![]() ![]() Six more conferences were held until 2010. The first TechEd conference was held in 2001, with more than 1,000 participants. TechEd conferences in Israel were held in Eilat. In 2012, 2013, and 2014, Tech Ed India was held in Bangalore at The LaLiT Hotels, Palaces and Resorts. The event included keynotes by Senior Microsoft Executives, breakout sessions, hands-on-labs, instructor-led labs, product team tents, free Microsoft certification, community programs and solution expo. In 2011, TechEd India was held in Bangalore from March 23–25 at Hotel Lalit Ashok. The tracks were designed as a navigational tool which assisted in finding the sessions and labs best suited for individual needs. There were 28 Technical Tracks that spanned more than 112 breakout sessions, 24 instructor-led Labs, more than 20 Chalk-Talk sessions. TechEd-India 2009 was keynoted by Steve Ballmer, the only TechEd event worldwide where Steve Ballmer was to speak. It was attended by over 2,500 CXOs, TDMs, BDMs, Developers, IT Professionals, Architects, Designers, faculty Members and Technology Students. Rechristened Microsoft TechMela, the name change was necessitated by an urge to Indianize the event and its content so that it aligned with the ethos of every Indian. In 2009, TechEd was held in Hyderabad in the month of May. The second event was geared towards technology professionals working on IT infrastructure. There were two TechEd events held in each city, the first one delved into architectural aspects of technology and laid emphasis on the needs of the Architect audience alongside four tracks focused on Platform and Tools for Developers. In 2006, TechEd was held in New Delhi, Pune, Mumbai, Chennai, Hyderabad and Bangalore during the month of June. Microsoft TechEd India has been an annual fixture since 2003 except for 2008 which was the only year when Microsoft TechEd India event was not organized. Microsoft Ignite is an annual event in cities like Amsterdam. TechEd Australia is the largest TechEd in the Asia-Pacific region. 2007 was also the last year the event was hosted at Sun City, after which it was moved to the Durban International Conference Centre (ICC) due to the growing size of the audience, which was no longer able to be accommodated at Sun City. Was previously known as TechEd South Africa until 2007, where it changed to TechEd Africa. An agenda is published online before the conference begins. There is a vast content catalog from which attendees can select sessions that will be most beneficial. The event also includes an exhibition area where vendors can show off technologies and sell products. Networking is enhanced through parties, community areas and "Ask the Expert" sessions. It offers opportunities to meet Microsoft experts, MVPs and community members. The conference normally lasts between three and five days, and consists of presentation and whiteboard sessions and hands-on labs. Microsoft altered its conference schedule and introduced the Microsoft Ignite name from 2015 on. The 2014 TechEd in Barcelona marked the last event using that name. ![]() ![]() The first conference, then known as TechEd, happened in 1993 in Orlando, Florida, United States. It has taken place in several locations around the world. Microsoft Ignite is an annual conference for developers and IT professionals hosted by Microsoft. Please help improve this article by introducing citations to additional sources. Relevant discussion may be found on the talk page. Moreover, an alternative design principle for fabricating new superionic conductors with Li tetrahedral occupation by reducing the electronegativity difference between the anion element and non-lithium cation elements was identified for the first time.This article relies largely or entirely on a single source. The LCPS superionic conductor is promising for use as a solid-state electrolyte material for all-solid-state lithium ion batteries. LCPS is a superionic conductor, exhibiting a much higher ionic conductivity of 84.9 mS cm −1 at 300 K than the state-of-the-art Li 10GeP 2S 12 material, due to the weaker Li ion binding and the energy compensation for forming Li vacancies due to the variable valence state of the Cu + cation. LCPS can form electronically insulating but ionically conducting interphases at high lithium chemical potential, preventing further reduction or oxidation by passivating its surface and enhancing its electrochemical stability due to the limited kinetics. Our theoretical studies reveal that the LCPS material is thermodynamically and dynamically stable, and very likely to be experimentally synthesized. A new sulfide-based superionic conductor, a kesterite-structured Li 2CuPS 4 (LCPS) material, was proposed based on density functional theory (DFT) calculations. ![]()
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