💎 The world's FIRST diamond semiconductor factory just opened — in Okuma, the Fukushima town beside the wrecked nuclear plant.
A material chased for 40 years finally found its purpose in the place that needed it most ⚡
#DiamondSemiconductor #Fukushima #Semiconductors
A material chased for 40 years finally found its purpose in the place that needed it most ⚡
#DiamondSemiconductor #Fukushima #Semiconductors
June 2, 2026 at 1:00 PM
💎 The world's FIRST diamond semiconductor factory just opened — in Okuma, the Fukushima town beside the wrecked nuclear plant.
A material chased for 40 years finally found its purpose in the place that needed it most ⚡
#DiamondSemiconductor #Fukushima #Semiconductors
A material chased for 40 years finally found its purpose in the place that needed it most ⚡
#DiamondSemiconductor #Fukushima #Semiconductors
💎 World first from Tokyo: a 30mm diamond wafer!
Orbray leaped from millimeter-scale to a 30mm² freestanding (111) diamond substrate — a twin-suppression breakthrough unlocking NV-center quantum sensors and next-gen power chips.
#Orbray #DiamondSemiconductor #QuantumSensor
Orbray leaped from millimeter-scale to a 30mm² freestanding (111) diamond substrate — a twin-suppression breakthrough unlocking NV-center quantum sensors and next-gen power chips.
#Orbray #DiamondSemiconductor #QuantumSensor
April 17, 2026 at 9:00 AM
💎 World first from Tokyo: a 30mm diamond wafer!
Orbray leaped from millimeter-scale to a 30mm² freestanding (111) diamond substrate — a twin-suppression breakthrough unlocking NV-center quantum sensors and next-gen power chips.
#Orbray #DiamondSemiconductor #QuantumSensor
Orbray leaped from millimeter-scale to a 30mm² freestanding (111) diamond substrate — a twin-suppression breakthrough unlocking NV-center quantum sensors and next-gen power chips.
#Orbray #DiamondSemiconductor #QuantumSensor
💎 World first: a DC-DC converter powered by a diamond chip.
Japanese startup Power Diamond Systems proved diamond MOSFETs work in real circuits, not just lab tests.
30x silicon's breakdown strength + best thermal conductivity known.
#DiamondSemiconductor #PowerElectronics
Japanese startup Power Diamond Systems proved diamond MOSFETs work in real circuits, not just lab tests.
30x silicon's breakdown strength + best thermal conductivity known.
#DiamondSemiconductor #PowerElectronics
March 19, 2026 at 2:01 PM
💎 World first: a DC-DC converter powered by a diamond chip.
Japanese startup Power Diamond Systems proved diamond MOSFETs work in real circuits, not just lab tests.
30x silicon's breakdown strength + best thermal conductivity known.
#DiamondSemiconductor #PowerElectronics
Japanese startup Power Diamond Systems proved diamond MOSFETs work in real circuits, not just lab tests.
30x silicon's breakdown strength + best thermal conductivity known.
#DiamondSemiconductor #PowerElectronics
💎 While the world fights over AI chips, Japan is quietly building what comes NEXT.
Ultra-low-power MRAM via spintronics. Diamond semiconductors for extreme heat. Japan leads in post-silicon tech that could reshape computing.
#MRAM #DiamondSemiconductor #Spintronics
Ultra-low-power MRAM via spintronics. Diamond semiconductors for extreme heat. Japan leads in post-silicon tech that could reshape computing.
#MRAM #DiamondSemiconductor #Spintronics
February 24, 2026 at 2:00 PM
💎 While the world fights over AI chips, Japan is quietly building what comes NEXT.
Ultra-low-power MRAM via spintronics. Diamond semiconductors for extreme heat. Japan leads in post-silicon tech that could reshape computing.
#MRAM #DiamondSemiconductor #Spintronics
Ultra-low-power MRAM via spintronics. Diamond semiconductors for extreme heat. Japan leads in post-silicon tech that could reshape computing.
#MRAM #DiamondSemiconductor #Spintronics
Diamond Semiconductors. Interesting...
https://ookuma-dd.com/en/diamondsemiconductor/
#electronics #computers
https://ookuma-dd.com/en/diamondsemiconductor/
#electronics #computers
Why Diamond Semiconductors,and Why Now? | OOKUMA DIAMOND DEVICE
Why diamond semiconductors, and why now? We explore their distinctive performance, potential, and how they differ from conventional semiconductor materials.
ookuma-dd.com
May 6, 2026 at 10:39 AM
Diamond Semiconductors. Interesting...
https://ookuma-dd.com/en/diamondsemiconductor/
#electronics #computers
https://ookuma-dd.com/en/diamondsemiconductor/
#electronics #computers