Full Quantum physics explained in 30 Minutes || Concepts of Science episode 2

[@StudyGlows]

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[@ciitjee7415]

Anay chitia

[@PankajKaswan007]

Please correctly pronounce Louis de broglie

[@shreyatr8059]

Not explained well...

[@kryptongaming7729]

According to the principle of quantum entanglement, the state of one particle is directly correlated with the state of the other, regardless of the distance between them. Therefore, if the first particle experiences time dilation due to being near a black hole, it could be interpreted that the second particle, even though it's not near the black hole, might also exhibit some form of time dilation. This could be due to the entanglement preserving correlations between the particles. However, this interpretation might vary depending on the specific quantum interpretation one adheres to. Some interpretations might not predict any observable effect on the second particle unless it's also influenced by a gravitational field. In summary, the effect on the second particle would depend on the interpretation of quantum mechanics and the specific dynamics of the entangled system. User Give me some source of that information ChatGPT Certainly! Here are some sources that discuss the concept of quantum entanglement and its implications: Books: "Quantum Mechanics: Concepts and Applications" by Nouredine Zettili "Quantum Enigma: Physics Encounters Consciousness" by Bruce Rosenblum and Fred Kuttner Research Papers: "Quantum Entanglement" by Rainer Blatt and David Wineland (Review of Modern Physics, 2008) "Quantum entanglement with particles of different masses" by Markus Aspelmeyer et al. (Physical Review Letters, 2003) Online Articles: "Quantum Entanglement: How Physicists Delivered 'Spooky Action at a Distance'" - Scientific American "Quantum Entanglement Explained" - Live Science "Understanding Quantum Entanglement" - Stanford Encyclopedia of Philosophy These sources provide various perspectives on quantum entanglement, its principles, and its implications in physics. User Give some info about Quantum entanglement with particles of different masses" by Markus Aspelmeyer et al. ChatGPT "Quantum Entanglement with Particles of Different Masses" by Markus Aspelmeyer et al. is a research paper published in Physical Review Letters in 2003. The paper explores the fascinating phenomenon of quantum entanglement and investigates whether it can occur between particles of different masses. Here's a summary of the key points covered in the paper: Background: The paper begins by providing background information on quantum mechanics and entanglement. It explains how entangled particles share correlations such that the state of one particle is dependent on the state of the other, regardless of the distance separating them. Previous Studies: The authors review previous studies that focused on entanglement between particles of the same type and mass, such as photons or atoms. Experimental Setup: Aspelmeyer et al. propose an experimental setup to investigate whether entanglement can occur between particles of different masses. They suggest using a microscopic mechanical oscillator (such as a tiny mirror or cantilever) and a photon. Theoretical Analysis: The paper includes theoretical analysis and calculations to predict the possibility of entanglement between the mechanical oscillator and the photon. Implications: The authors discuss the potential implications of their findings, including the possibility of exploring new regimes of quantum mechanics and testing the limits of entanglement. Overall, the paper contributes to the understanding of quantum entanglement by exploring the possibility of entangling particles of different masses, which could have significant implications for quantum technology and fundamental physics

[@kryptongaming7729]

What happened when two quantam entangal partical. And if we put 1st partical in black hole higher gravity. So time goes slower that 1st partical. But we don't put 2nd entangal in black hole gravity. What effect show in 2nd partical.

[@atulchaubey7723]

