#spintronics search results

quantum computing, and energy-efficient molecular devices. ⚡ Quantum chemistry is no longer theoretical — it’s the blueprint for future quantum tech. #QuantumTech #Spintronics #MolecularWires #QuantumChemistry #ResearchExplained #OxfordScience #ScienceCommunication

quantumgrad's tweet image. quantum computing, and energy-efficient molecular devices.

⚡ Quantum chemistry is no longer theoretical — it’s the blueprint for future quantum tech.

#QuantumTech #Spintronics #MolecularWires #QuantumChemistry #ResearchExplained #OxfordScience #ScienceCommunication
quantumgrad's tweet image. quantum computing, and energy-efficient molecular devices.

⚡ Quantum chemistry is no longer theoretical — it’s the blueprint for future quantum tech.

#QuantumTech #Spintronics #MolecularWires #QuantumChemistry #ResearchExplained #OxfordScience #ScienceCommunication

Researchers propose a new memory approach using spin-orbit torque (SOT) with thulium iron garnet (TmIG) + platinum films to write data more efficiently via electric current. phys.org/news/2025-10-m… #MemoryTech #Spintronics #EnergyEfficiency

FindLightInc's tweet image. Researchers propose a new memory approach using spin-orbit torque (SOT) with thulium iron garnet (TmIG) + platinum films to write data more efficiently via electric current. phys.org/news/2025-10-m… #MemoryTech #Spintronics #EnergyEfficiency

#quantum, #spintronics - "spintronics" enabling tech for "quantum computing", $NVEC = spintronics technology, $RGTI, $IONQ


🧠 Spintronics is redefining how we interact with AI. By using the spin of electrons instead of just their charge, it enables faster, cooler, smarter chips letting AIs think locally and respond in real time. The future of human–AI connection spins here #AI #Spintronics #singulai

TokenSGL's tweet image. 🧠 Spintronics is redefining how we interact with AI.
By using the spin of electrons instead of just their charge, it enables faster, cooler, smarter chips letting AIs think locally and respond in real time.
The future of human–AI connection spins here 
#AI #Spintronics #singulai

quantum computing, and energy-efficient molecular devices. ⚡ Quantum chemistry is no longer theoretical — it’s the blueprint for future quantum tech. #QuantumTech #Spintronics #MolecularWires #QuantumChemistry #ResearchExplained #OxfordScience #ScienceCommunication

quantumgrad's tweet image. quantum computing, and energy-efficient molecular devices.

⚡ Quantum chemistry is no longer theoretical — it’s the blueprint for future quantum tech.

#QuantumTech #Spintronics #MolecularWires #QuantumChemistry #ResearchExplained #OxfordScience #ScienceCommunication
quantumgrad's tweet image. quantum computing, and energy-efficient molecular devices.

⚡ Quantum chemistry is no longer theoretical — it’s the blueprint for future quantum tech.

#QuantumTech #Spintronics #MolecularWires #QuantumChemistry #ResearchExplained #OxfordScience #ScienceCommunication

The Spintronics Market is expanding rapidly due to rising demand for energy-efficient memory solutions. In 2024, MRAM held a 35.2% market share by device type, driven by its non-volatile memory. Study insights @ tinyurl.com/248ysfvw #GVR #spintronics #marketresearch

gvr_ict's tweet image. The Spintronics Market is expanding rapidly due to rising demand for energy-efficient memory solutions. In 2024, MRAM held a 35.2% market share by device type, driven by its non-volatile memory.

Study insights @ tinyurl.com/248ysfvw

#GVR #spintronics #marketresearch

Magnetite isn’t just history. It’s a catalyst for tomorrow — enabling ultrafast memory, smart medical treatments, and environmental solutions. 📚Read more: idstch.com/technology/mat… #Magnetite #Spintronics #Nanotechnology


Great talk at @Spin_IJL from the best, Seb, about STT and oscillators #spintronics

anadonbarcelona's tweet image. Great talk at @Spin_IJL from the best, Seb, about STT and oscillators #spintronics

Hi! We have two postdoc openings in our research team at @NUSingapore for investigating #quantummaterials for #spintronics research. We are seeking candidates with a strong background in low-temperature magnetotransport measurements and/or the fab of 2D-based heterostructures.

aavsar86's tweet image. Hi! We have two postdoc openings in our research team at @NUSingapore for investigating #quantummaterials for #spintronics research. We are seeking candidates with a strong background in low-temperature magnetotransport measurements and/or the fab of 2D-based heterostructures.

