PDT... Achetez ici vos pièces détachées pour Asus 1015PEB...
Fun with Fractals Not the Mandelbrot Set Okay, there's only so many times you can look at a Mandelbrot Set without getting bored. After a while, you think, is that all there is? Seen that, done that. So I figured that I'd try to come up with a few variations and alternatives. It looks a bit like one of those three-sided boomerangs, and it's listed as a "Mandelbar", or "tricorn" fractal. To demonstrate that this is a genuine fractal and not just something that's been "photoshopped" up from pieces of Mandelbrot set, here's a “zoom” on one of the little three-pointed islands (just visible on the left), to demonstrate the thing's recursive nature. Okay, so it's a bit like a Mandelbrot set (the two are related), but it's different to the old “bum and a ball” shape. The "proper" Mandelbrot set is also closely related to the Julia set, but there's a range of similar sets and combinations of sets that we can use. An evolving fractal sequence, "Zero Time" Here's a "MandelDrop". And here's a rather sinister one ...
Samsung SSD 970 Pro And 970 EVO Review: Faster, More Endurance Than 960 Samsung has been at the forefront of NVMe-based solid state storage essentially since the standard’s inception. The Samsung SSD 960 Pro and 960 EVO that were released all the way back in 2016 have been among the best performing, most sought after M.2 NVMe-based gumsticks available. It’s kind of hard to believe the 960 Pro and 960 EVO have been riding high for so long in such a rapidly advancing space, but it’s true. The Samsung SSD 970 Pro and 970 EVO are the company’s latest flagship sold state drives for high-performance desktop and mobile applications. The Samsung SSD 970 PRO NVMe M.2 series drives will initially be offered in two capacities -- 512GB and 1TB. All of the drives in both the Samsung SSD 970 Pro and 970 EVO line-ups have the same M.2 (2280) ‘gumstick’ form factor and offer peak read bandwidth of 3.5GB/s. The 970 EVO differs from the Pro in that it uses 3-bit TLC V-NAND and features TurboWrite technology, like some previous generation EVO-series drives.
Chocolate Tree Books: Book List Relativity theory is usually considered to consist of two main parts: a restricted theory that assumes flat spacetime ("special relativity"), and a more ambitious model (Einstein's "general theory of relativity") that allows curved spacetime. The general theory is assumed to reduce to the "special" theory over small regions of spacetime. However, towards the end of his life, Einstein seemed to have lost confidence in this two-stage approach, and appeared to be presenting the adoption of special relativity as a historical fluke, and suggesting that he no longer believed that it was valid to model physics in the absence of curvature "" (Scientific American, April 1950). Adopting a ground-up approach, the book makes heavy use of illustrations to explain some basic principles of relativity theory, and also has chapters on black holes, wormholes, cosmology and warp drive theory.
Advaïta védanta L’Advaita Vedānta (sanskrit IAST ; devanāgarī : अद्वैत वेदान्त.) est la forme la plus répandue de la philosophie du Vedānta[1]. Il s'agit de la doctrine non dualiste du Vedānta[2]. Advaita signifie littéralement « non deux » et se traduit le plus souvent par non-dualité[3]. Comme dans toute école de la philosophie indienne des points de vue au sein même de l'Advaita Vedānta existent. Philosophes de l'Advaita Vedānta[modifier | modifier le code] Maîtres anciens[modifier | modifier le code] Les maîtres anciens représentatifs de cette école se nomment : Gauḍapāda (VIe ou VIIe siècle), maître de Govinda BhagavatpadaGovinda Bhagavatpada (VIIe ou VIIIe siècle), le maître du célèbre Adi ShankaraAdi Shankara (VIIIe siècle)Vacaspatimiçra (vers 850)Padmapada (IXe siècle)Sureshvara (IXe siècle)Mandanamiçra (IXe siècle)Anandagiri, disciple de Shankara (IXe siècle)Sadananda, auteur d'un manuel classique, le Vedāntasāra (XVe siècle). Adi Shankara[modifier | modifier le code] Jnana Yoga