क्वांटम के सभी सिद्धांतों पर आपके वीडियो काफी अच्छे होते हैं मुझे तो बहुत पसंद आता है आपको बहुत-बहुत धन्यवाद। आपके जैसे वीडियोस यूट्यूब पर बहुत कम होंगे या नहीं होंगे आप ऐसे टॉपिक पर वीडियो बना रहे हैं जिसके बारे में लोगों को काफी कम जानकारी है लेकिन यह काफी रोचक है विज्ञान के ऐसे रोचक रहस्य जो आम जनता के बीच में नहीं है उसे सामने लाने के लिए आपको बहुत-बहुत धन्यवाद और सबसे बड़ी बात यह है कि यह सिद्ध हो रहा है कि हमारे विज्ञान को वेस्ट के द्वारा रीपैकिंग या जा रहा था और किया जा रहा है। हमारे ऋषि-मुनियों को इन सब चीजों के बारे में पता था और यह सारी टेक्नोलॉजी राम और कृष्ण के समय में थी। लेकिन इसके लिए काफी नॉलेज और सिद्धि की आवश्यकता थी आम आदमी के लिए यह आसानी से सुलभ नहीं था इसलिए आम आदमी के जीवन में योग और प्राकृतिक जीवन प्रणाली को महत्व दिया गया। जो योग के माध्यम से इन सब चीजों को समझ लेता था उसके लिए अच्छी बात थी जो नहीं समझ पाता था कम से कम उसका जीवन तो आनंदमय गुजरता था। आप बहुत अच्छा कर रहे हैं आपको बहुत-बहुत धन्यवाद 🙏

[@narengedam3413]

आप तो राम और कृश्न को कहीं पर भी घुसा देते है.

[@prabhakaragwekar6370]

Your lecture made the transition from Newton to Heisenberg at eleven in simple language. But you appear in a great hurry and your speed is too fast for some listeners like me to grasp the nuances of the theory. Also please stop repeating ठीक है so often. It is an irritant in an otherwise commendable effort to explain the difficult ideas to lay persons.

[@prabhakaragwekar6370]

Please ignore ' at eleven' after Heisenberg.

[@RamchandraPaswan-g1p]

ऋषि-मुनि,राम,कृष्ण को हर जगह पर घुसाना ठीक नहीं है। दिन-रात रिसर्च काम में जिन्दगी दांव पर लगा देने वाले वैज्ञानिक को उनके द्वारा किये जाने वाले शोध और आविष्कार के लिए पूरा-पूरा श्रेय मिलना चाहिए।

[@RamchandraPaswan-g1p]

हर वैज्ञानिक आविष्कार के बीच में ऋषि- मुनि,श्रीराम,श्रीकृष्ण,देवी-देवता इत्यादि को घुसेड़ना कुछ लोगों की फितरत जैसी हो गई है,जबकि प्रत्येक वैज्ञानिक खोज वैज्ञानिकों के द्वारा दिन-रात तथ्यों के लगातार तार्किक विश्लेषण,डिबेट,डिस्कशन का परिणाम है,जिसमें आँख मूंदकर विश्वास करने की कोई गुंजाइश नहीं होती,जबकि ऋषि-मुनि,शास्त्र- पुराण सन्देहों पर तार्किक विश्लेषण की बात के बजाय पूरी श्रद्धा,समर्पण के साथ,आँख बन्द कर केवल मानने और विश्वास करने पर जोर देता है,जो वैज्ञानिक चित्त,सोच और मिजाज के सर्वथा विपरीत एवं पूरी तरह से विरोध में है।

[@nansee8]

When we used to see puranic movies narad Rishi sudden comes from no where and vanishes. This was looking funny we used to tease our Nana Nani about this. Now we are looking stupid. How our ancestors were so much advanced. You proved it is possible from quantam entanglement theory.

[@yuddhveermahindrakar6864]

धन्यवाद दादा अणू विश्व यांना एकाच नियमात बसत नाहीत यावरून आईन्स्टाईन,किरचाॅफ, प्लॅंक्स,थामसन,बोहर, डी ब्राग्ली,हायजेनबर्ग श्रोडींर इलेक्ट्रॉन च कण तसेच तरंग स्वरूप या गुंतागुंतीच्या संशोधनांचे सर्वसामान्य मुलांना समजेल असे छान स्पष्टीकरण दिलात

[@chandravadanpatel7515]

Great explanation. At my age of 66, I remember my college days of physical chemistry but not understood completely. Now I refreshed it and understood more clearly ( not completely) and all known scientists name, imagining at the age of 66 sitiing in the college class room. Thank you. Chandravadan Patel

[@VijayYadavGamer.]

