#Gan Technology Explained

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#Gan Technology Explained Reel by @runtimebrt - India's GaN semiconductor future is looking bright.

Bengaluru-based AGNIT Semiconductors has raised $2.6M in an extended seed round led by Shastra VC
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@runtimebrt
India's GaN semiconductor future is looking bright. Bengaluru-based AGNIT Semiconductors has raised $2.6M in an extended seed round led by Shastra VC. This funding supports AGNIT Semiconductors in scaling production of GaN semiconductors, Gallium nitride semiconductors, and Gallium nitride components tailored for RF and power applications. Founded in 2019 and operational since 2021, AGNIT Semiconductors benefits from more than a dozen licensed patents from IISc along with access to advanced infrastructure at the institution. The company is advancing through pilots of three RF products designed for Indian defence clients, targeting initial commercial shipments in July 2027. With this recent investment, AGNIT Semiconductors aims to reach an output of 100,000 GaN semiconductors, Gallium nitride semiconductors, and Gallium nitride components over the next two years, which is a meaningful milestone in early-stage commercialisation for the sector. A central pillar of this progress is GEECI, or the Gallium Nitride Ecosystem Enabling Centre and Incubator at IISc Bengaluru. This government-backed facility serves as a small-volume semiconductor wafer and device production, characterisation, and packaging hub. GEECI functions as India's leading GaN technology incubator and ecosystem enabler, providing startups like AGNIT Semiconductors with essential end-to-end resources for GaN wafer production, device fabrication, testing, and innovation in power electronics, RF communication, and related fields. Another company in this space is Polymatech Electronics, a company investing heavily to establish India's first dedicated GaN semiconductors plant, with ambitions for high-volume output targeting 5G, 6G, laptops, and defence applications by 2030. For global context, Infineon Technologies stands as a leading example in GaN semiconductors, showcasing advanced large-scale manufacturing capabilities and significant industry impact.
#Gan Technology Explained Reel by @honesthealthline - How GMOs got approved

Did you know? FDA and Congress approved GMO foods using the 1976 Substantial Equivalence Bill, originally designed for medical
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@honesthealthline
How GMOs got approved Did you know? FDA and Congress approved GMO foods using the 1976 Substantial Equivalence Bill, originally designed for medical devices. But here's the catch: GMO seeds, under stress, turn unstable, leading to the use of neonicotinoids, harmful to both human health and our vital bee population. Let's be honest about health. Source: Dr. Shiva Ayyadurai - Truth Freedom Health Learn more about Dr. Ayyadurai at https://vashiva.com/ Watch full video at https://youtu.be/YEIeqvZcbrA?si=VRpt11o1Os9t_zR5 #gmo #gmofood #fda #gmofree #letsbehonestabouthealth
#Gan Technology Explained Reel by @tonifarmersgarden (verified account) - Explainer on GMOs. 3 part series (or more) please watch the whole series if you want to discuss #gmo #geneticengineering
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@tonifarmersgarden
Explainer on GMOs. 3 part series (or more) please watch the whole series if you want to discuss #gmo #geneticengineering
#Gan Technology Explained Reel by @cleoabram (verified account) - this is an "organ on a chip" and it could help stop animal testing - and give us better ways to test medicines for humans. here's what's going on…

(i
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@cleoabram
this is an “organ on a chip” and it could help stop animal testing - and give us better ways to test medicines for humans. here’s what’s going on… (if you like optimistic tech videos, follow for more :)) #tech #science #medicine
#Gan Technology Explained Reel by @quant.traderr - Watch this Generative Adversarial Network (GAN) train to produce synthetic market data over 2,000 epochs.
 The model is learning the behavior of ITC s
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@quant.traderr
Watch this Generative Adversarial Network (GAN) train to produce synthetic market data over 2,000 epochs. The model is learning the behavior of ITC stock. In the top architecture, the Generator creates synthetic data from noise, while the Discriminator tries to tell the difference between the fake data and the real market data. Notice how the density of the 'Generated Returns' (light blue bars) gradually aligns with the 'Real Returns' distribution as the Generator's loss and Discriminator's loss reach an adversarial balance. 📊 🚨 Comment "GAN" for code repository! #quantfinance #algorithmictrading #python #finance #trading
#Gan Technology Explained Reel by @tecumen - Sometimes the most advanced technology is best explained using everyday household items.

