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#quantumphotonics search results

i_sarpkaya's profile picture. Assistant Professor at Bilkent University-UNAM, PI of Quantum Photonics Lab @ Bilkent University-UNAM
ibrahim sarpkaya
 @i_sarpkaya
Dec 10, 2021

Our first photon antibunching data (g2~0.23) from hBN emitter in our Quantum Photonic Lab. #quantumlight #quantumphotonics @bilkentunam

i_sarpkaya's tweet image. Our first photon antibunching data (g2~0.23) from hBN emitter in our Quantum Photonic Lab. #quantumlight #quantumphotonics @bilkentunam
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QETLabsBristol's profile picture. Quantum Engineering Technologies Labs (QET Labs) at the University of Bristol, UK, incl. @QETLabsBristol & @BristolQE
QET Labs Bristol
 @QETLabsBristol
Sep 15, 2014

Early morning call for the coach to Tortworth Court for the #quantumphotonics #science away days

QETLabsBristol's tweet image. Early morning call for the coach to Tortworth Court for the #quantumphotonics #science away days
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MikolajKSchmidt's profile picture. ARC DECRA Fellow @ Macquarie University working on nano-, quantum-, theoretical-optics and acoustics. He/his.
Mikolaj K. Schmidt
 @MikolajKSchmidt
Jan 9, 2020

How do you go about creating a high-Q, ultra-small volume cavity for GHz #phonons? How about coupling it with a single NV? Here's an idea inspired by optical lightning-rod effect and dielectric photonic cavities! @PhotonicsMeetup #quantumphotonics #NV #diamond #AcademicTwitter

MikolajKSchmidt's tweet image. How do you go about creating a high-Q, ultra-small volume cavity for GHz #phonons? How about coupling it with a single NV? Here's an idea inspired by optical lightning-rod effect and dielectric photonic cavities! @PhotonicsMeetup #quantumphotonics #NV #diamond #AcademicTwitter
MikolajKSchmidt's tweet image. How do you go about creating a high-Q, ultra-small volume cavity for GHz #phonons? How about coupling it with a single NV? Here's an idea inspired by optical lightning-rod effect and dielectric photonic cavities! @PhotonicsMeetup #quantumphotonics #NV #diamond #AcademicTwitter
MikolajKSchmidt's tweet image. How do you go about creating a high-Q, ultra-small volume cavity for GHz #phonons? How about coupling it with a single NV? Here's an idea inspired by optical lightning-rod effect and dielectric photonic cavities! @PhotonicsMeetup #quantumphotonics #NV #diamond #AcademicTwitter
MikolajKSchmidt's tweet image. How do you go about creating a high-Q, ultra-small volume cavity for GHz #phonons? How about coupling it with a single NV? Here's an idea inspired by optical lightning-rod effect and dielectric photonic cavities! @PhotonicsMeetup #quantumphotonics #NV #diamond #AcademicTwitter
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senellartqd's profile picture. Twitter account of the Research Group of Pascale Senellart. Our main activity: quantum dot based optical quantum technologies (CNRS-C2N).
Senellart's QD Group
 @senellartqd
Feb 15, 2018

N. Spagnolo, from the group of @FabioSciarrino, discussing on integrated photonic circuits for quantum simulation of spin chain dynamics #qsc2018 #quantumphotonics #quantumsimulation #quantumcomputation

senellartqd's tweet image. N. Spagnolo, from the group of @FabioSciarrino, discussing on integrated photonic circuits for quantum simulation of spin chain dynamics #qsc2018 #quantumphotonics #quantumsimulation #quantumcomputation
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CQDCDT's profile picture. The Centre for Doctoral Training on Controlled Quantum Dynamics at Imperial College London.
CQD CDT
 @CQDCDT
Dec 6, 2017

Thanks to today's #QubiT #workshop speakers @DrAlexClark and Viv Kendon for their interesting talks on #quantumphotonics and #quantumcomputers

CQDCDT's tweet image. Thanks to today's #QubiT #workshop speakers @DrAlexClark and Viv Kendon for their interesting talks on #quantumphotonics and #quantumcomputers
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fastgroup_ifn's profile picture. Ultrafast Laser Micromachining of Photonic and Optofluidic Devices. Research Group led by Dr. Roberto Osellame @CNR_IFN.
FAST Group
 @fastgroup_ifn
Oct 16, 2018