क्वांटम फिजिक्स (Quantum Physics) एक ऐसा विज्ञान है जो सूक्ष्म स्तर पर कणों के व्यवहार का अध्ययन करता है, जैसे कि इलेक्ट्रॉन्स, प्रोटॉन्स, न्यूट्रॉन्स, और फोटॉन्स। यह भौतिकी की एक शाखा है जो निम्नलिखित महत्वपूर्ण सिद्धांतों और अवधारणाओं पर आधारित है: 1. **क्वांटम सिद्धांत**: यह सिद्धांत बताता है कि ऊर्जा और पदार्थ को छोटे पैमाने पर क्वांटम में वितरित किया जाता है, अर्थात्, इन्हें निरंतर मात्रा के बजाय डिस्क्रीट (अविराम) इकाइयों में देखा जा सकता है। 2. **क्वांटम सुपरपोजिशन**: यह सिद्धांत बताता है कि एक कण एक साथ कई अवस्थाओं में हो सकता है जब तक कि उसे मापा नहीं जाता। मापन के बाद, वह एक निश्चित अवस्था में "गिर" जाता है। 3. **हाइजेनबर्ग का अनिश्चितता सिद्धांत**: यह सिद्धांत बताता है कि किसी कण की स्थिति और उसकी गति को एक साथ सटीकता से मापा नहीं जा सकता। इसका मतलब है कि जितनी अधिक सटीकता से हम एक कण की स्थिति जानते हैं, उतनी ही कम सटीकता से हम उसकी गति को जान सकते हैं। 4. **क्वांटम उलझाव (Entanglement)**: यह एक स्थिति है जिसमें दो कण एक-दूसरे से जुड़े होते हैं, और एक कण की स्थिति को मापने पर दूसरे कण की स्थिति भी प्रभावित होती है, भले ही वे कितनी भी दूर क्यों न हों। 5. **क्वांटम टनलिंग**: यह एक प्रक्रिया है जिसमें एक कण एक बाधा को पार कर जाता है, जो कि शास्त्रीय भौतिकी के नियमों के अनुसार उसके लिए असंभव होता है। क्वांटम फिजिक्स का उपयोग तकनीकी आविष्कारों में भी किया गया है, जैसे कि लेज़र, ट्रांजिस्टर, और क्वांटम कंप्यूटिंग। यह विज्ञान आज के युग में अत्यधिक महत्वपूर्ण है, क्योंकि यह नई तकनीकों और अनुसंधानों के लिए एक आधार प्रदान करता है।

[@joychakravorty2380]

Nice lecture. Layman too can understand who has urge to know.

[@subhashbhutkar]

ग्रेट लेक्चर! Quantum basic समझनेकी शुरुवात है!!

[@ChandanArya2002]

I am fan of Physics just becuase of this type of Outstanding and mindblowing concept that physics has introduced in this world, I got letterally shocked when I learn "Daul nature of light" first time in my 12th. By the way I am from computer science now and this subject is not related to anywhwre with my subject but agian watching becoz this teacher is great in terms of explaining the concept, India needs this type of teacher and hope we will get next part of this video, thanks sir❤❤❤

[@physicsvalley3201]

Welcome chandan arya 😊

[@Punjab.23]

Fantastic...... Understanding of the subject. My teachers never have such an in depth understanding. Books are not written in this way. Even teachers of my time were just crammers. Superb teacher❤ .

[@vandanaabhade8885]

100% agree with you. Books didn't explained but they confused me.

[@sumanari4116]

Uncertainty is due to our method of determination. If we want to determine the momentum and place at a time of a particle which has a speed almost equal to speed of light, then which has more speed than light can only determine the momentum and place definitely at same time. So, it is not the sole property of the particle.

