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“İzzet-i İslâmiyedir ki, i'lâ-yı Kelimetullahı ilân ediyor. Ve bu zamanda i'lâ-yı Kelimetullah, maddeten terakkiye mütevakkıf ve medeniyet-i hakikiyeye girmekle i'lâ-yı Kelimetullah edilebilir.” BEDİÜZZAMAN SAİD NURSİ (R.A.)

Kimseden, tavzif ve tekmil beklemeden; 80 yıl ülkeyi gaflet ile garba mecbur ve mağdur eden manda zihniyetlilerin rağmına olarak; YERLİ VE MİLLİ ÜRETİM ile cari hesapların dengesini lehimize değiştirecek AR-GE, İNOVASYON ve YERLİ İMALAT neticesinde maliyet minimizasyonu ile tüm vatandaşlarımızın tasarrufu için cehd ve gayretimiz; ehl-i su-i zan, tenkit ve hasetçe HIRS kabul edilse bile….
bu da HAMİYETİMİZİ daha ziyade tahrik edecek; verdiğimiz mesaj ve rahatsızlıkların hedefine/yerine ulaştığını müşahede ederek, bu ülkede yerli ve milli üretime engel zihniyetin, ağababalarının ve YULALARINI ellerinde tuttukları hain maşalarının zulmetli akıbetlerinin yakın olduğunu idrak etmeleriyle, sıranın bu taşeron ithalatçıların yulalarının sahiplerine de geldiği günler yakındır…

Yula sahipleri ve yulalarını tuttukları hainlere Verdiğimiz RAHATSIZLIĞIN farkındayız ve bunun için de ziyadesiyle memnunuz..

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When Einstein 🧠 met quantum physics ⚛️!

On this day, 118 years ago, Einstein published his work on the photoelectric effect.

But the journey of understanding this intriguing phenomenon began in the early 19th century when Alexandre Becquerel discovered the photovoltaic effect. His findings sparked a dialogue about the relationship between light and the electronic properties of materials.

Fast forward to 1873, when Willoughby Smith’s discovery of photoconductivity in selenium opened new horizons in the understanding of this relationship. Johann Elster and Hans Gittel then set the practical ball rolling, developing the first usable photoelectric cells to quantify light intensity.💡

But the real game changer came in 1887 when Heinrich Hertz observed the photoelectric effect for the first time. This observation was the trailhead leading to a new scientific mountain summit. In 1900, Max Planck dropped a revolutionary theory on the scientific community. He suggested that light wasn't a continuous wave but a stream of tiny energy packets or "quanta," which we now call "photons".🌠

Building on this foundation, Albert Einstein ventured a step further. He proposed each photon carried an energy proportional to its frequency - a relationship determined by what is now known as Planck’s constant. He applied this understanding to develop a mathematical description of how the photoelectric effect could occur with the absorption of photons beyond a threshold frequency.🌈

Einstein's theory of the photoelectric effect, a deep dive into how light prompts the emission of electrons from certain materials, was published in Annalen der Physik on June 9, 1905. This was part of his groundbreaking series, the Annus Mirabilis papers, marking a watershed moment in physics.

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