Great talk of @SimoneAtzeni91 at @iciqp2018 about a laser written SPDC source of entangled photons.. BRAVO! #Entanglement #QuantumPhotonics

fastgroup_ifn's tweet image. Great talk of @SimoneAtzeni91 at @iciqp2018 about a laser written SPDC source of entangled photons.. BRAVO! #Entanglement #QuantumPhotonics
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HazeSol's profile picture. Marketing in tech @amdaris. All views my own.
Hazel Lush
 @HazeSol
Aug 11, 2018

We had such an inspiring evening with @QuantumInConvo & @QETLabsBristol yesterday at @IntheCanteen - they took us on an artful journey into the world of #QuantumPhotonics through stories & metaphors. Thank you all for your patience and for sharing the #magic #stem

HazeSol's tweet image. We had such an inspiring evening with @QuantumInConvo & @QETLabsBristol yesterday at @IntheCanteen - they took us on an artful journey into the world of #QuantumPhotonics through stories & metaphors. Thank you all for your patience and for sharing the #magic #stem
HazeSol's tweet image. We had such an inspiring evening with @QuantumInConvo & @QETLabsBristol yesterday at @IntheCanteen - they took us on an artful journey into the world of #QuantumPhotonics through stories & metaphors. Thank you all for your patience and for sharing the #magic #stem
HazeSol's tweet image. We had such an inspiring evening with @QuantumInConvo & @QETLabsBristol yesterday at @IntheCanteen - they took us on an artful journey into the world of #QuantumPhotonics through stories & metaphors. Thank you all for your patience and for sharing the #magic #stem
HazeSol's tweet image. We had such an inspiring evening with @QuantumInConvo & @QETLabsBristol yesterday at @IntheCanteen - they took us on an artful journey into the world of #QuantumPhotonics through stories & metaphors. Thank you all for your patience and for sharing the #magic #stem
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ebi_karimi's profile picture. Professor @ChapmanU and @CRC_CRC in Structured Waves and Quantum Comu. @uOttawa, Fellow @OpticaWorldwide, @MPI_Light, Member of @GlobalYAcademy & @src_rsc
Ebrahim Karimi
@ebi_karimi
Apr 1

We’ve set a new record in high-dimensional #QKD! Using a hybrid protocol based on position & momentum correlations, we reached 545 dimensions and 5.07 bits per photon—the highest ever for spatial modes. Simplified prep and enhanced security. #QuantumPhotonics…

ebi_karimi's tweet image. We’ve set a new record in high-dimensional #QKD! Using a hybrid protocol based on position & momentum correlations, we reached 545 dimensions and 5.07 bits per photon—the highest ever for spatial modes. Simplified prep and enhanced security. #QuantumPhotonics…
ebi_karimi's tweet image. We’ve set a new record in high-dimensional #QKD! Using a hybrid protocol based on position & momentum correlations, we reached 545 dimensions and 5.07 bits per photon—the highest ever for spatial modes. Simplified prep and enhanced security. #QuantumPhotonics…
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senellartqd's profile picture. Twitter account of the Research Group of Pascale Senellart. Our main activity: quantum dot based optical quantum technologies (CNRS-C2N).
Senellart's QD Group
 @senellartqd
Jul 9, 2018

Good morning! Another splendorous sunny day in our Campus of Marcoussis. Have a nice week full of #quantumphotonics! 😃 #c2n #cnrs #quantumdots #marcoussis #quantumphysics #singlephotons #MondayMotivation

senellartqd's tweet image. Good morning! Another splendorous sunny day in our Campus of Marcoussis. Have a nice week full of #quantumphotonics! 😃 #c2n #cnrs #quantumdots #marcoussis #quantumphysics #singlephotons #MondayMotivation
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silviazorzetti's profile picture. PhD in engineering, Mother of twins, Marie Curie Fellow @CERN, Working at @Fermilab on Quantum Computing @sqmscenter 🇺🇲 USA 🇮🇹 Italy
Silvia Zorzetti
 @silviazorzetti
Jun 9, 2022

