US DoD Plans $1.5B Loan for Bankrupted Chip Firm！#SiliconCarbide #Wolfspeed #ThirdGenSemiconductor #WideBandgapSemiconductor #ChipSupplyChain
#ICGOODFIND
@icgoodfind113.bsky.social
@icgoodfind113.bsky.socialUS DoD Plans $1.5B Loan for Bankrupted Chip Firm！#SiliconCarbide #Wolfspeed #ThirdGenSemiconductor #WideBandgapSemiconductor #ChipSupplyChain
#ICGOODFIND
@theinnovation.bsky.socialThis study resolved the long-standing structural ambiguity surrounding the PL5 and PL6 centers in 4H-SiC, assigning PL5 and PL6 to the basal and axial configurations of the OCVSi complex, respectively.
doi.org/10.59717/j.t...
#physics #siliconcarbide
@informaq.bsky.socialDemonstrated scalable method for deterministically integrating silicon carbide color centers into nanopillars with up to 10× photon count rate enhancement while preserving spin coherence, advancing quantum sensing and communication platforms.
@tejashreekanake.bsky.socialCompound Semiconductor Market Size, Share | Report [2035] www.marketresearchfuture.com/reports/comp...
#CompoundSemiconductor #CompoundSemiconductors #SemiconductorMarket #SemiconductorIndustry #Semiconductors #Chips #WideBandgap #SiliconCarbide
@mengli512.bsky.socialIs Power Integrations a sustainable long-term investment, or are current market expectations disconnected from the company financials?
#POWI #ai #datacenter #siliconcarbide #gallium $POWI $ON $NVTS
@informaq.bsky.socialDemonstrates coherent transfer of entanglement from electron spins to nuclear-spin memory in SiC, extending entanglement lifetime by 240× at room temperature with 92.5% fidelity—enabling scalable quantum sensing and information processing.
@informaq.bsky.socialResearchers achieved stable two-photon interference using silicon vacancy centres in commercial silicon carbide, requiring calibration only every 8.4 hours. This long-term stability is crucial for building practical distributed quantum networks.
@informaq.bsky.socialUTS researchers engineered a monolithic silicon carbide metalens simultaneously collecting light at 860nm and 1240nm from nitrogen and silicon vacancy defects, enabling compact quantum photonic systems without separate optics.