[@harisinghrawat1428]

Very well explained. Even a lay man can have a little idea who has been never student of science. Quite interesting. Feel to watch more and more videos like this

[@dr.vinayaktike9984]

We are waiting for next lecture how Einstein fail and further evolution in detail

[@somebodysomebody2671]

Idiot very misinformative

[@milindpatankar2996]

Difficult topic explained in a very simple l & lucid manner. Hat's off to you Sir. Eagerly awaiting many more such dives.

[@navdeeprahiya9159]

Sach me Samjh Aa Gaya, are you sure?

[@dattavikhe1217]

अब तक की रिसर्च को एक एक कडी मे जोडणे के लिए आपका बहुत बडा धन्यवाद मैने बहुत सारे व्हिडीओ दिखाइए ज्यादा समाज में नही आया आपका व्हिडिओ देखने के बाद थोडे थोडी जागा लिंक्स समझ में आ गये है परंतु पूरी तरह से पूरी तरह से नहीं समझ मे आया आप इस बारे बार फिर सेचे व्हिडिओ बनाये त या की और डिटेल मे समजे

[@Rahulkumar-pp8wl]

Such a great teacher i m Happy Thankyou Thankyou Thankyou 😊

[@shabbiraliasamdi9521]

Bohot hi achche se samjaya, sir Einstein ki theory of relativity par bhi videos banaye

[@Harinaarayan]

Bs isi trh ke lectures laate rhe Guruji Dhanyawaad 🙏

[@kashif9652]

I think electrones move in stream and when thay bounce back they strike and restrike to other electrones of stream in haphazard manner and ultimately take a path of holes in both sides and cross the plate and ultimately spread light. The movement may be similar to carom board. My thoughts may be right or wrong.

[@sesh7357]

Sir, mein Science student nahi hoon. Phir bhi aap ne itna accha samjhaya ki thodi bahut samajh aane lagi. Shukriya

[@ashwaniyadav5386]

बहुत अच्छे तरीके से समझाया बहुत अच्छा वीडियो

[@riteshshayari7821]

बहुत ही शानदार क्लास,,,,,

[@ivanballeram6112]

Charged particle radiate only when accelerated.Just moving with constant velocity radiation does not take place.

[@1950suresh]

Sir, you have explained quantum theory in a very simple language. Thanks for the same. Awaiting your next lecture Regards.

[@acpatel9491]

Hats off to you. Very nicely explained complicated subject in a simple plain language that anyone can understand easily. Please keep up the good work. Thank you.

[@vandanaabhade8885]

I liked your lecture. You explained in simple words, the dual nature of photon and quantum entanglement

[@ramsinghania349]

If you are not shell-shocked by the Double Slit Experiment, you have not understood it. This Experiment shows the behaviour of the particle depends upon the "intention" of the conscious observer. In a way it proves the superiority of 'mind' over 'matter'.

[@premprakashjoshi4616]

Yes, in double slit experiment the electron changes it's behaviour when we start to observe it, as it's shy in nature. Though modern science has no explanation for it till now.

[@ranbirsingh6783]

Very nice explanation, very very thankful to you beta 👍👍👍

[@shresth_]

Mind-blowing class😊,mazaa aa gya

[@devendersinghattri4654]

Shrimanji, apne lecture ki duration badhaye aur photons -electrons ki movements to demonstration keke dikhaye. Bahut saare bache aur bhudhe bhi aap ke gyan ka benefit utha paayenge !!!!! Excellent!

[@sasankind7009]

Toh sir ji hum fauzi ki tyayari kar ne ke liye field mein wave ki tarah tarang se run karenge kya ...? Hum bhagenge nehi tarang se lehrate huye run karenge... suru mein bhi mein rahunga final mein bhi mein hi rahunga

[@anuragnumex]

you gave an example of Narad Muni where he disappears at one place and appears instantly at the other place. But in quantum theory Narad has to be at both places. One is original Narad and other is Entangled Narad.