The first prototype of new superconducting cavities to characterize electro-optic crystals at mK has been nicely manufactured by the Village Machine Shop at @Fermilab. This research will enable efficient quantum repeaters for #QuantumNetworks . #QuantumPhotonics @sqmscenter

silviazorzetti's tweet image. The first prototype of new superconducting cavities to characterize electro-optic crystals at mK has been nicely manufactured by the Village Machine Shop at @Fermilab. This research will enable efficient quantum repeaters for #QuantumNetworks . #QuantumPhotonics @sqmscenter
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S_Nunez_Sanchez's profile picture. PhD Physics. Senior Member @OpticaWorldwide. Vicepresident Nanophotonics @sedoptica. Developing organic Q-matter inspired by Quantum Biology @UMinho_Oficial
Dr. Sara Nunez-Sanchez
 @S_Nunez_Sanchez
May 30, 2018

Sam from @QETLabsBristol is returning to Bristol after three months playing with #QuantumPhysics and #Chemistry in the @ColChemGroup. Last week enjoying Iberian NorthWest food and breaking the rules of English SouthWest traditions. The future of #QuantumPhotonics is #molecular

S_Nunez_Sanchez's tweet image. Sam from @QETLabsBristol is returning to Bristol after three months playing with #QuantumPhysics and #Chemistry in the @ColChemGroup. Last week enjoying Iberian NorthWest food and breaking the rules of English SouthWest traditions. The future of #QuantumPhotonics is #molecular
S_Nunez_Sanchez's tweet image. Sam from @QETLabsBristol is returning to Bristol after three months playing with #QuantumPhysics and #Chemistry in the @ColChemGroup. Last week enjoying Iberian NorthWest food and breaking the rules of English SouthWest traditions. The future of #QuantumPhotonics is #molecular
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ebi_karimi's profile picture. Professor @ChapmanU and @CRC_CRC in Structured Waves and Quantum Comu. @uOttawa, Fellow @OpticaWorldwide, @MPI_Light, Member of @GlobalYAcademy & @src_rsc
Ebrahim Karimi
@ebi_karimi
Jul 23, 2024

What better way to start our annual Max Planck Quantum and Extreme Photonics meeting in Ottawa than with a stunning refraction rainbow 🌈! Excited for the brilliant discussions and hearing groundbreaking research. #QuantumPhotonics #MaxPlanck #uOttawa

ebi_karimi's tweet image. What better way to start our annual Max Planck Quantum and Extreme Photonics meeting in Ottawa than with a stunning refraction rainbow 🌈! Excited for the brilliant discussions and hearing groundbreaking research. #QuantumPhotonics #MaxPlanck #uOttawa
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sejeong85's profile picture.
오월
 @sejeong85
Nov 11, 2023

A warm welcome to our new group member, Chia-Chun and happy birthday to Jey! sites.google.com/view/sejeongki…… #nanophotonics #quantumphotonics #2Dmaterial #AcademicChatter #STEM

sejeong85's tweet image. A warm welcome to our new group member, Chia-Chun and happy birthday to Jey! sites.google.com/view/sejeongki…… #nanophotonics #quantumphotonics #2Dmaterial #AcademicChatter #STEM
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sejeong85's profile picture.
오월
 @sejeong85
Oct 1, 2019

Wanna join our lab? This is my poster for the 'Honours Info Evening' tonight. #nanophotonics #AcademicTwitter #quantumphotonics @igordownunder @UTS_Science @UTSEngage

sejeong85's tweet image. Wanna join our lab? This is my poster for the 'Honours Info Evening' tonight. #nanophotonics #AcademicTwitter #quantumphotonics @igordownunder @UTS_Science @UTSEngage
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Amir_Safavi_N's profile picture. Associate Professor of Applied Physics @stanford
Amir Safavi-Naeini
 @Amir_Safavi_N
Mar 20, 2024

1/4 Back by popular demand 😃 … 🔬 Excited to share another of our latest work published in @ScienceAdvances. #QuantumPhotonics #SqueezedLight science.org/doi/10.1126/sc…

Amir_Safavi_N's tweet image. 1/4 Back by popular demand 😃 … 🔬 Excited to share another of our latest work published in @ScienceAdvances. #QuantumPhotonics #SqueezedLight science.org/doi/10.1126/sc…
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OpticaPubsGroup's profile picture. News, updates, and current research from Optica Publishing Group - home of the largest and most-cited collection of peer-reviewed #optics and #photonics content
Optica Publishing Group
 @OpticaPubsGroup
Apr 15, 2020

via #OSA_Optica: Hybrid integration methods for on-chip quantum photonics ow.ly/6tAa50zdAI2 #QuantumPhotonics