Hi! We have a new postdoc opening in our research team at @NUSingapore for investigating #quantummaterials for #spintronics research. We are seeking candidates with a strong background in low-temperature magnetotransport measurements and/or the fab of 2D-based heterostructures

aavsar86's tweet image. Hi! We have a new postdoc opening in our research team at @NUSingapore for investigating #quantummaterials for #spintronics research. We are seeking candidates with a strong background in low-temperature magnetotransport measurements and/or the fab of 2D-based heterostructures

quantum computing, and energy-efficient molecular devices. ⚡ Quantum chemistry is no longer theoretical — it’s the blueprint for future quantum tech. #QuantumTech #Spintronics #MolecularWires #QuantumChemistry #ResearchExplained #OxfordScience #ScienceCommunication

quantumgrad's tweet image. quantum computing, and energy-efficient molecular devices.

⚡ Quantum chemistry is no longer theoretical — it’s the blueprint for future quantum tech.

#QuantumTech #Spintronics #MolecularWires #QuantumChemistry #ResearchExplained #OxfordScience #ScienceCommunication
quantumgrad's tweet image. quantum computing, and energy-efficient molecular devices.

⚡ Quantum chemistry is no longer theoretical — it’s the blueprint for future quantum tech.

#QuantumTech #Spintronics #MolecularWires #QuantumChemistry #ResearchExplained #OxfordScience #ScienceCommunication

A typical home computer can perform billions of operations each second. New research in the field of #spintronics could allow computers to perform trillions of operations per second without using any additional power. #UTokyoResearch ow.ly/rP6W50MuHw1

UTokyo_News_en's tweet image. A typical home computer can perform billions of operations each second. New research in the field of #spintronics could allow computers to perform trillions of operations per second without using any additional power. #UTokyoResearch ow.ly/rP6W50MuHw1

A Best Tutorial award (with co-speaker) at @VLSIDCon is humbling 🙏. Grateful to past/present group members @AnoukGoossens , @jamanazmin ,@IshitroB and @cognigron @ZernikeInst @univgroningen #spintronics #neuromorphic computing

TamalikaBanerj5's tweet image. A Best Tutorial award (with co-speaker) at @VLSIDCon is humbling 🙏. Grateful to past/present group members @AnoukGoossens , @jamanazmin ,@IshitroB  and @cognigron 
@ZernikeInst 
@univgroningen 
#spintronics
#neuromorphic computing
TamalikaBanerj5's tweet image. A Best Tutorial award (with co-speaker) at @VLSIDCon is humbling 🙏. Grateful to past/present group members @AnoukGoossens , @jamanazmin ,@IshitroB  and @cognigron 
@ZernikeInst 
@univgroningen 
#spintronics
#neuromorphic computing

Here is our new @acsnano Perspective on chirality-induced spin selectivity (CISS) bit.ly/CISSPers23 #nano #chiral #spintronics

PSWnano's tweet image. Here is our new @acsnano Perspective on chirality-induced spin selectivity (CISS) bit.ly/CISSPers23 #nano #chiral #spintronics

Pls #share. Fully funded position in my lab @MIT for #postdoc in #Spintronics. Strong #experimental background in magnetism, spin transport, spintronic devices, #spin-#orbit #torque (SOT) switching devices is required. web.mit.edu/deblina-sarkar… @medialab @mit_nano @IEEEEDS

DeblinaSarkar59's tweet image. Pls #share. Fully funded position in my lab @MIT for #postdoc in #Spintronics. Strong #experimental background in magnetism, spin transport, spintronic devices, #spin-#orbit #torque (SOT) switching devices is required. 

web.mit.edu/deblina-sarkar…
@medialab @mit_nano @IEEEEDS

Goodbye Ingelheim! Great #THz SPICE workshop on #spintronics with #vineyards and lots of wine. Thanks for inviting me to talk about the work of @cockcroft_news @UoMPhysics @PSI_UoM