[@vasolkar]

vishi ​​Satya kabhi bhi haaregaa nhi . सत्य परिक्षा लेता है पर कभी भी हारने नहीं देगा सत्यवादी को। I am personally praying for your well being and also researching on your Leadership Potential . ​​What India needs is a great Servant Leader Leadership which you are evolving and motivating in the youth is admirable

[@himbhardwaj12311]

You have explained it all in a very simple language this shows your clarity about your subject Thank you😂

[@vinodbahade7637]

आपका क्वाटम थेरी पर का विडीओ बहूतही सरल भाषा मे एक्सप्लेन किया धन्यवाद

[@TheHindons2440]

Excellent Superb 👍🙏

[@SandipKumar-uw8ct]

Very nice, Thanks!

[@anilshirsat4406]

Dual nature, particulate and wave nature of photon well explained. 👌

[@YashpalAI]

Bahut hi sundar explain kiye hai ap ne❤❤❤❤❤

[@ugranaththakur3144]

Bahut khub jabardast class

[@surindergoel3208]

Excellent 🎉🎉

[@prafulsakale528]

Verry Good Information

[@nextlevelwindenergy1.3m16]

My favorite channel

[@sapaneeshbhatt6495]

Bahut achha sesson hai Sir.... Itana corelate karke intermediate me nahi seekhe the ❤

[@ashutoshdan5141]

Now, I understood this subject easily at basic level. Thanks

[@brijeshverma2000]

Sirji very well explained! Thanks a lot! But I have a doubt and as you have said that it is yet not understood how the photons or electrons cross the wall in Double Slit experiment and it multiplies in number which supports the multiverse theory. Well! I have studied or heard in some lecture that because in double slit exp the electrons or photons, when not observed, behavelike a wave and hence shows the interference like pattern on the wall and it never crosses the wall in between the 2 slits and just 2 waves get generated at the points of two slits, then those 2 waves expand further and creates interference pattern in the whole environment on the other side of the slit wall and shows a pattern on screen. So it does not cross the wall between the slits. Further, when the observer is installed at the source of light and slits. they start to behave like mere particles and only show 2 lines just adjacent to the slits on the screen. So this explains the effect of consciousness on the matter. And this behavior is not yet understood. Please correct me if I am wrong. Thanks!

[@SolelyScience]

Correct!! In double slit experiment the light is purposely made to pass through the two slits and the pattern observed is because of the phenomenon of interference of waves. Light particles or light waves passing through a slit wall is not related over here for that we have the concept of quantum tunneling.

[@alokkumardas50]

Sir u are a legend....i like your teaching very much 🤍🤍

[@koushalksharma3917]

Great

[@shreeprakashakhauri7712]

👍very well explained.

[@Avinash_tripathi-e7n]

Schrodinger equation is d^2/dx^2 -8π^2m /×E-v= 0

[@AkshaySharma-ip4qg]

upsc mein ye nahi puchega

[@biswambarpanda4468]

Go upon my dear sir...imagine and evaluate...and meditate ..long live sir...

[@ShrigopalMaheshwari]

I understood the topic very well.Many confusions eliminated.

[@dilipkumar2k6]

Got a goosebumps when talked about puran where we learn how god moves quickly from one place to other.

[@BalvinderKaur-l2l]

Genius always explain difficult in much simpler way as you are

[@zaidsultan2311]

Sorry, Sir you gave wrong information... Einstein said light is particle and Newton also said light is particle.. you said wrong about them I am a physics and chemistry student.... And Einstein said that light is in small packets of quanta called photos....

[@knageswarrao6715]

Very good explain about quantum I appreciate 🎉❤ you.

[@mulisciencehighschool9137]

speechless explanation sir ji. totally superb

[@sudhakardesai2589]

Very well explained Sir.

[@SunilPathak-hm6wi]

Kisi point par dekhne ki theory hai..kab bave kab particle...