OpticaPubsGroup's tweet image. via #OSA_Optica: Hybrid integration methods for on-chip quantum photonics ow.ly/6tAa50zdAI2 #QuantumPhotonics
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PurduePresident's profile picture. 13th president of @LifeAtPurdue | Father | Professor | Engineer | Entrepreneur | #TheNextGiantLeap🚂
Dr. Mung Chiang
 @PurduePresident
Sep 2, 2017

Preeminent Team #QuantumPhotonics explores new chapter of physics w/ epsilon-near-zero mtls bit.ly/abolt bit.ly/ptbsj

PurduePresident's tweet image. Preeminent Team #QuantumPhotonics explores new chapter of physics w/ epsilon-near-zero mtls bit.ly/abolt bit.ly/ptbsj
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ebi_karimi's profile picture. Professor @ChapmanU and @CRC_CRC in Structured Waves and Quantum Comu. @uOttawa, Fellow @OpticaWorldwide, @MPI_Light, Member of @GlobalYAcademy & @src_rsc
Ebrahim Karimi
@ebi_karimi
Jun 21, 2024

Would you like to verify your quantum circuit? Try our FQPT! It reduces the number of measurements needed for complete characterisation of a quantum system. Orignal article 👉rdcu.be/dLv4R Press 👉 shorturl.at/nlQV6 👉shorturl.at/Gxsv1 #Quantumphotonics

ebi_karimi's tweet image. Would you like to verify your quantum circuit? Try our FQPT! It reduces the number of measurements needed for complete characterisation of a quantum system. Orignal article 👉rdcu.be/dLv4R Press 👉 shorturl.at/nlQV6 👉shorturl.at/Gxsv1 #Quantumphotonics
ebi_karimi's tweet image. Would you like to verify your quantum circuit? Try our FQPT! It reduces the number of measurements needed for complete characterisation of a quantum system. Orignal article 👉rdcu.be/dLv4R Press 👉 shorturl.at/nlQV6 👉shorturl.at/Gxsv1 #Quantumphotonics
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FindLightInc's profile picture. Curating news and insights in science - physics, robotics, photonics, and more! Follow us for the latest breakthroughs. #Innovate #DiscoverScience
FindLight
@FindLightInc
Nov 12

Quantum photonics step-up: a new broadband, polarization-entangled photon source spanning 1564–9125 nm enables advanced quantum communications and sensing. Discover more: findlight.net/lasers/ultrafa… #QuantumPhotonics #EntangledPhotons #Photonics

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SiPhotonIC_Aps's profile picture. SiPhotonIC Technologies provides fast and high quality silicon photonic integrated circuit production services with eBeam lithography nano-fabrication.
SiPhotonIC Technologies
 @SiPhotonIC_Aps
Oct 22

📚 𝗣𝗿𝗼𝘃𝗲𝗻 𝗧𝗿𝗮𝗰𝗸 𝗥𝗲𝗰𝗼𝗿𝗱. SiPhotonIC's PICs featured in Science, Nature Communications, and Nano Letters. Trust us for your next breakthrough! Learn more: siphotonic.com Contact: [email protected] #ResearchExcellence #QuantumPhotonics

SiPhotonIC_Aps's tweet image. 📚 𝗣𝗿𝗼𝘃𝗲𝗻 𝗧𝗿𝗮𝗰𝗸 𝗥𝗲𝗰𝗼𝗿𝗱. SiPhotonIC's PICs featured in Science, Nature Communications, and Nano Letters. Trust us for your next breakthrough! Learn more: siphotonic.com Contact: info@siphotonic.com #ResearchExcellence #QuantumPhotonics
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LIGENTECPIC's profile picture. LIGENTEC is your partner for Photonic Integrated Circuits in high-tech areas such as Communication, Quantum technologies, LiDAR and Sensing.
LIGENTEC
 @LIGENTECPIC
Oct 15

🌟 Bristol bound: @LIGENTEC's Stijn Cuyvers will present at the @Optica_org Quantum Industry Summit! Topic: Advanced PICs enabling next-gen quantum applications 🔬 Nov 11-12 | Bristol, UK | Register ⬇️ optica.org #QuantumPhotonics #PICs #Innovation

