Start Date
03/09/2026 - 18:00
End Date
30/09/2026 - 23:45
Time zone: IST (GMT +5.30 Hrs)
Created : 3/09/2026
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Artificial Intelligence and Semiconductors are shaping the technological development landscape. As AI applications continue to expand, new possibilities are emerging across areas such as chip design, computing, manufacturing and advanced technologies.
Share your ideas and perspectives on the evolving landscape of AI and Semiconductors.
What new possibilities, ideas and innovations can emerge at the intersection of these technologies?
What new possibilities can emerge from AI and Semiconductor technologies?
3 weeks 1 day ago
What you all want to listen, I am just taking about AI ( Artificial Intellinge ) and Semi Conductor where no one grows or succeed with an intelligent results, AI helps them to find out the way of pillar of Success from the bottom of the soil to the top of the sky. In today's generation things are addressed like man made but actually the main cheer up goes to AI and Semi Conductor which works on the technology with the mind concept of different genius citizens or people who know how to survive or how to achieve success in the field of AI and Semi Conductor with the help of complete decisions and discussion with propr solutions, Olny the things which is not poosible by the AI is doesn't maintain any feelings or neither have any emotions and giving answers also need double check before it works as final solution. AI is not only a techniques to imporve the data with a short time of solution but rather it teaches how to use it or utilize it with a certain knowledge and responsibilities.
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3 weeks 1 day ago
AI Chips Designed Specifically for Indian Needs
India should encourage the development of special-purpose AI semiconductor chips designed around Indian applications rather than depending heavily on imported general-purpose processors.
These chips could be optimized for Indian-language AI, agriculture, healthcare, surveillance, transportation, education and smart cities.
For example, an “India Language AI Chip” could be designed to efficiently run AI models supporting all Indian languages
India could launch a national challenge to develop an affordable Made-in-India AI device.
The device could combine:
Indian semiconductor + Indian AI model + Indian operating software + Indian cybersecurity technology.
Possible applications include:
Education
Agriculture
Healthcare
Small businesses
Government services
The objective would be to create an ecosystem where we develop ourselves.
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3 weeks 1 day ago
Reduction in gst on internet and digital device's from 18% to 5% will boost semiconductor and AI industries creating lakhs of jobs in manufacturing and services sector.
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3 weeks 1 day ago
AI “System Engineer for Silicon”
An AI Engineering Intelligence Layer for the Complete Semiconductor Lifecycle
1. Executive Summary
The semiconductor industry is entering an era of unprecedented complexity. Modern SoCs contain billions of transistors, heterogeneous compute elements, chiplets, advanced memories, high-speed interfaces, sophisticated software, and increasingly demanding safety, security, power, and thermal requirements.
At the same time, Artificial Intelligence is rapidly entering semiconductor development. AI is being used for RTL generation, verification, physical-design optimization, yield prediction, test optimization, and power optimization.
However, a major gap remains: these AI capabilities are largely fragmented across individual engineering activities.
The proposed AI System Engineer for Silicon addresses this gap by creating an intelligent engineering layer that understands the semiconductor product across its complete lifecycle.
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3 weeks 1 day ago
AI and semiconductors are shaping the future of technology. The combination of advanced AI capabilities and powerful semiconductor innovation will drive the next wave of digital transformation. A great opportunity for India to strengthen its position in the global tech ecosystem. 🚀🇮🇳
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3 weeks 1 day ago
Is poster main di gayi "AI aur Semiconductors k beech Synergy (talmel)" k hisab se, sabse acha or innovative idea "AI-Optimized Neuromorphic Chips for Edge Computing" hoga.
Is poster k left side par "Edge AI" ka icon hai (jo batata hai ki AI ko chhote devices par hona chahiye) aur right side par "Nano-scale Tech" aur "Energy Efficiency" hai (jo semiconductor ki zarooraten hain).
Yeh idea kyun sabse acha hai:
Problem Solve Karta Hai: Aajkal k powerful AI models (jaise ChatGPT) cloud par chalte hain aur bohot bijli kharch karte hain. Inko phone ya IoT device par chalana mushkil hai.
Dono ka Talmel: Yeh idea "Neuromorphic" architecture (jo insani dimag ki tarah kaam karta hai) ko use karta hai aur usko AI algorithms k liye optimize karta hai. Isko banane k liye "Nano-scale Tech" aur "Energy Efficiency" wali semiconductor expertise chahiye hogi.
Future Impact: Yeh chips bina battery khatam kiye Edge par real-time complex AI decisions lene ki kshamata denge.
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3 weeks 1 day ago
Considering all advancing technologies that are coming up by the use of AI, I must say that it's getting important for the nation to expand ourselves in this field. However, I personally dont recommend the use of AI as it's far more detrimental than useful. Expansion of AI costs us our ecosystem, and I am not ready to give up on that. So instead of AI we should rely on physical media and actual research platforms, to keep our researching skills alive. We, humans have a brain to use, but these days AI is trying to possess everything a human should be doing. Concluding, AI can help us reduce our tasks, however overusing it may costs us our ecosystem and damage the natural constituents of this nation which are the actual gems.
Thank You for reading.
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3 weeks 1 day ago
AI-assisted design of low-power arithmetic circuits (multipliers, adders) is a key opportunity at the intersection of AI and semiconductors. These circuits form the computational core of every AI accelerator, where energy consumption is now as much a bottleneck as raw compute. AI-driven design exploration can identify optimal circuit topologies, including non-binary/redundant number systems (e.g. quaternary signed-digit), enabling carry-free, low-power multiplication and addition — critical for edge-AI chips under strict power budgets.
Opportunities:
ML models trained on layout-power data to predict optimal arithmetic architectures before fabrication, cutting design iteration time.
AI-based automated verification and power estimation for low-power datapaths in domain-specific accelerators.
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3 weeks 1 day ago
AI can actually optimise the semiconductor a lot better then human what i think is that making semiconductor chips with the integration of well trained AI can help a lot maybe an ideathon in which student in india can share there idea on working of it can help in giving a wode perspective on what youth think and how youth use the semiconductor and AI technology
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3 weeks 1 day ago
es tarah ka bnaiye jisse jo log bhi dekh eese nakar na sake yesa jo eche star se ho Gen Z or Gen alfa ke jayda fayde mand ho
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