ESA - Space Weather Training Course is open for applications esa.int - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from esa.int Daily Mail and Mail on Sunday newspapers.
New Delhi [India], August 10 (ANI/NewsVoir): To celebrate the Government of India's Azaadi ka Amrit Mahotsav initiative, Aakash BYJU'S, the national leader in test preparatory services, is organizing a major drive towards inclusivity and empowerment of girl students in the arena of private coaching for higher education through 'Education for All', a nationwide project to offer free NEET and JEE coaching and scholarships to nearly 2,000 Class VII-XII students from underprivileged families, especially girls. The launch took place today across India simultaneously at 45 locations with the main event taking place at the JW Marriott Hotel, Aerocity in Delhi that was graced by Aakash Chaudhry, Managing Director and Mr. Abhishek Maheshwari, CEO, Aakash BYJU'S along with other company officials. The event was also attended by alumni of Aakash BYJU'S who became a part of the institute through ANTHE. The alumni were felicitated for their academic achievements with trophie
Karadeniz in bazı bölgelerinde yaşanan sel felaketlerinin ardından HES (Hidroelektrik santrali) yeniden gündeme geldi. Vatandaşlar HES nedir, ne demek merak ediyor. Ülkemizde kaç tane HES bulunuyor merak edildi. HES açılımı nedir? HES nasıl çalışır? HES patlarsa ne olur? HES ile ilgili bilgiler haberimizde.
Image Credit: Marko Aliaksandr/Shutterstock.com
Semiconductors are a widely used class of materials with electrical conductivities that fall between that of conductors and insulators. What has made doped versions of these materials the cornerstone of modern electronics is their ability to control the flow of electrons as part of a circuit, switching on and off as required, with a minimal physical device footprint.
Controlling the flow of electrons is not the only interesting application of semiconductor materials. Some semiconducting materials can be used to either convert electricity into light or, to do the reverse, converting absorbed light energy into electrical charge.