Functional Diamond

Publish original research in diamond-based materials, structures and composites. For any inquires, please contact us at [email protected].

[Functional Diamond @Funct_diamond]

@WeAreTandF

[Functional Diamond @Funct_diamond]

This special issue honors Professor Yasuo Koide's retirement, with a preface by Nobel laureate Hiroshi Amano. The collection showcases his pioneering work on diamond and III-nitride semiconductors that enabled blue LEDs and next-gen power electronics.👇
https://t.co/ODC1fhsikl

[Nature Photonics @NaturePhotonics]

New open access Article online: Optical convolutional spectrometer.

https://t.co/Ml93PZ1NTt

[Functional Diamond @Funct_diamond]

#Diamond #semiconductors beat silicon's heat and power ceiling. New growth and doping methods push them toward next-gen power #grids and #quantum tech, charting extreme electronics' future.💪
@Funct_diamond
@WeAreTandF
https://t.co/x9koUXfT9U

[IEEE @IEEEorg]

AI is now a baseline tool in semiconductor manufacturing, but evolving pilots into real results can be a challenge. As the market is projected to exceed $1 trillion by 2030, there’s never been a bigger demand for skilled talent.

Visit @IEEEeducation to read more: https://t.co/hOJ5KXqvtn

[Functional Diamond @Funct_diamond]

#Diamond works as a super-cooler for next-gen chips, breaking #silicon's heat barrier. Check 10 papers published under the special issue of “Diamond and III-Nitride Wide Bandgap #Semiconductors”.😀
@Funct_diamond
https://t.co/ODC1fhsikl

[Functional Diamond @Funct_diamond]

Recent review recaps key 2025 advances in #diamond materials, covering new structures, #quantum sensing, #electronics and thermal management. It fully shows diamond’s huge potential for next-gen high-end and extreme-environment devices.👇
https://t.co/HaOiuuLbe1

[Functional Diamond @Funct_diamond]

A heart procedure using tiny grinders to clear artery blockages creates debris that risks clogging capillaries. Optimizing the grinder's surface texture reduces large particles, improving patient safety and surgical outcomes.
@Funct_diamond
@WeAreTandF
https://t.co/REM3bDlQHV

[Functional Diamond @Funct_diamond]

#Laser stealth dicing creates large #diamond wafers quickly, with little damage, advancing tech for #electronics and sensors.🧐
@Funct_diamond
https://t.co/eAJBX5cj9b

[Physical Review X @PhysRevX]

Twisted rhombohedral trilayer graphene hosts programmable #quantum anomalous Hall insulators, enabling electrical switching between topological states with integer Chern numbers at both integer and fractional moiré fillings.

Learn more: https://t.co/DBZCydKWDI

[Functional Diamond @Funct_diamond]

A new technique using Focused Ion Beam (FIB) processing finely tunes #diamonds for micro-devices, enhancing precision in sensors and #semiconductors.👇
@Funct_diamond
@WeAreTandF
https://t.co/oBiGmYNvxS

[Functional Diamond @Funct_diamond]

Making diamonds conductive with #beryllium and #nitrogen doping could create more efficient, high-power electronic devices, a big step up from current tech！👍

Article in the collection: #Diamond and III-Nitrides Wide Bandgap Semiconductor #Materials 👇

https://t.co/JZjfuuYe0W

[Nature Photonics @NaturePhotonics]

New article online: Modified uni-travelling-carrier photodiodes with 206 GHz bandwidth and 0.81 A W−1 external responsivity.

https://t.co/619GoNgtSQ

[Functional Diamond @Funct_diamond]

X-ray photoelectron spectroscopy (XPS) studies on diamond heterojunctions are often flawed. Correcting these issues is key for accurate Valence band offset readings, crucial in semiconductor research.😀
#diamond #semiconductor
@Funct_diamond
@WeAreTandF
https://t.co/StFnF3lM6z

[Functional Diamond @Funct_diamond]

3D-printed diamond-in-copper boosts heat transfer, improving cooling in electronics and enhancing device reliability！👍
@Funct_diamond
@WeAreTandF
https://t.co/mNpUd6C6gW

[Functional Diamond @Funct_diamond]

🥳Happy New Year to our brilliant community of researchers, readers, and partners!
As we step into 2026, we're grateful for a year of groundbreaking discoveries in diamond science. May this new chapter be filled with innovative research and collaborative success.
@Funct_diamond

[Q-NEXT @qnextquantum]

Researchers introduce new computational tools that can reconstruct the magnetic interactions of  atoms close to spin defects using only short measurements that take hours instead of days, enabling faster use of atomic #qubits for #quantum sensing. https://t.co/GnMPVb7CON

[Functional Diamond @Funct_diamond]

Diamond-based nuclear batteries offer long-lasting, stable power. Recent review covers their development and potential future advancements in energy technology.🧐
#diamond #energy
@WeAreTandF
@Funct_diamond
https://t.co/Djv1F2r6J7

[Q-NEXT @qnextquantum]

#QuantumQuintet

[Optica Publishing Group @OpticaPubsGroup]

An Editors' Pick via #OPG_AO: Fourier-plane spatial frequency modulation imaging: enhanced resolution imaging with a single, ultrashort pulse https://t.co/8t1BVA1gtW #SingleShotMicroscopy #FemtosecondPulses @EPFL_en