Quantum computing is taking a tangible step forward.
IQM’s plan to deploy Japan’s first enterprise quantum computer at TOYO signals a shift from experimentation to real-world use. It shows how organizations are starting to integrate quantum systems into existing research and industrial environments.
This move also highlights Japan’s growing ambition to build a strong quantum ecosystem and stay competitive in this emerging field.
Curious about what this means for the future of computing and industry?
Read the full article here: https://t.co/gQuhVs9J6D
Engineers have created a 1-square-millimeter chip that can project a photograph onto an area smaller than the size of two human egg cells. This precise laser control could have applications in augmented reality, #biomedical imaging, and #quantum computing. https://t.co/8WeL7FchxV
@Outlook Read the room. Your outage has affected millions (including myself) today. I can't tell if I have inbox overload if I can't access my inbox...
According to Uwe Wagner, CEO of 3D-Micromac, what will be crucial for the #semiconductor industry in 2026? Read the latest online edition of #SemiconductorPackaging News to learn his perspective and discover how our #microPREP® L #laser tool is involved.
https://t.co/lUW0gB7Gdd
Move over, High Bandwidth Memory - NEO Semiconductor just unveiled “Extreme” HBM (X-HBM), promising up to 16× more bandwidth or 10× density for future AI chips. Announced at FMS 2025. More here: https://t.co/WM1pMomcUo
#XHBM#AI#Memory#Semiconductors
VESA’s CTS C-Model for the #DisplayPort#Automotive Extensions (DP AE) standard is in the spotlight! DP AE enables ISO 26262 ASIL-D + cybersecurity compliance for multi-display automotive systems. Big step for safer, smarter in-vehicle UX. https://t.co/DW0kvOuFVC #VehicleDisplays
Quantum meets #lithography: @XanaduAI and Mitsubishi Chemical are developing quantum algorithms to model #EUV resist chemistry and stochastic effects like secondary electron scattering. A real-world use case for #QuantumComputing in advanced chipmaking.
https://t.co/qF7o5uzrW9
Silicon carbide is breaking into #quantum. @NIST has built the first chip-scale entangled photon source in #SiC, combining CMOS-friendly fabrication with secure comms and telecom-band operation. https://t.co/DH5Gjzvnnt #QuantumTech#Photonics#Semiconductors
Japan just dropped ¥1.05 trillion ($7.4B) on quantum - 75% of all new public funding in H1 2025. The goal: a 1,000-qubit system by 2026 and ¥50 trillion quantum economy by 2030. Govt, industry and labs are all-in. https://t.co/lEgprOpzeP #QuantumComputing#AIandQuantum@eetimes
AI can recognize a hammer. But it doesn’t understand that you can grip it, swing it, or drive a nail with it.
New research from @UvA_Amsterdam shows how the human brain maps action possibilities, known as #affordances, automatically. https://t.co/YTF4U8245N
#AI#Neuroscience
A new engineered material called #Superwood is 10× stronger by weight than steel, resistant to fire and rot, and carbon negative. Now scaling up in Maryland, it could reshape construction, transport, and more. https://t.co/T2tfQrb9jf
#MaterialsScience#Sustainability#GreenTech
From Star Trek to Hitchhiker’s Guide, the universal translator was sci-fi. Now #DeepL's #AI may be one step closer. Powered by #NVIDIA’s DGX GB200, their new cluster can translate the entire web in 18.5 days—down from 194. https://t.co/LhmNbGdV0x @DeepLcom#Supercomputing#GenAI
AI is transforming art restoration. @MIT researchers have developed a tool that uses #AI to restore age-damaged paintings in just hours instead of years. More here: https://t.co/ZwMldfL6Ox #AI#ArtRestoration#Museums#CulturalHeritage#MIT