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geniuspulse360's profile picture. Your 360° dose of ideas, trends, and tools to grow in every space that matters.
Genius Pulse 360
 @geniuspulse360
Aug 13

Researchers from the University of Innsbruck and partners have developed a new all-optical method—stimulated two-photon excitation—to generate multi-photon states with different polarizations from a single quantum dot, eliminating bulky, loss-inducing switches. #QuantumPhotonics

geniuspulse360's tweet image. Researchers from the University of Innsbruck and partners have developed a new all-optical method—stimulated two-photon excitation—to generate multi-photon states with different polarizations from a single quantum dot, eliminating bulky, loss-inducing switches. #QuantumPhotonics
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ThanRuabk's profile picture. Vô gia cư
Bui Viet Nam
 @ThanRuabk
Jul 25

Georgia’s National Science Foundation funded 10 grants on photonic-quantum research, focusing on on-chip waveguide entanglement generation and detection. #QuantumPhotonics #NSF

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raylabian's profile picture.
RAYLA BIAN
 @raylabian
Jul 24

The refurbished Abastumani Observatory integrates quantum photonics experiments, exploring single-photon detectors for low-light astronomical imaging. #QuantumPhotonics #AstroTech

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neymarsu05's profile picture. NEYMAR AND VOLEYBOL ∞
NEYMAR ♔
 @neymarsu05
Jul 16

CNR’s photonic crystal research realized ultra-compact waveguides for on-chip quantum photonics, reducing footprint by 70%. #QuantumPhotonics #IntegratedOptics

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_juan_e's profile picture. Independent researcher | Author of the Vector-Tensional (VT) Model | Astrophysics, gravity & space-time | No dark matter, just field equations |
J.A.Márquez
 @_juan_e
Jul 4

Not interference. Not a wave. Not interference. Not interference. Not a wave. Not a particle. It’s tensional geometry rearranging as a single photon passes. The quantum basis might lie elsewhere. The quantum channel might be space itself.🤯🤯🤯🤯 #QuantumPhotonics @MIT

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IEEEPhotonics's profile picture. Global professional home for scientists & engineers who advance laser, optics & photonics tech for the benefit of humanity. #Ally #OneIEEE
IEEE Photonics Society
 @IEEEPhotonics
Jul 3

Congrats to Roberto Morandotti, recipient of the 2025 IEEE Photonics Society Quantum Electronics Award! Honored for his work on entanglement & complex quantum state processing in photonic systems. Learn more: ieeephotonics.org/announcements/… #QuantumPhotonics #Photonics #QuantumTech…

IEEEPhotonics's tweet image. Congrats to Roberto Morandotti, recipient of the 2025 IEEE Photonics Society Quantum Electronics Award! Honored for his work on entanglement & complex quantum state processing in photonic systems. Learn more: ieeephotonics.org/announcements/… #QuantumPhotonics #Photonics #QuantumTech…
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SiPhotonIC_Aps's profile picture. SiPhotonIC Technologies provides fast and high quality silicon photonic integrated circuit production services with eBeam lithography nano-fabrication.
SiPhotonIC Technologies
 @SiPhotonIC_Aps
Jun 27

🌌 𝗤𝘂𝗮𝗻𝘁𝘂𝗺 𝗣𝗵𝗼𝘁𝗼𝗻𝗶𝗰𝘀 𝘄𝗶𝘁𝗵 𝗜𝗺𝗽𝗿𝗼𝘃𝗲𝗱 𝗦𝗢𝗜. SiPhotonIC's platform: <1dB coupling loss for quantum computing and secure communication. Push boundaries together! Learn more: siphotonic.com Contact: [email protected] #QuantumPhotonics

SiPhotonIC_Aps's tweet image. 🌌 𝗤𝘂𝗮𝗻𝘁𝘂𝗺 𝗣𝗵𝗼𝘁𝗼𝗻𝗶𝗰𝘀 𝘄𝗶𝘁𝗵 𝗜𝗺𝗽𝗿𝗼𝘃𝗲𝗱 𝗦𝗢𝗜. SiPhotonIC&apos;s platform: &amp;lt;1dB coupling loss for quantum computing and secure communication. Push boundaries together! Learn more: siphotonic.com Contact: info@siphotonic.com #QuantumPhotonics
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FlimLabs's profile picture. Portable devices for fluorescence lifetime analysis.
FLIM LABS
 @FlimLabs
Jun 20