[@shivpoojansingh26]

My opinion is Light is a energy. It move where the place energy is less. So electron probability define as low energy area. And light experiment for two way middle area is low energy area. So bothe light of side moves in middle low energy area. So that wave length is long because each of them move opposite direction. On the bothe outer side light move its side only. But at all we declare that the middle parts is more dense than other area

[@physicswallahfamily3032]

Bahut achhe se explain Kiya sir maja aa gaya

[@AjayDas-gl3ui]

Superb lecture sir,it was a few long but solid.

[@narpatbhaichauchan3123]

Nice lechar study ❤❤❤❤❤❤🙏👍👌 nita chauhan

[@RamSingh-nf6eb]

Mind blowing teaching sir

[@shrihanucapital8155]

Thanks aapne kafi concept samjhne me help kar diya mera. Thanks a lot

[@Newones236]

Quantum entanglement से हम लाखो लाइट ईयर दूर लाइव बात कर सकते है अभी मंगल पर comunicaton में 14 मिनट लगते है

[@saktipal5671]

Impressive presentation.

[@evazen7178]

I am an artist though I am always curious about quantum physics and the universe. Please sir make more videos on this. You always explain in a great way.

[@rajendrajoshi5374]

Nice analysis,

[@vishaljagtap4938]

Excellent 👍

[@pravinkumbhar3129]

Nice Explanation

[@dewsharansahu8429]

World class explanation

[@rabindralugun007]

Nice explanation sir ❤️

[@ramsirclassesindia]

Hello sir Kindly see your lecture again , perhaps………

[@drtulsidas295]

Super excellent.

[@ramkrishnabhujbal6583]

Very good information

[@sudhirsharma7966]

he is confusing us. YDSE mixed with uncertainty but heisenberg uncertainty principle is little bit different from his explanation

[@saritakanwar4723]

Kya baat h.Koshish to kaafi achhi ki h .But is lecture se jyada knowledge to already 12th student ko hoti h

[@ravigautam8685]

Please explain Azimuthal quantum number

[@spirit8417]

Sir sound mono recording kariye stereo me voice idhar udhar ho rahi hai!

[@sameerraaz6549]

Bhiya ji e batava ek time pe it is as electron like a wave and when electron change it's orbit then how is it behave like a pratical Plez anyone can satisfy me Give me answer in positive thinking Sorry dear😊

[@shwetanimje1984]

Best video ❤

[@rajusaini7287]

Nice vidio

[@Nokapp23]

Oh god. Where did you learn Quantum Physics? Background please.

[@dixitpk]

Thank you for your voice to save Hindu people in Bangladesh

[@arunabhsharma9120]

Sir aapki sari science ki videos ki ek playlist bana dijiye

[@pahilisaandpate5989]

Excellent sir

[@debasishmukherjee3835]

Many many thanks for your explaination

[@Rameshwar-c4c]

Very very nice❤

[@MaheshPalSingh-r4y]

Very good

[@vishwasramteke4542]

Nice work 👍

[@Avinash_tripathi-e7n]

Good lecture please upload more I like quantum mechanics very much I am in class 9th and I study quantum mechanics of b sc /b tech level

[@physicsvalley3201]

Join back to school for any doubt

[@rinkumonigogoi5480]

Me too.

[@jprateekdwivedi2449]

Voice quality is eco and bad in buds

[@Stockmarketgurukul1982]

Nice

[@jayantdudhe477]

Excellent presentation

[@ABDULNEHAL-k5s]

I am from the physics background and still we are studying the quantum in our research How you quote that full quantum explained in one lecture

[@matadeensagar6585]

Excellent. Well explained.

[@vishwarupjoshi7995]

very simple but with perfect explanation of facts and theories

[@vishwarupjoshi7995]

❤❤❤

[@dr.anirudh.r.saraswatph.d.4295]

Pranam sir very much good content & narration...u r real teacher regards

[@bhrigumonykalita910]

Thanks. Dear Sir ,May you continue popularizing Modern Scientific theories We are always looking forward from you . Thanks again' .

[@bikashmohanty3950]

Good evening sir. Very nice way you have explained such a complicated topic. Hats off. I enjoyed a lot from this lecture. Warm regards 🙏🙏