BIG BREAKTHROUGH! Scientists Finally Created an ARTIFICIAL BRAIN in LAB

Summary

The script delves into the fascinating realm of lab-grown 'mini brains', showcasing their potential to learn and recognize sounds with astonishing accuracy. It raises thought-provoking questions about the implications of integrating such technology into our bodies, possibly enhancing cognitive abilities at the cost of other functions. The video also discusses the challenges and ethical considerations, while highlighting breakthroughs in medical science and the tantalizing possibility of treating brain disorders. It concludes by pondering the cosmic question of whether our universe itself could be a vast, intricate brain.

Takeaways

• 🧠 The script discusses the creation of lab-grown 'mini brains' that can learn and recognize different voices with a high degree of accuracy.
• 🎓 Scientists have developed these mini brains to be intelligent, possibly even conscious, and capable of making decisions based on sensory inputs.
• 🔊 The mini brains were trained to recognize 240 variations of 8 different male voices with an accuracy of around 80% after just two days of training.
• 👨‍🔬 Stem cells were used to create these mini brains, with the addition of growth factors like Noggin to guide the cells towards becoming brain cells.
• 🧩 A microchip was designed to communicate with the mini brains, translating information into electrical impulses and vice versa.
• 🚀 The technology has potential applications in medical science, particularly for treating brain disorders like Parkinson's, Alzheimer's, and Dementia.
• 🔋 The script highlights the risks associated with relying on machines, such as pacemakers, which can malfunction with serious consequences.
• 🤔 There are ethical and practical considerations about implanting these mini brains into humans, including the potential compromise of other cognitive functions.
• 🔮 The script speculates on the possibility that the universe itself could be a 'created brain', drawing parallels between the structures and activities observed in the universe and those in human brains.
• 🌐 The potential of connecting these mini brains to sensory devices like electronic tongues or noses to mimic human senses is explored.
• 🛍️ The technology could revolutionize virtual experiences, allowing for a more immersive interaction with digital products, such as testing perfumes through a smartphone.

Q & A

What are 'mini brains' as described in the script?

The 'mini brains' in the script refer to artificially created brain tissues in a lab that can learn and recognize different stimuli, such as sounds, with a high degree of accuracy after training.

What was the training process for the mini brains in the experiment?

The mini brains were trained by exposing them to 8 different male voices in the form of 240 audio clips over the course of 2 days, allowing them to recognize different voice patterns with approximately 80% accuracy.

How do the mini brains interact with external devices?

The mini brains interact with external devices through a microchip that translates their electrical impulses into information and vice versa, allowing for communication and further training.

What is the potential application of these mini brains in enhancing human abilities?

The mini brains could potentially be installed and calibrated within the human body to enhance cognitive abilities, such as mathematical skills, by training the new brain for specific tasks.

What are the limitations or risks associated with the use of mini brains?

The limitations include the mini brains' small size and limited capacity for thought, making them less intelligent than a human fetus. Risks involve reliance on external microchips, which can malfunction, leading to potentially dangerous consequences.

How do scientists create these mini brains from stem cells?

Scientists extract stem cells from the human body and inject them with growth factors like Noggin, which induces the stem cells to transform into brain cells or neurons under conditions that mimic the body's environment.

What is the significance of the experiment where mini brains were injected into mouse brains?

The experiment demonstrated that the lab-created brain cells could form neural connections similar to the mouse's original brain cells, suggesting potential applications in treating brain disorders.

What are the ethical considerations when it comes to creating and using mini brains?

Ethical considerations include the potential for these mini brains to become conscious, the implications of enhancing human abilities, and the risks associated with malfunctioning microchips.

How might the technology of mini brains impact the field of medical science?

The technology could lead to breakthroughs in treating brain disorders by replacing damaged brain cells with lab-grown ones, potentially offering cures for conditions like Parkinson's, Alzheimer's, and Dementia.

What is the comparison made between the mini brains and the structure of the universe as observed through the James Webb Space Telescope?

The comparison suggests that there are similar patterns, connections, and activities in both the mini brains and the universe's structure, hinting at the possibility that our universe could be considered a 'brain'.

What is the potential future impact of mini brains and microchip technology if they become mainstream?