Let’s dive into a hands-on session with our Quantum Photonics Bundle! You’ll be surprised how simple, user-friendly, and powerful it is For more information, contact us! flimlabs.com/products/quant… tediel.com #FLIM #photonics #quantumphotonics #Tediel #FLIMLABS

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FlimLabs's profile picture. Portable devices for fluorescence lifetime analysis.
FLIM LABS
 @FlimLabs
Jun 20

Let’s dive into a hands-on session with our Quantum Photonics Bundle! You’ll be surprised how simple, user-friendly, and powerful it is For more information, contact us! flimlabs.com/products/quant… tediel.com #FLIM #photonics #quantumphotonics #Tediel #FLIMLABS

FlimLabs's tweet card. A complete instrument solution, conceived for pursuing single-photon FLIM imaging and fluorescence lifetime spectroscopy applications
Quantum Photonics Bundle - FLIM LABS S.r.l.
Source: flimlabs.com
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FlimLabs's profile picture. Portable devices for fluorescence lifetime analysis.
FLIM LABS
 @FlimLabs
Jun 18

FLIM LABS and Tediel are proud to announce the launch of the Quantum Photonics Bundle! For more information, contact us flimlabs.com/products/quant… tediel.com #FLIM #photonics #quantumphotonics Credits: Piledriver by J.Shaw URL: audionautix.com

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UMichECE's profile picture. ECE @UMich is a top-ranked, world-class department that is pushing the boundaries of research in the most high-tech and innovative areas affecting society.
Electrical & Computer Engineering at Michigan
 @UMichECE
Jun 9

🎉 Big congrats to Weiwei Jiang on a successful PhD defense! His work explores ultrafast, light-induced effects in semiconductor nanostructures, opening doors for advances in quantum photonics and optoelectronics. Incredible work, Weiwei! 👏✨ #QuantumPhotonics #goblue

UMichECE's tweet image. 🎉 Big congrats to Weiwei Jiang on a successful PhD defense! His work explores ultrafast, light-induced effects in semiconductor nanostructures, opening doors for advances in quantum photonics and optoelectronics. Incredible work, Weiwei! 👏✨ #QuantumPhotonics #goblue
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QPIC1550's profile picture. QPIC 1550 is a new @HorizonEU project, pioneering the future of quantum photonics.
QPIC 1550 Project
 @QPIC1550
Jun 5

🔵 Meet the minds behind #QPIC1550❗𝘍𝘪𝘯𝘢𝘭 𝘛𝘦𝘢𝘴𝘦𝘳 🎥 💡 As we gear up to unveil our introductory video, we’re closing our sneak peek series with a powerful message from Alexandre Bazin - @LIGENTECPIC✨ 🔜 Stay tuned for the full video release! #QuantumPhotonics

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OpticaPubsGroup's profile picture. News, updates, and current research from Optica Publishing Group - home of the largest and most-cited collection of peer-reviewed #optics and #photonics content
Optica Publishing Group
 @OpticaPubsGroup
Apr 15, 2020

via #OSA_Optica: Hybrid integration methods for on-chip quantum photonics ow.ly/6tAa50zdAI2 #QuantumPhotonics

OpticaPubsGroup's tweet image. via #OSA_Optica: Hybrid integration methods for on-chip quantum photonics ow.ly/6tAa50zdAI2 #QuantumPhotonics
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fastgroup_ifn's profile picture. Ultrafast Laser Micromachining of Photonic and Optofluidic Devices. Research Group led by Dr. Roberto Osellame @CNR_IFN.
FAST Group
 @fastgroup_ifn
Oct 16, 2018

Great talk of @SimoneAtzeni91 at @iciqp2018 about a laser written SPDC source of entangled photons.. BRAVO! #Entanglement #QuantumPhotonics

fastgroup_ifn's tweet image. Great talk of @SimoneAtzeni91 at @iciqp2018 about a laser written SPDC source of entangled photons.. BRAVO! #Entanglement #QuantumPhotonics
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senellartqd's profile picture. Twitter account of the Research Group of Pascale Senellart. Our main activity: quantum dot based optical quantum technologies (CNRS-C2N).
Senellart's QD Group
 @senellartqd
Feb 15, 2018