DMGrahamTHz's tweet image. Goodbye Ingelheim! Great #THz SPICE workshop on #spintronics with #vineyards and lots of wine. Thanks for inviting me to talk about the work of @cockcroft_news @UoMPhysics @PSI_UoM
DMGrahamTHz's tweet image. Goodbye Ingelheim! Great #THz SPICE workshop on #spintronics with #vineyards and lots of wine. Thanks for inviting me to talk about the work of @cockcroft_news @UoMPhysics @PSI_UoM
DMGrahamTHz's tweet image. Goodbye Ingelheim! Great #THz SPICE workshop on #spintronics with #vineyards and lots of wine. Thanks for inviting me to talk about the work of @cockcroft_news @UoMPhysics @PSI_UoM

「スピントロニクス/Spintronics」は電気回路をメカニックで学ぶ、理系垂涎の科学玩具だぜっ!電圧=力、電流=速度のアナロジーを見事に実装した夢の商品なのだっ。上級編ではコイルやトランジスタも登場するっ。海外製品だけど通販で買えるぞっ! #Spintronics #ボードゲーム

matz_jon's tweet image. 「スピントロニクス/Spintronics」は電気回路をメカニックで学ぶ、理系垂涎の科学玩具だぜっ!電圧=力、電流=速度のアナロジーを見事に実装した夢の商品なのだっ。上級編ではコイルやトランジスタも登場するっ。海外製品だけど通販で買えるぞっ!
#Spintronics #ボードゲーム
matz_jon's tweet image. 「スピントロニクス/Spintronics」は電気回路をメカニックで学ぶ、理系垂涎の科学玩具だぜっ!電圧=力、電流=速度のアナロジーを見事に実装した夢の商品なのだっ。上級編ではコイルやトランジスタも登場するっ。海外製品だけど通販で買えるぞっ!
#Spintronics #ボードゲーム

Découverte en approche de #spintronics de @UpperStoryCo 😳 Un jeu de dingue à priori...

Ludolegars's tweet image. Découverte en approche de #spintronics de @UpperStoryCo 😳 Un jeu de dingue à priori...
Ludolegars's tweet image. Découverte en approche de #spintronics de @UpperStoryCo 😳 Un jeu de dingue à priori...

FINALLY...it's great to be back in Kyoto for the 4th Kyoto U - VUW workshop on electronic materials incl. #superconductors, HTS engineering, #spintronics. Fantastic to see friends + colleagues in Kyoto for the 1st time since the last workshop in 2019. @PaihauRobinson @VicUniWgtn

drsciman's tweet image. FINALLY...it's great to be back in Kyoto for the 4th Kyoto U - VUW workshop on electronic materials incl. #superconductors, HTS engineering, #spintronics. Fantastic to see friends + colleagues in Kyoto for the 1st time since the last workshop in 2019. @PaihauRobinson @VicUniWgtn
drsciman's tweet image. FINALLY...it's great to be back in Kyoto for the 4th Kyoto U - VUW workshop on electronic materials incl. #superconductors, HTS engineering, #spintronics. Fantastic to see friends + colleagues in Kyoto for the 1st time since the last workshop in 2019. @PaihauRobinson @VicUniWgtn

My star student @shivam_kajale will be speaking about next generation #spintronics in #atomically thin magnets to enable energy efficient computing for big data and #AI. Join us at the nanobio seminar series on April 25th at 1pm ET. As always this webinar is free and open to…

DeblinaSarkar59's tweet image. My star student @shivam_kajale will be speaking about next generation #spintronics in #atomically thin magnets to enable energy efficient computing for big data and #AI. Join us at the nanobio seminar series on April 25th at 1pm ET. As always this webinar is free and open to…

Congrats to Louis Farcis for very successful PhD defense! Thanks to jury @HehnMichel (@labo_IJL), @DamienQuerlioz (@C2N_com), A. Deac (@HZDR_Dresden), @julie_grollier (@LaboAlbertFert), L. Anghel (@GrenobleINP) and advisors R. Sousa & @LiliPrejbeanu at @SPINTEC_Lab #spintronics