If mini brains and microchip technology become mainstream, they could revolutionize various fields, including sensory experiences, medical treatments, and even our understanding of consciousness and intelligence.

Outlines

00:00

🧠 Artificial Mini Brains: Training and Potential

The script introduces the concept of lab-grown mini brains, tiny biological structures that can learn and recognize patterns, much like a human brain. These mini brains were trained to identify 240 variations of 8 different male voices with an impressive 80% accuracy rate within just two days. The discussion revolves around the potential of these mini brains to enhance human cognitive abilities, such as mathematical skills, by being 'installed' and calibrated within the human body. However, it also raises ethical and practical questions about the trade-offs between enhancing certain abilities and potentially compromising others, such as memory, emotion, or creativity. The segment also touches on the complexity of the brain and the challenges of understanding and replicating its functions, referencing an experiment conducted by the Institute of Molecular Biotechnology in Austria that involved creating brain cells from stem cells.

05:02

🔊 Mini Brains' Audio Recognition and Technological Integration

This paragraph delves into the capabilities of the mini brains to recognize different audio patterns, highlighting a successful experiment where the mini brains were fed electrical signals representing 8 distinct male voices over two days and subsequently tested with 240 audio clips. The results showed that the mini brains could accurately identify the voices with an 80% accuracy rate, which is a significant achievement. The script then explores the potential applications of this technology, such as enhancing AI devices like Alexa and Siri with the ability to recognize voices more effectively. It also discusses the challenges of replicating human senses like taste and smell, mentioning an 'electronic tongue' as an example of existing technology that can identify specific chemicals to determine taste. The segment concludes by imagining future applications where mini brains could be used to train electronic devices to mimic human sensory experiences, such as smelling perfumes through a smartphone.

10:02

🛠️ The Role of Microchips in Mini Brains and Ethical Considerations

The final paragraph discusses the reliance of the mini brains on microchips for their experiments and the potential risks associated with such technology. It draws a parallel between the mini brains and medical devices like pacemakers, which can malfunction with serious consequences. The script uses real-life examples of pacemaker failures to illustrate the dangers of depending on technology within the human body. It also mentions the potential of lab-grown brain tissues to treat brain disorders like Parkinson's, Alzheimer's, and Dementia by integrating with natural brain cells, as demonstrated in an experiment where lab-grown brain cells were injected into a mouse's brain. The segment ends with a speculative question about the nature of the universe and whether it could be considered a 'created brain,' referencing patterns observed in the universe that resemble brain structures and activities. The video concludes with a call to action for viewers to like and subscribe for more content.

Keywords

💡Mini Brains

Mini brains refer to artificially created neural tissues in a laboratory setting, designed to mimic certain functions of the human brain. In the video's context, these mini brains are created using stem cells and Noggin growth factor, which induces the stem cells to differentiate into brain cells or neurons. The script describes how these mini brains were trained to recognize different voices with a high degree of accuracy, showcasing their potential for learning and processing information.

💡Stem Cells

Stem cells are undifferentiated cells that have the potential to develop into many different types of specialized cells. In the video, stem cells are extracted from the human body and induced to become brain cells through the use of specific growth factors. This process is crucial for creating the mini brains discussed in the script, highlighting the versatility and importance of stem cells in modern medical research and technology.

💡Noggin Growth Factor

Noggin is a protein that acts as a growth factor, influencing the differentiation of stem cells into specific types of cells, particularly brain cells. In the video, scientists inject Noggin into stem cells to guide their transformation into neurons, which is a key step in the creation of mini brains. This concept is central to the video's exploration of how artificial neural tissues can be engineered.

💡Neurons

Neurons are the fundamental units of the nervous system, responsible for transmitting information throughout the body. The script describes how the remaining stem cells after the application of Noggin successfully differentiate into neurons, forming the basis of the mini brains. These neurons are capable of creating complex structures and responding to electrical signals, indicating their advanced functionality.

💡Electrical Impulses

Electrical impulses are the means by which neurons communicate, transmitting information rapidly across the nervous system. In the video, the mini brains are connected to a microchip that can interpret and respond to these electrical impulses, allowing for a form of communication between the artificial neural tissue and external devices. This technology is a significant aspect of the video's discussion on the potential of mini brains.