N. Spagnolo, from the group of @FabioSciarrino, discussing on integrated photonic circuits for quantum simulation of spin chain dynamics #qsc2018 #quantumphotonics #quantumsimulation #quantumcomputation

senellartqd's tweet image. N. Spagnolo, from the group of @FabioSciarrino, discussing on integrated photonic circuits for quantum simulation of spin chain dynamics #qsc2018 #quantumphotonics #quantumsimulation #quantumcomputation
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OpticaPubsGroup's profile picture. News, updates, and current research from Optica Publishing Group - home of the largest and most-cited collection of peer-reviewed #optics and #photonics content
Optica Publishing Group
 @OpticaPubsGroup
Dec 16, 2019

via #OSA_Optica: Interfacing scalable photonic platforms: solid-state based multi-photon interference in a reconfigurable glass chip ow.ly/9UJf50xA9WD #QuantumPhotonics #QuantumInformation @CNRS

OpticaPubsGroup's tweet image. via #OSA_Optica: Interfacing scalable photonic platforms: solid-state based multi-photon interference in a reconfigurable glass chip ow.ly/9UJf50xA9WD #QuantumPhotonics #QuantumInformation @CNRS
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sejeong85's profile picture.
오월
 @sejeong85
Nov 11, 2023

A warm welcome to our new group member, Chia-Chun and happy birthday to Jey! sites.google.com/view/sejeongki…… #nanophotonics #quantumphotonics #2Dmaterial #AcademicChatter #STEM

sejeong85's tweet image. A warm welcome to our new group member, Chia-Chun and happy birthday to Jey! sites.google.com/view/sejeongki…… #nanophotonics #quantumphotonics #2Dmaterial #AcademicChatter #STEM
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QETLabsBristol's profile picture. Quantum Engineering Technologies Labs (QET Labs) at the University of Bristol, UK, incl. @QETLabsBristol & @BristolQE
QET Labs Bristol
 @QETLabsBristol
Sep 15, 2014

Early morning call for the coach to Tortworth Court for the #quantumphotonics #science away days

QETLabsBristol's tweet image. Early morning call for the coach to Tortworth Court for the #quantumphotonics #science away days
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MikolajKSchmidt's profile picture. ARC DECRA Fellow @ Macquarie University working on nano-, quantum-, theoretical-optics and acoustics. He/his.
Mikolaj K. Schmidt
 @MikolajKSchmidt
Jan 9, 2020

How do you go about creating a high-Q, ultra-small volume cavity for GHz #phonons? How about coupling it with a single NV? Here's an idea inspired by optical lightning-rod effect and dielectric photonic cavities! @PhotonicsMeetup #quantumphotonics #NV #diamond #AcademicTwitter

MikolajKSchmidt's tweet image. How do you go about creating a high-Q, ultra-small volume cavity for GHz #phonons? How about coupling it with a single NV? Here&apos;s an idea inspired by optical lightning-rod effect and dielectric photonic cavities! @PhotonicsMeetup #quantumphotonics #NV #diamond #AcademicTwitter
MikolajKSchmidt's tweet image. How do you go about creating a high-Q, ultra-small volume cavity for GHz #phonons? How about coupling it with a single NV? Here&apos;s an idea inspired by optical lightning-rod effect and dielectric photonic cavities! @PhotonicsMeetup #quantumphotonics #NV #diamond #AcademicTwitter
MikolajKSchmidt's tweet image. How do you go about creating a high-Q, ultra-small volume cavity for GHz #phonons? How about coupling it with a single NV? Here&apos;s an idea inspired by optical lightning-rod effect and dielectric photonic cavities! @PhotonicsMeetup #quantumphotonics #NV #diamond #AcademicTwitter
MikolajKSchmidt's tweet image. How do you go about creating a high-Q, ultra-small volume cavity for GHz #phonons? How about coupling it with a single NV? Here&apos;s an idea inspired by optical lightning-rod effect and dielectric photonic cavities! @PhotonicsMeetup #quantumphotonics #NV #diamond #AcademicTwitter
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OpticaPubsGroup's profile picture. News, updates, and current research from Optica Publishing Group - home of the largest and most-cited collection of peer-reviewed #optics and #photonics content
Optica Publishing Group
 @OpticaPubsGroup
Dec 5, 2019

via the Materials and Devices for Quantum Photonics Feature Issue of #OSA_OMEx: Thermal-demagnetization-enhanced hybrid fiber-based thermometer coupled with nitrogen-vacancy centers ow.ly/L0xx50xs8Ef #QuantumSensors #QuantumPhotonics #FiberSensor #NVCenters #Diamond

