【図解で解説】SSD劣化の仕組み【誤解を解く！】FNトンネル効果やリテンションの仕組みなど、基礎からしっかり理解すれば、熱に弱い理由やデータ損失の理由が分かるゾ！

Let's enjoy the wonders of the microscopic world through the degradation mechanisms and retention issues of SSDs, SD cards, and USB memory! From the structure of the smallest unit, the CTFET, to electron teleportation due to the FN trap effect, and the E prime center in the silicon oxide film. Understanding their basic structure and how they work will help us understand the true nature of degradation. SSD degradation is caused by the breaking of bonds between silicon and oxygen atoms in the silicon oxide film. This changes the potential. Electrons in the charge layer then fall into the numerous traps, changing the standing wave; in severe cases, the apparent charge amount can change randomly. If the external temperature rises in this state, the controller will be unable to correct this. This is the true nature of degradation. For example, how electrons move across an insulating oxide film. A typical explanation for this would simply explain how electrons are pushed in. But logically, electrons shouldn't be able to pass through an insulating film. How can electrons pass through a highly insulating layer of glass? Once you understand this, you'll understand the real reason why SSDs deteriorate. The common explanation that "deterioration of the oxide film causes electrons to leak" is made with an emphasis on ease of understanding, and does not "explain the actual phenomenon as it is." And this is what is deeply related to the issue of retention and data retention lifespan. Our common sense is actually very classical. It's a way of thinking that's over 100 years old (*'ω' *). Once you understand the basics of quantum mechanics, you can understand how PC parts work without any misunderstandings. It's impossible to understand everything by watching this video just once. That's because it goes against common sense and intuition. Watch it multiple times in several installments, or check out science-related channels, and gradually become familiar with it! A great adventure into the wonders of the microscopic world, starting with PC parts. You'll be excited! ( ´ ▽ ` )ﾉ And you'll probably be wondering again about the importance of the controller and where the NAND is made. Yes, you'll understand what your predecessors have been saying over and over again! I hope this video helps you choose the right parts. --- Join the "Hell's Garbage Channel Friends Club" here⭐️    / @サイエンス千夜一夜   Reference materials and corrections are available through the Friends Club. [Credits] VOICEVOX: Shikoku Metan, Zundamon, Ryusei Aoyama, Mochiko-san, Kasukabe Tsumugi, Kirigashima Sourin Zundamon, Shikoku Metan, Kasukabe Tsumugi (by Ahiru Sakamoto) OtoLogic/Sound Effects Lab Angels and Demons: Sakuramochi Do you want power?: Matahachi Irasutoya: https://www.irasutoya.com/ Niconico Commons: https://commons.nicovideo.jp/ blueberry https://www.youtube.com/redirect?even... LWEFhMm9UVEJYS3ZWZURMSERTR2xwemZQcHNxTzJyYmFYbU13eGhVZEgyLWgyV29pZGRvV0hiMjNTQWpSTHZ0OXJSQjdxNA&q=http%3A%2F%2Fwww.pixiv.net%2Fmember.php%3Fid%3D156603&v=UoCrDM080X0 [Timeline] 0:00 Raising the Issue 05:20 Start of Main Story 06:25 The Physical Principles of SSD Information Storage 09:32 The Principles of Information Recording Using CTFETs 12:55 What the Controller Sees 16:44 The Truth About Oxide Degradation: Cannot Be Discussed Without Quantum Mechanics (← Most Important) 37:20 Mature Correction Technology. Still, It's Not Enough 39:45 Summary! 41:22 Personal Review Section #ssd #custombuiltpc #pcparts