💡Microchip

A microchip is a small electronic device that can process and transmit information. In the context of the video, a microchip is used to establish communication with the mini brains, translating their electrical impulses into information that can be understood and responded to. This integration of technology with biological neural tissue is a key point in the exploration of artificial intelligence and neural interfaces.

💡Training

In the video, training refers to the process of teaching the mini brains to recognize and differentiate between various audio patterns. This is achieved by feeding them electrical signals representing different male voices over a period of two days. The successful training of the mini brains to achieve an 80% accuracy rate in recognizing these voices is a significant demonstration of their learning capabilities.

💡Accuracy

Accuracy, in the context of the video, refers to the correctness of the mini brains' responses when identifying audio patterns. The script highlights that after training, the mini brains were able to accurately recognize audio signals with an impressive 80% accuracy rate, underscoring the effectiveness of their learning process.

💡Artificial Intelligence (AI)

Artificial Intelligence, or AI, is the simulation of human intelligence in machines. The video discusses the potential of AI to create and train mini brains, suggesting that AI could play a crucial role in advancing our understanding and capabilities in neural science. The script also contemplates the ethical and practical implications of using AI to enhance human cognitive abilities.

💡Sensory Organs

Sensory organs are parts of the body responsible for sensing the environment and transmitting that information to the brain. The video script mentions the challenge of replicating the function of sensory organs like the nose and tongue, which are closely tied to the brain's processing of information. The potential for mini brains to be connected to electronic devices that mimic these sensory functions is explored, indicating a future where artificial sensory experiences may be possible.

💡Medical Science

Medical science encompasses the knowledge and practices related to health and the prevention and treatment of diseases. The video discusses the advanced state of medical science, particularly in the context of organ transplantation and the unique challenges associated with the brain. The script also suggests the potential for mini brains and related technologies to revolutionize treatments for various brain disorders, offering a glimpse into the future of medical applications.

Highlights

Scientists have created mini brains in the lab that can learn and recognize different voices with high accuracy.

These mini brains were trained with 8 different voices and 240 variations, achieving nearly 80% accuracy in recognition.

The concept of installing and calibrating these mini brains in the human body to potentially enhance cognitive abilities is introduced.

The potential trade-off between enhancing intelligence and sacrificing other abilities such as memory, emotion, and creativity is discussed.

The complexity and uniqueness of the human brain as an organ that is difficult to study and replicate is highlighted.

Austrian scientists used stem cells and specific growth factors to create brain cells outside the human body.

The lab-grown brain cells developed into complex structures resembling parts of the brain, such as the midbrain and forebrain.

A microchip was designed to communicate with the mini brains, translating electrical impulses to and from the brains.

The mini brains were successfully trained to recognize different male voices from audio clips with high accuracy.

The potential for these mini brains to understand and make decisions based on sensory input is explored.

The idea of connecting these mini brains to electronic devices to mimic human senses like taste and smell is introduced.

The challenges and risks associated with using microchips and the potential for malfunctions are discussed.

The potential medical applications of lab-grown brain cells in treating brain disorders such as Parkinson's, Alzheimer's, and Dementia are highlighted.

An experiment where lab-grown brain tissues were injected into a mouse's brain, forming neural connections, is mentioned.

The possibility that the universe itself could be a giant brain with similar structures and activities to the human brain is theorized.

The video concludes with a call to stay curious and keep learning, inviting viewers to like and subscribe for more fascinating content.

