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ASP Isotopes Issues Letter to Stockholders

WASHINGTON, April 11, 2024 (GLOBE NEWSWIRE) ASP Isotopes Inc. NASDAQ: ASPI (

South africaUnited statesCape townWestern capeDepartment of energyDistrict of columbiaMuhua sunZlatan aksamijaJason assadMeenakshi upadhyayaNovarti pluvictoMatthewr jonesPaul mannPaule mannBo sunIsotopes inc

ASP Isotopes Inc Enters Into Purchase Agreement With a Leading Semiconductor Company for the Supply of Highly Enriched Electronic Gases

- Purchase agreement covers supply of highly enriched silicon-28, which is expected to be supplied in 2024. -ASP Isotopes Inc. is in discussions with multiple semiconductor manufacturers regarding the supply of highly enriched isotopically pure electronic gases for next-generation semiconductors, anticipated to enable technologies such as quantum computing and artificial intelligence. WASHINGTON, April 01, 2024 (GLOBE NEWSWIRE) ASP Isotopes Inc. NASDAQ: ASPI ("ASP Isotopes” or the “Company”),

South africaUnited statesSouth africanBo sunMeenakshi upadhyayaMuhua sunMatthewr jonesZlatan aksamijaJason assadPaul mannTechnology aerodynamic separationCompany south africanIsotopes incChief executiveQuantum computingArtificial intelligence

Isotopically pure silicon nanowires could lead to smaller and faster microchips

Silicon in modern electronics is cheap, abundant and a good conductor of electricity. It isn't a good conductor of heat, however, and that is a bit of.

United statesMuhua sunMatthewr jonesJunqiao wuSergei starostinBerkeley labRice universityPhysical review

Ultrathin Silicon Nanowire Conducts Heat 150% More Efficiently than Conventional Materials

Scientists have demonstrated a new material that conducts heat 150% more efficiently than conventional materials used in advanced chip technologies.

United statesMatthewr jonesEugene hallerJunqiao wuLaura thomsonmayUniversity of massachusetts amherstUniversity of utahBerkeley lab electronic materials programUniversity of massachusettsMaterials sciences divisionOffice of scienceMuhua sun at rice universityBerkeley labBerkeley lab materials sciences divisionShenzhen universityRice university

New Silicon Nanowires Can Really Take the Heat

Berkeley Lab scientists have demonstrated a silicon nanowire that conducts heat 150% more efficiently than conventional silicon materials.

United statesMatthewr jonesEugene hallerJunqiao wuUniversity of californiaUniversity of massachusetts amherstUniversity of utahBerkeley lab electronic materials programUniversity of massachusettsOffice of scienceBerkeley lab materials sciences divisionShenzhen universityMuhua sun rice university transmissionTsinghua universityLawrence berkeley national laboratoryMuhua sun rice university

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