OpticaPubsGroup's tweet image. via the Materials and Devices for Quantum Photonics Feature Issue of #OSA_OMEx: Thermal-demagnetization-enhanced hybrid fiber-based thermometer coupled with nitrogen-vacancy centers ow.ly/L0xx50xs8Ef #QuantumSensors #QuantumPhotonics #FiberSensor #NVCenters #Diamond
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i_sarpkaya's profile picture. Assistant Professor at Bilkent University-UNAM, PI of Quantum Photonics Lab @ Bilkent University-UNAM
ibrahim sarpkaya
 @i_sarpkaya
Dec 10, 2021

Our first photon antibunching data (g2~0.23) from hBN emitter in our Quantum Photonic Lab. #quantumlight #quantumphotonics @bilkentunam

i_sarpkaya's tweet image. Our first photon antibunching data (g2~0.23) from hBN emitter in our Quantum Photonic Lab. #quantumlight #quantumphotonics @bilkentunam
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OpticaPubsGroup's profile picture. News, updates, and current research from Optica Publishing Group - home of the largest and most-cited collection of peer-reviewed #optics and #photonics content
Optica Publishing Group
 @OpticaPubsGroup
May 22, 2020

via #OSA_Optica: Guiding and confining of light in a two-dimensional synthetic space using electric fields ow.ly/rgAz50zJBSb #QuantumPhotonics @UofMaryland

OpticaPubsGroup's tweet image. via #OSA_Optica: Guiding and confining of light in a two-dimensional synthetic space using electric fields ow.ly/rgAz50zJBSb #QuantumPhotonics @UofMaryland
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CQDCDT's profile picture. The Centre for Doctoral Training on Controlled Quantum Dynamics at Imperial College London.
CQD CDT
 @CQDCDT
Dec 6, 2017

Thanks to today's #QubiT #workshop speakers @DrAlexClark and Viv Kendon for their interesting talks on #quantumphotonics and #quantumcomputers

CQDCDT's tweet image. Thanks to today&apos;s #QubiT #workshop speakers @DrAlexClark and Viv Kendon for their interesting talks on #quantumphotonics and #quantumcomputers
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quantum_london's profile picture. Quantum Computing - the business side, not the hardcore tech
Quantum London
 @quantum_london
Jun 8, 2019

Everyone I think I'm starting to understand #quantum then something new is mentioned. Does #quantumphotonics really mean you can build a #computer out of #light? #QuantumMechanics #QuantumComputing #QuantumComputer

quantum_london's tweet image. Everyone I think I&apos;m starting to understand #quantum then something new is mentioned. Does #quantumphotonics really mean you can build a #computer out of #light? #QuantumMechanics #QuantumComputing #QuantumComputer
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senellartqd's profile picture. Twitter account of the Research Group of Pascale Senellart. Our main activity: quantum dot based optical quantum technologies (CNRS-C2N).
Senellart's QD Group
 @senellartqd
Jul 9, 2018

Good morning! Another splendorous sunny day in our Campus of Marcoussis. Have a nice week full of #quantumphotonics! 😃 #c2n #cnrs #quantumdots #marcoussis #quantumphysics #singlephotons #MondayMotivation

senellartqd's tweet image. Good morning! Another splendorous sunny day in our Campus of Marcoussis. Have a nice week full of #quantumphotonics! 😃 #c2n #cnrs #quantumdots #marcoussis #quantumphysics #singlephotons #MondayMotivation
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OpticaPubsGroup's profile picture. News, updates, and current research from Optica Publishing Group - home of the largest and most-cited collection of peer-reviewed #optics and #photonics content
Optica Publishing Group
 @OpticaPubsGroup
Jan 11, 2021

Via #OSA_Optica: Toward 1% single-photon anharmonicity with periodically poled lithium niobate microring resonators ow.ly/jcp850D0Dzc #QuantumPhotonics #Microresonator #LithiumNiobate @Yale

OpticaPubsGroup's tweet image. Via #OSA_Optica: Toward 1% single-photon anharmonicity with periodically poled lithium niobate microring resonators ow.ly/jcp850D0Dzc #QuantumPhotonics #Microresonator #LithiumNiobate @Yale
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