Transcripts

Chhipkali ke ande jitne chhote in golon ko dekho

Yeh actually mein lab mein banaye gay mini brains hai

Jo koi bhi cheez chutki bajate hi seekh sakte hai

Like literally, jen scientist hone inhe banaya hai

Unhone inhe 8 bale voices ke 240 variation sunaye the

Aur inhone mehz 2 din ki training mein

Wo sare 240 voices ko almost 80% accuracy se pehchana liya

Just imagine, aap maths mein achche nahi ho

Lekin aapko Einstein jitna tez dimaag chahiye

Toh ab in tez mini brains se bohot jalt yeh ek reality ban sakte hai

Aapko simply in mini brains ko apne body mein install karna hai

Aur calibrate karna hai

Aur fir kuchhe din ke liye

Aapko apne is new brain ko math ke liye train karna hai

To become a genius

Yeh sab toh abhi sirf AI kar sakta hai right

So is technology ke chalte

Kya finally wo samay a chuka hai

Ki am AI ki hitara koi bhi talent turant hasil kar sakte hai

Yeh puri technology aakhir kaam kese karti hai

Yeh mini brains aakhir yeh saari information ko seek kese lete hain

Learning kese hoti hai

And finally yeh new mini brain aakhir hamare dimaag mein fit kese hoga

Yeh sab kuch aaj ke is video mein ham discuss karengi

Lekin aage badhne se pehle isme ek problem hai

Aapne notice kia ki nahi

So hamare dimaag mein already kaafi sara information process horaha hota hai

Right?

Aur isi processing ke wajah se ham roz marraon ki cheezo ko araam se kar pata hai

Ab agar hamne hamare dimaag ka kuch hisa sif ek hi cheez ke liye dedicate kar diya

