Applied Materials Europe

Chips are everywhere: they enable the Internet of Things, improve our communications, revolutionize our cars, reduce the power we consume and give consciousness to our objects. Our world would be very different without them. And one company lay the ground for these technological marvels: Applied Materials. Discover what we do and how we impact the world here: https://bit.ly/3yPR4YB #semiconductors #MakePossibleABetterFuture

🎉 Celebrating Girls in STEM! 👩🔬 Watch our inspiring video showcasing girls exploring fields like microelectronics, structural engineering, and biology. Inspiring girls to study science is crucial for groundbreaking discoveries! At Applied Materials, we back this with mentorship, scholarships, and hands-on fun! 💡 ✨Thank you to @greenlightforgirls for the support in organising such a great event and to @hfarmschool for participating! Join us and support future female innovators! #GirlsInSTEM #WomenInTech #FutureLeaders #AppliedMaterialsEurope #MakePossibleABetterFuture

Today, Europe celebrates All Saints' Day, blending tradition with modern innovation. Now, eco-friendly materials in wreaths, candles, and monuments help lessen environmental impact. We must keep balancing tradition with sustainability to honor our planet during these celebrations. Wishing you all a peaceful All Saints´day! #AllSaintsDay #MaterialScience #Sustainability #EcoFriendly #GreenInnovation #AppliedMaterialsEurope #MakePossibleABetterFuture

Happy Halloween! 🎃 Today, let's think about making this celebration eco-friendlier. From biodegradable sweet packaging to recyclable costumes and decorations, we support sustainable celebrations with fun, environmentally conscious materials. How are you going green this Halloween? #Halloween2024 #Sustainability #MaterialScience #EcoFriendly #CircularEconomy #Innovation #AppliedMaterialsEurope #MakePossibleABetterFuture

Chips use three types of signals to carry information: digital, analog or both (i.e., mixed). Today, we discover in this video how this work. Learn about the company that make semiconductors possible: https://bit.ly/3yPR4YB #semiconductors #MakePossibleABetterFuture

Now that we have seen how chips are made, it is time to learn about the different types of chips that exist. There are four common classifications of chips: memory, logic (also known as microprocessors), simple standard chips and the extensive systems-on-a-chip (SoCs). Learn more about them in this episode! And discover the company that makes them possible here: https://bit.ly/3yPR4YB #semiconductors #MakePossibleABetterFuture

Chip manufacturing is a very complex endeavor that requires nanometer precision work performed in sci-Fi like environments – and people used to say that rocket science is the hardest type of science, but it pales in comparison to the science needed to bring a chip to life! And all this feat would not be possible without Applied Materials, the leader in chip manufacturing innovations! You can learn about us here: https://bit.ly/3TbltYm #semiconductors #MakePossibleABetterFuture

✨ Bridging the Gender Gap in STEM! ✨ Applied Materials Europe, in collaboration with greenlight for girls (G4G), hosted an inspiring event in Treviso to encourage young girls to explore science, technology, engineering, and mathematics. 🌟 We were thrilled to see enthusiastic participation from students of H-FARM International School in Roncade, adding an international and innovative flair to the event. 🌍💡 Here's to the bright future of these young innovators! 🚀👩🔬👩💻 #WomenInSTEM #STEMEducation #GirlsInTech #appliedmaterialseurope #G4G #Innovation #FutureLeaders

How do we make the chips communicate with each other? This is the role of packaging or heterogeneous integration. It is the final step to connect the chip to the rest of the system. We tell you all about this fascinating process in this video. If you want to know more, visit our website here: https://bit.ly/3Z2wv5K #semiconductors #MakePossibleABetterFuture

A critical dimension is the size of a feature on an integrated circuit or transistor that impacts the electrical properties of the device. In the semiconductor manufacturing industry, we use electron microscope to measure critical dimension. Let’s learn how this works! Did we pique your interest? Then, visit our website to discover all about patterning control: https://bit.ly/473BIMA #semiconductors #MakePossibleABetterFuture