ما اومدیم دست پر هم اومدیم :)

*💡برای اولین بار…*📣مدرسه‌ی علم و فناوری کوانتوم سایکت برگزار می‌کند:

*🧠*⚛️“دوره‌ی مبانی علوم اعصاب با گذری بر مباحث کوانتوم"
🌀"سفری از نورون‌ها تا جهان کوانتوم در بدن موجودات زنده"*🔍*می‌خواهید بفهمید که چگونه سیستم عصبی انسان کار می‌کند و چگونه می‌توانید از این دانش برای بهبود فناوری‌ها و محصولات خود استفاده کنید؟

*📚برخی سرفصل‌ها:*🔹مباحث پایه ای مغز، حرکت و عمل، حس لامسه، شنوایی و چشایی، بویایی
🔸کوانتوم سیستم بویایی
🔹کوانتوم سیستم بینایی

🎯این دوره به شما کمک خواهد کرد تا با استفاده از دانش علوم اعصاب، بهبود در طراحی و توسعه دستگاه‌ها، ربات‌ها، سامانه‌های هوش مصنوعی و سایر فناوری‌های پیشرفته داشته باشید.

*🏅ارائه گواهینامه‌ی موفقیت از دانشگاه صنعتی شریف
📒* این کارگاه به صورت حضوری برگزار می‌گردد.

*🔖 تخفیف ۲۰ درصدی ویژه‌ی دانشجویان:
Psiket_Biology
✅ زمان برگزاری:
📆از ۲۵ بهمن‌ماه ۱۴۰۳
⏱* پنج‌شنبه و جمعه‌ها

*🔔مخاطبان:
🎓دانشجویان،‌ فارغ‌التحصیلان رشته‌های مهندسی و علوم پایه
🌀*علاقه‌مندان به حوزه کوانتوم بایولوژی

*🌐برای اطلاعات بیشتر و ثبت‌نام:*
https://B2n.ir/b61020

سال نو رو به اعضای عزیز کانال تبریک میگم
انشالله سال جدید بتونید انگیزه های سال گذشته تون رو به واقعیت و عمل پیوند بدید ??

?? Unlocking the Mysteries of the Mind with QML ??

Hello, Thinkers and Innovators! ?

Today, we're delving deep into the fascinating world of Quantum Machine Learning (QML) and its groundbreaking applications in modeling the decision-making processes of our very own cerebral commander - the human brain. ??

? What's QML? ?
Quantum Machine Learning is an avant-garde field intersecting quantum physics and machine learning. It's the high-tech lovechild of qubits and algorithms, promising to catapult computational power beyond our wildest imaginations. ?

? The Brain: A Decision-Making Enigma ?
Our brain is an enigmatic decision-making machine, processing countless bits of information to guide our actions and shape our lives. But how does it do it? That's the million-neuron question we're itching to answer.

?️‍♂️ Deciphering Decisions with QML ?️‍♂️
QML offers a new lens to peer into the brain's decision-making. By simulating neural networks on a quantum level, researchers can potentially uncover new insights into cognitive processes, such as pattern recognition, memory, and problem-solving.

? Why QML for Brain Modeling? ?
QML's prowess lies in its ability to handle complex, high-dimensional data that traditional computing struggles with. The brain's decision-making is just such a complex beast, a perfect candidate for QML's might.

? The Potential Impact ?
Imagine understanding and enhancing cognitive functions, early detection of neurological disorders, or even replicating human-like decision-making in AI. QML's exploration into the brain's decision-making could revolutionize medicine, AI, and neuroscience.

To stay ahead of the curve in QML and its applications to understanding the brain, keep an eye on our channel. We promise to bring you the latest, most mind-bending developments in this exciting field.

? Join us on this quantum quest to unravel the secrets of the brain's decision-making. Together, let's push the frontiers of knowledge to the quantum realm and beyond!

Share your thoughts, questions, or quantum conundrums in support id Let's get the conversation started. ?️?

#QuantumMachineLearning #BrainScience #DecisionMaking #Innovation #Neuroscience

? * AI Reveals Brain Oscillations for Memory and Disease ?*

? On 5th March

? Deep-Dive Discovery: A groundbreaking study has brought to light the pivotal role of brain ripples—a type of brain oscillation intimately linked to memory and affected in conditions like epilepsy and Alzheimer's.

? AI at the Forefront: Researchers have crafted a suite of AI models, born from rodent EEG data, to both automate and refine the detection of these critical oscillations. Their prowess has been validated on non-human primate data, hinting at their broad applicability, potentially even in human research.

?️ Toolbox Unlocked: Over a hundred cutting-edge machine learning models, including the savvy support vector machines and the intricate convolutional neural networks, are now at the scientific community's fingertips—free of charge.

? Key Takeaways:
- AI-Driven Breakthrough: AI is now adept at identifying brain ripples, which could revolutionize our understanding and treatment of neurological diseases.
- Cross-Species Scalability: Proven effective across species, these AI models are a step towards universal brain research tools.
- Open-Source Spirit: A testament to collaborative innovation, this project's vast array of machine learning models is openly accessible for researchers worldwide to utilize and enhance.

? From Hackathon to Neuro-Innovation: The models stem from a creative hackathon, meticulously fine-tuned and offered up by the authors for communal scientific enrichment. These models embody some of the most sophisticated supervised learning frameworks known to date.

? Authors Speak: "We've pinpointed over a hundred potential models from diverse architectures, now ready for deployment or adaptation by fellow researchers," state Andrea Navas Olivé and Adrián Rubio, lead authors of the study.

? Join the Ripple Revolution: Dive into the details of this study and explore the vast potential of these AI tools for your research. Together, we can unlock the mysteries of the mind and pave the way for groundbreaking treatments for neurological conditions.

? Stay tuned for more insights right here on our channel!

source :

neurosciencenews.com

#Neuroscience #AI #BrainResearch #OpenScience #MachineLearning #MedicalInnovation

*?قابل توجه کسانی که وبینار امروز با عنوان *High-Performance Brain-to-Text communication via handwriting رو ثبت نام کرده بودن
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لینک جلسه و زمان وبینار همچنین برای کسایی که از قبل ثبت نام کرده بودن مجدد ارسال میشه?

از اینکه مجموعه وبینار رو مشتاقانه دنبال میکنید خوشحالیم ?

لینک آفلاین تمام وبینار ها داخل کانال قرار میگیره و از طریق یوتیوب و آپارات میتونید تاک ها و وبینار ها رو دنبال کنید ✅??‍♀️