Toh obviously hamare skull ke limited size ke wajah se

Baaki hiso mein se kuch hisa compromise

Karna padega

Aur maybe kuch functions compromise ho sakte

Toh kya iska matlab yeh hai ki smart banne ke liye

Agar hamara goal hai extra smart banna

Toh kya us goal ko meet karne ke liye

Hame apni dosri abilities

Jaise ki memory, emotion, creativity

Inko sacrifice karna padega

Dekho isi analyze karne se pehle na

Hame yeh samadna hoga

Ki isi banane ke peechhe

Scientist ko ka asli maksat kya hai

So dekho aaj ke samay me na

Medical science itna advance ho chuka hai

Ki ham body ke kisi bhi organ ko

Hamare body ke bahar

Zinda rakhne ke sath hi

Usse dosre patient me transplant bhi kar sakte

Lekin itni advancement ke bawajud bhi

Hamara brain iklauta aisa organ hai

Jishe transplant karna toh door

Usse zinda rakhna tak

Ham sharir ke bahar

Ham achieve nahi kar paye

Reason being brain ko zinda rakhne ke liye

Uska kaunsa purza precisely kya kaam karta hai

Yeh pata hona zaruri hai

Lekin ham aaj bhi CT scans

MRIs hone ke sath sath

Dosre janwaro ke brains

Yata ki human brains ko kaat kar

Usme experiment karne ke baad

Bhi isse completely samajh nahi paye

So isse liye 2013 me

Austria ke Institute of Molecular Biotechnology

Ke scientist ne socha

Ki kyunna ek brain ko scratch se banakar

Usse study kiya jaye

Bas isse liye

Unune human body se stem cells ko extract kya

Kuki stem cells hi body ke dosre cells ko janam deti hai

Lekin in cells ko banane ke liye

Growth factor kahe janewale chemicals ki zarurat hoti hai

Tab jaakar wo kisi particular type ke cells

Jiski heart ke cells ko banane ke liye

Skin cells ya brain cells me tabdeel hota hai

Ab inhi growth factors me ek hai

Noggin jo stem cells ko particularly

Brain cells me tabdeel karta hai

So scientist hone in stem cells me

Noggin growth factor ko inject kiya

Aur unhe aise conditions me rakha

Jo humare body ke conditions se

Kaafi mail khaate ho

Aur iske liye unhone hamare khon ki tara

Ek liquid ke sarye un cells ko nutrients diye

Aur body temperature ko mimic karne ke liye

Unhone in cells ko

Avn jaise incubator me bhi rakha

Is sab ke baat

Unhone bas 3-4 din ka intazaar kiya

Aur pata hai un 3-4 dino me kya hua

Well unme se kahin saare stem cells

Unfortunately mar gaye

Lekin jo bach gaye

Unhone successfully brain cells

Yaane ki neurons ka roop le liya tha

Aur unhone ek pen ki nok

Jitne chote brain tissues bhi bana liye the

So ab kuki unhe positive results mile

Isili unhone kuch din aur

Brain cells ko grow hone diya

Jiske fir theek 60 din baat

Jab scientists hone ine firse observe kiya

Tab unhone dekha ki in brain cells ki size

Drastically bad gaye thi

Plus unhe ab isme mid brain

Fore brain jaise structures bhi nazar aane lage the

Yaane ki is point tak scientists lab me

Jeetay jaakte mini brains banane me kamyaab ho gaye the

Par kya ye mini brains kaam bhi karte hain

Well is baat ka pata lagane ke liye

Sabse pehle ye zaruri tha

Ki hum us brain ke electrical impulses ko translate karein

Karka uske saath communication establish bhi kar paarein kya

So iske liye scientists hone ek microchip design kiya

Jo inke saath electrical impulses ke zarye baat kar sakta hai

Aur usse in mini brains ke saath connect kar dala

Isse hua ye ki ye microchips ab un mini brains ke liye

Information ko electrical impulses me translate kar sakte the

Aur badle me un brain se aaye signals ko dobara

Jawabo ke roop me hume bata sakte the

Bas fir jaisi scientists ho ko in mini brains ke saath

Communicate karne ka

Ek efektiv ka saath

Ek efektiv tarika mila

Unhone isi communication ki madad se

Ab in brains ko train karna bhi shuru kar diya

Is training ke pehle step me

Unhone 8 alag alag male voices

Ko electrical signals ke roop me

Lagataar 2 dino tak in brains ko feed kiya

Basically un alag alag awazo ke patterns ke differences ko samajh sake

Once this was done

Ab time tha inne test karke ye dekhne ka

Ke actually me ye hamare brain ki tara

Cheezo ko samajhte bhi hai ki nahi

Ab is test ke liye

Scientists hone unne 8 male voices

Ko 240 alag alag audio

Clips ke roop me in brains ko sunaaya

Aur dekha ki kya har awaz ke liye

In brains me wahi same patterns ban rahe hai

Jo training ke dauraan ban rahe the

Aur jawab mila

Ji haan

Scientists hone dekha ki har 10 audio clips me se

8 baar mini brains ne apne response me