SPINTEC_Lab's tweet image. Congrats to Louis Farcis for very successful PhD defense! Thanks to jury @HehnMichel (@labo_IJL), @DamienQuerlioz (@C2N_com), A. Deac (@HZDR_Dresden), @julie_grollier (@LaboAlbertFert), L. Anghel (@GrenobleINP) and advisors R. Sousa & @LiliPrejbeanu at @SPINTEC_Lab #spintronics

🎉 Congratulations to James Gaynor, named a 2025 Beckman Young Investigator by the Arnold and Mabel @BeckmanFnd! We’re proud to celebrate this national recognition of James’s bold and creative science. #FacultyExcellence #Spintronics #Chirality

NUChemistry's tweet image. 🎉 Congratulations to James Gaynor, named a 2025 Beckman Young Investigator by the Arnold and Mabel @BeckmanFnd! We’re proud to celebrate this national recognition of James’s bold and creative science.
#FacultyExcellence #Spintronics #Chirality

And we are starting annual meeting @pepr_spin at Nancy @VilledeNancy Centro Prouvé #magnetism #magnétisme #spintronics 🧲🔎🧭🧲🧲💡⚡️🔬🥼👩‍🔬👨‍🔬🇫🇷🇫🇷🤝💪👍@labo_ijl @spin_ijl

carlos_rojas101's tweet image. And we are starting annual meeting  @pepr_spin at Nancy @VilledeNancy Centro Prouvé #magnetism #magnétisme #spintronics 🧲🔎🧭🧲🧲💡⚡️🔬🥼👩‍🔬👨‍🔬🇫🇷🇫🇷🤝💪👍@labo_ijl @spin_ijl

🗣️ SEMINARS  Join us for this 𝐬𝐞𝐦𝐢𝐧𝐚𝐫 by Prof. Shinji Miwa from @UTokyo_News_en / @UTokyo_issp 📆 26/09/2025 ⏰ 12 PM  📍 ICN2 Seminar Room 📝 Register here to attend! 👉 forms.office.com/e/kLdh9NsmhH 🔃 Sharing is appreciated! #Spintronics #CreatingImpact

icn2nano's tweet image. 🗣️ SEMINARS 

Join us for this 𝐬𝐞𝐦𝐢𝐧𝐚𝐫 by Prof. Shinji Miwa from @UTokyo_News_en / @UTokyo_issp

📆 26/09/2025
⏰ 12 PM 
📍 ICN2 Seminar Room
📝 Register here to attend! 👉 forms.office.com/e/kLdh9NsmhH
🔃 Sharing is appreciated!

#Spintronics #CreatingImpact

Exciting breakthrough in chiral spintronics! Discovery of 2D layered van der Waals magnets stabilizing chiral nano-magnetic objects above room temperature promising for high-temperature spintronic applications! #Spintronics, #Materials Science, #Nanotechnology, #npj Spintronics

IiserTirupati's tweet image. Exciting breakthrough in chiral spintronics! Discovery of 2D layered van der Waals magnets stabilizing chiral nano-magnetic objects above room temperature promising for high-temperature spintronic applications!
#Spintronics,  #Materials Science, #Nanotechnology, #npj Spintronics
IiserTirupati's tweet image. Exciting breakthrough in chiral spintronics! Discovery of 2D layered van der Waals magnets stabilizing chiral nano-magnetic objects above room temperature promising for high-temperature spintronic applications!
#Spintronics,  #Materials Science, #Nanotechnology, #npj Spintronics

A nice study by Zhao and Shi (@5LxVHXM0HDufTSj) unveils a kinetically stabilized [3]triangulene with enhanced stability, paving the way for high-spin organic materials. Read more in Chemistry MDPI: doi.org/10.3390/chemis… #Spintronics #Triangulene

IAlabugin's tweet image. A nice study by Zhao and  Shi (@5LxVHXM0HDufTSj)  unveils a kinetically stabilized [3]triangulene with enhanced stability, paving the way for high-spin organic materials. Read more in Chemistry MDPI: doi.org/10.3390/chemis… #Spintronics #Triangulene

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