​In this incredible visual demonstration, thousands of tight
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@tecumen
Sometimes the most advanced technology is best explained using everyday household items. ​In this incredible visual demonstration, thousands of tightly packed drinking straws act as a physical analogy for light transmission. When the creator holds the bundle to his face, the ambient light traveling straight through the hollow tubes projects a clear, almost pixelated image of his features onto the opposite end without scattering the light. ​This is the exact fundamental concept behind the fiber optic infrastructure powering modern high-speed internet across the country. Instead of hollow plastic tubes, telecommunications networks use microscopic strands of incredibly pure glass. These glass threads use total internal reflection to trap light inside the core, bouncing digital signals across massive distances at the speed of light to keep our homes and devices instantly connected. ​It is amazing how a simple visual trick perfectly illustrates the backbone of our digital world. ​= = = = = = = = = ​Did this demonstration blow your mind? 💬 ​Follow for more technology updates
#Gan Technology Explained Reel by @wellness_radar - The biotech industry has assured governments that gene editing is safe and precise, but this isn't the full story. In reality, gene-edited foods can e
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@wellness_radar
The biotech industry has assured governments that gene editing is safe and precise, but this isn’t the full story. In reality, gene-edited foods can enter the market without proper testing or labeling, and once in nature, they can spread uncontrollably. New GMOs might be even more hazardous, with minimal oversight. Stay informed and cautious about what’s in your food. 🌿🧬 By Jeffery Smith #GeneEditing #GMOs #FoodSafety #BiotechRisks #StayInformed
#Gan Technology Explained Reel by @muratkilicyasamkocum (verified account) - Herkesin ağır metal, grafen oksit, nano materyal detoxu yapmasi gerek gibi görünüyor...

Yakında 5 G Türkiye'de aktif olacak sıkıntı büyük 💯

Siz ne
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@muratkilicyasamkocum
Herkesin ağır metal, grafen oksit, nano materyal detoxu yapmasi gerek gibi görünüyor... Yakında 5 G Türkiye’de aktif olacak sıkıntı büyük 💯 Siz ne düşünüyorsunuz 🤔⁉️👇🏻 #muratkilicyasamkocu🚩 #mentor#danışman#kişiselgelişim#motivasyon#farkındalık#insan#yol#Yolculuk#dönüşüm#başarı#bakışaçısı#gelişim#bilinç#mutlu#dünya#sevgi#yaşam#spirütüel#5G#enerji#gazze#filistin#vazgeçme#iletişim#başlangıç#akıl#disiplin#ankara
#Gan Technology Explained Reel by @slowbutmoving (verified account) - Not every fruit is a GMO experiment!

Some just evolved… unlike your science. 
Share this before another 'DNA se khel rahe hain' reel goes viral. 🔥
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@slowbutmoving
Not every fruit is a GMO experiment! Some just evolved… unlike your science. Share this before another ‘DNA se khel rahe hain’ reel goes viral. 🔥 Follow @slowbutmoving for myth-busting that actually has data.”
#Gan Technology Explained Reel by @jeans.scenes (verified account) - One of the first things I learned about in my biotech classes was GMOs, and I realized I didn't actually know what they were deposition hearing it eve
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@jeans.scenes
One of the first things I learned about in my biotech classes was GMOs, and I realized I didn’t actually know what they were deposition hearing it everywhere 🤔🌱 Join me on a plant bio lab day as I chat about GMOs and it comes to your life! From the bench: • Plant tissue culture and transformation concepts • How genes can be introduced into plants in a controlled way • Connecting GMOs to real-world agriculture and sustainability #biotech #gmo #stem #science #ditl
#Gan Technology Explained Reel by @infogmactu - Les OGM doivent être évalués et étiquetés selon la réglementation européenne.
Mais ces règles dérangent les multinationales semencières, comme Monsant
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@infogmactu
Les OGM doivent être évalués et étiquetés selon la réglementation européenne. Mais ces règles dérangent les multinationales semencières, comme Monsanto/Bayer, BASF, Corteva, Limagrain/Vilmorin. Pour alléger ces contraintes, ils poussent Bruxelles à revoir le cadre. ➡ C’est pour cela qu'a été créé en 2023 l’acronyme NTG (Nouvelles Techniques Génomiques) : des plantes toujours OGM, mais qui pourraient bientôt ne plus être évaluées ni étiquetées. En revanche, les brevets sur le vivant, eux, exploseraient. Ce projet de loi est entre les mains des euro-député·es qui vont très prochainement devoir voter cette proposition de la Commission européenne. 👨‍🔬 Inf’OGM décrypte les NTG avec Yves Bertheau (biologiste Inrae/MNHN). 🎧 L'épisode NTG : la nouvelle fabrique des OGM est en ligne sur toutes les plateformes de podcast ➡ https://podcast.ausha.co/omg-decodons-les-biotech/ntg-la-nouvelle-fabrique-des-ogm 📝 Vous pouvez écrire aux euro-député·es sur le site de @kokopellisemences ou @agirpourlenvironnement. #NTG #OGM #biotech #biotechnologie #agriculture #etiquetage #consommateur #santé #risque #vivant #brevet

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