Un awazon ko accurately pehcharn kar

Exactly usi awaz ke signals wapas bheje

Yane ki mehz 2 din ki training me

Wo almost 80% accuracy ke saath

Awaze,

Pehcharn ne lage the

Which is a huge success

Kyuki aap khud soch kar dekho

Aap jab bhi Arijit Singh, Sonu Nigam

Ya even Lata Mangeshkar ke gaane sunte ho

Tab aapka dimaag kya karta hai

Wo turant apne database mein

In singers ki awaz ki jo memory hai

Uske saath in gaano ko match karne lakta hai

Aur uske basis par aap pehcharn paate ho

Ki wo exactly kis ki awaz hai

Ab ye ability hum khud ke dimaag ke bahar

Alexa, Siri jese AI operated devices me dal payen

Kyuki unme to ye saari cheeze bas code karne hoti hai

Akin, ek lab mein created kisi biological tissue mein

Ye kabiliyat feed karna

Ab tak kisi sci-fi movie ke concept ki tarah hai

So jab scientists hone kisi lab grown brain mein ye achieve kiya

To we can safely say ki wo mini brains bhi cheezon ko samajh kar

Khud se decisions le pare

Yane ki they are indeed intelligent

And maybe even conscious

Now being a science enthusiast

Mere aisaap se ye ek bohot bada achievement hai

Kyuki just imagine

Currently humare paas VR cameras hai

Jo humare dekhne ki shakti ko mimic karte hain

Microphones hai jo humare kaano ki tarah kaam karte hain

Aur mobile screens jese touch sensors bhi hai

Jo humare intended aisaas ko mimic karte hain

Lekin ab tak humare do major sensory organs

Naak aur zubaan

Inko hum mimic nahi kar payen

Reason being ye jo senses hai

Isme major kaam ye organs nahi karte

Balki humara dimaag karta hai

And yehi wajah ki ye do senses

Sabse zyada subjective hotay hain

Kisi ko coffee zyadi kadhvi lakti hai

To kisi ko kam

Kisi ko coffee zyadi kadhvi lakti hai

Kisi ko perfume bhot strong lakti hai

To kisi ko kam

Aur isi wajah se as I said earlier

Inne replicate karna bhot hi mushkil hota hai

Haan kuch scientist ho ne inne mimic karne ki koshis zarur ki hai

Jase 2011 me ek company ne electronic tongue banaya

Jo specific chemicals ke basis par taste ko pechanti hai

Kisi cheez mein glucose ki matra zyada hai

To wo meetha batati hai

Kisi cheez mein nitrogen compound zyada hai

To wo karwa batati hai and so on

Ab ye apne aap me kaafi bada achievement hai

Lekin yaha par ek fundamental sawal khada hota hai

Imagine karo agar kisi ki zubaan kath gayi hai

Aur uski jagay par hamne is electronic zubaan ko laga diya

To kya ye nahi zubaan uske original zubaan ki tara

Gulab jamun aur rasgullay ke beech ka farag bata sakti hai?

Well, no

Kyuki isme ek important purza missing hai

Ye hamare dimaag ke saath connected nahi hai

Agar is tongue ko kisi tara wo hamare dimaag se connect kar pati hai

Tab hum kaya sakte hai ki isne taste ke sense ko kafi hattak mimic kar liya

Aur yahi exactly hai aaj ke hamare mini brains ki taakad

Kyuki dekho aap kya kuchan kuchan kuchan ki taakad hai

Dekho jis tara se mini brains ne ek microchip ki madad se alag alag awazon ko pehchana

Bilkur usi tara ham aage chal kar in brains ko swaad aur khushboo pehchane ki bhi training de sakte hai

Isse hoga ye ki jab aise brain cells ko ham electronic tongue jase devices ke saath jodhenge

To wo electronic devices bhi hamare sensory organs ki tara

Hame cheezo ka taste ya smell experience kara pahenge

Besides, agar ham ek artificial naak ya zubaan ki zaruwat bhi ni pardhi

Sif ham ek ghar bete bete online kisi perfume ko smell kar ke test karna hai

To aise mein ham isi technology ko aur zyada simplify karke use kar sakte hai

Jase for example, aapko bhi yeh pata hoga ki recently aise wireless chargers aaye market mein

Jo magnets ke zariye wirelessly electric devices ko charge kar sakte hai

Yani ki basically wo bas chhu kar electrical energy transfer karte hai

So aise mein, imagine aapke smartphone me ek aisa wireless system laga hai

Ki aap online ek perfume select karte ho

Phir aapke screen par ek option aata hai saying test it

Aap uspe click karke apne smartphone ko apne sir se lagaate ho

And aapka smartphone wirelessly ek certain electrical impulse transfer karke

Aapke dimaak ko wo khushbu real life mein smell karwaata hai

Well, ab aisaas hua yeh kitni revolutionary technology hai

I personally think ki agar yeh mini brains aur microchip wali technology develop hoker, evolve hoker, mainstream mein aaye

To this truly is a game changer

Bas sirf isme abhi haal philal mein kuch problems hai jo hume pehle fix karna hoga

So isi video mein kuch hi time pehle maine yeh kaha toh

Ki yeh mini brains soch sakte hain

But chipkali ke ande jitne chote hone ki wajah se

Inki sochne ki capacity itni kam hai

Ki inke saamne ek human fetus bhi zyada intelligent lagega

Secondly, inhi brains par kiye gaye experiments ko dekkar

Aisa lagra hai ki zyadatar kaam isme maujood microchip kar rahi hai

Aur iske bina yeh mini brain sirf aur sirf kuch cells ka ek guchha hai

Upar se microchip, jis par yeh experiment dependent hai

Wo ek machine hai, jo kahi bhi aur kabhi bhi kharaab ho sakte hai

Kyuki aise kahi saare kisse huye hain

Jisme zindagi bachane ke liye lagae huye machines

Ne almost usse istimal karne wale logon ki hi jaan leli thi

Like for example, heart pacemakers

Yeh pacemakers electrical signals ke zariye

Heart ko beat karne ki instructions dete

Lekin inhi pacemakers ne kahi baar

Technical malfunctions ki wajah se

Kahi baar heart beat ko rokne ki instructions deti

Misal kiya tor par, ek bar

Ek 67 years ki heart patient Lynn Farley

Ko uske pacemaker ne ek raat me 60 times deadly shocks deti

Ab pacemakers ko,

pacemaker ka ek jhatka itna dardanaak hota hai

Ki aisa mehsus hota hai maano kisi ne zaur se

Aapke chhati par laat maar diyo

Aur isse back to back 60 aise jhatke lagay the

Is wajah se wo hospital pahuchne se pehle hi behojh ho gayi

Aur isse zinda rakhne ke liye

Doctors ko uska faulty pacemaker nikalna pada

Aise ek aur ek case me Mr. Perry naam ke patient ko

Isse ke wajah se itne dardanaak jhatke lagay

Ki unhone khud doctors ko isse nikalne ko kaha

Jabki wo yeh jaante the ki pacemaker ke bina wo zinda nahi rahe sakte

Yaane ki all in all hum pacemakers par jitna chahe bharosa kar le

Lekin aakhir mein wo ek machine hi hai

Jo kabhi bhi like any other machine malfunction kar sakta hai

Upar se agar is tarah ke machines hamare andar hote hai

Toh us lachari ko zara imagine karo

Ki aapko pata hai ki aapke sharir ke andar lagi machine

Aapko takleev de rahi hai

Lekin aap uske baare mein kuch kar bhi nahi sakte

So kehne ka matlab yeh hai ki ye microchip par kaam karne wale mini brains

Ab bhi perfect kehlaane se koso door hai

Jab tak hamare paas inka full proof application plan B plan C ke saath nahi aa jaata

Tab tak isse mainstream users ke liye bilkul nahi nikala ja sakta

But this definitely hasn't stopped any scientist from working on it

Scientists is technology ke peechhe ke potential ko achchi tarike se samajhte hain

Aur iske medical applications aur kuch mental disorders ko treat karne ke potential ko bhi jaante hain

Kyuki 2021 mein ek bhoti interesting experiment hua tha

Inhone isi brain ke kuch tissues

Ko chuhon ke brain mein

Inject kiya tha

Aur tab unhone yeh dekha

Ki lagbhak 3 mahino ke baad

Yeh lab mein created brain ke cells

Ne chuhon ke original brain cells ke jaise neural connections bana liye the

Maano jaise yeh lab mein created artificial brain cells

Chuhon ke real natural dimaag ka ek paad ban gaya ho

Ab I don't know

Aapko iska potential samajh mein aara hai ki nahi

But literally

Parkinson's disease

Alzheimer's disease

Dementia

Aise kahin saare brain disorders

Jahan pe brain cells marne lagte hain

But this technology at the very least unhe cure karne ki capability definitely rakti hai

Opar se jase maine pehle kaha

Isme aapke hi sharir ke cells ko istamaal karke aapke brain cells banaye jaate

So yaha par cells ka match nahi hone ka bhi koi sawal nahi hota

So yes

Is lab grown brain ki wajah se hame medical science mein ek huge breakthrough mil sakta hai

Aur ab bas wakt hi batayega ke is technology ka true potential kya hai

Ab ek taraf jaha par hain brains ko artificially create karna seek rahe hain

Duse taraf

Don't you think

Agar hum se koi aadhunik species is brahman mein raheti hai

Toh une hi technology already aati ho

Aur agar aati ho toh kya aisa nahi ho sakta ki hamara ye brahman bhi kind of ek bada created brain hai

Well aise kuch dimaak baukhlaane wale findings

Do scientist ho ne kiye hain

Franco Vaza aur neurosurgeon Alberto Felitti

Jinhone kuch brain scans aur James Webb Space Telescope se mile brahman ke in images ko side by side jab compare kiya

Tab une brahman mein kuch aise ajeeb patterns dikhe jo hamare dimaag se hu bah hu mail kha rahe the

Wahi same structures, wahi same connections aur yaha takki wahi same activities bhi jo physics ke unhi kaide kaanun ho par chalti hai

Toh kya iska matlab hamara ye brahman ek brain ho sakta hai

Well is pooray mudde ko detail mein maine decode kiya hai abne is video mein jo aap yaha par click karke dekh sakte ho

Kaafi interesting video hai apko bohot saare fascinating cheezo ke baarame pata chalega

Agar ye video pasand aaya toh ek like zarur thokna hai

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