BucherLab (@bucherlab) 's Twitter Profile
BucherLab

@bucherlab

We are working on nano- and microscale NMR using NV-diamond quantum sensors for applications in microfluidics, single cell biology or material science.

ID: 1495034996150702080

linkhttps://www.ch.nat.tum.de/en/qsens/home/ calendar_today19-02-2022 13:58:22

65 Tweet

436 Followers

139 Following

Sabine Richert (@sabine_richert) 's Twitter Profile Photo

Please RT. We have a fully-funded PhD (or postdoctoral) position available in the field of molecular spintronics (combining optical spectroscopy and transient pulse EPR). The PDF advert can be found here: richert.uni-freiburg.de/contact. International EPR Society RSC_ESR GDCh Division of Photochemistry European Photochemistry Association

Please RT. 
We have a fully-funded PhD (or postdoctoral) position available in the field of molecular spintronics (combining optical spectroscopy and transient pulse EPR). The PDF advert can be found here: richert.uni-freiburg.de/contact. <a href="/EPR_ESR/">International EPR Society</a> <a href="/RSC_ESR/">RSC_ESR</a> <a href="/PhotochemGDCh/">GDCh Division of Photochemistry</a> <a href="/EuropeanPhotoc1/">European Photochemistry Association</a>
TU München (@tu_muenchen) 's Twitter Profile Photo

Researchers developed diamond #QuantumSensors, enhancing #NuclearMagneticResonance imaging for the precise study of microstructures in cells and advancements in battery technology: go.tum.de/035717 #NMRspectroscopy #MRI BucherLab 📷A. Heddergott

Asif Equbal @NYUAD (@asifequbal313) 's Twitter Profile Photo

Pls. spread the word 📢📢 Exciting #PostdocOpportunity Alert!🔍 Join NYU Abu Dhabi as a Postdoc/Research Associate to work on pulsed EPR and explore novel electronic and magnetic properties in semiconductors, topological insulators & 2D materials. 🌟

Pls. spread the word 📢📢

Exciting #PostdocOpportunity Alert!🔍
 
Join <a href="/NYUAbuDhabi/">NYU Abu Dhabi</a>  as a Postdoc/Research Associate to work on pulsed EPR and explore novel electronic and magnetic properties in semiconductors,  topological insulators &amp; 2D materials. 🌟
Munich Center for Quantum Science and Technology (@mcqst_cluster) 's Twitter Profile Photo

🎉A research team led by BucherLab achieved a significant milestone in #QuantumSensing by using spin defects as optically active qubits in hexagonal boron nitride (hBN), a well-known 2D material. ➡️Read all about it: mcqst.de/news-and-event…

🎉A research team led by <a href="/Bucherlab/">BucherLab</a> achieved a significant milestone in #QuantumSensing by using spin defects as optically active qubits in hexagonal boron nitride (hBN),  a well-known 2D material.
➡️Read all about it: mcqst.de/news-and-event…
BucherLab (@bucherlab) 's Twitter Profile Photo

A fantastic day for our startup QuantumDiamonds, which has raised 7m in seed funding. Huge congratulations to the team and thanks to the investors and public funding agencies (EIC & MQV). Please take a look at the exciting job openings! tech.eu/2023/11/27/qua…

BucherLab (@bucherlab) 's Twitter Profile Photo

Just in time for the New Year, we have published our perspective on future applications of NV-NMR. Enjoy reading, and have a happy new year! pubs.aip.org/aip/apl/articl…

Just in time for the New Year, we have published our perspective on future applications of NV-NMR. Enjoy reading, and have a happy new year!

pubs.aip.org/aip/apl/articl…
BucherLab (@bucherlab) 's Twitter Profile Photo

Our PhD student Robin D. Allert was interviewed by Bruker Biospin as part of his first place of this years NMR twitter conference! Kudos, Robin, for your contributions in the field! bruker.com/en/products-an…

Magnetic Resonance News (@nmr900) 's Twitter Profile Photo

Wednesday, January 31, 4 pm CET / 10 am EST, Leipzig Spin Resonance Colloquium, Prof. Dominik Bucher BucherLab TU München Using Quantum Defects in Diamond for Nano- and Microscale Magnetic Resonance Spectroscopy physes.uni-leipzig.de/en/lsr-colloqu… #NMRevents #NMRchat #NMR 🧲

Wednesday, January 31, 4 pm CET / 10 am EST, Leipzig Spin Resonance Colloquium, Prof. Dominik Bucher <a href="/Bucherlab/">BucherLab</a> <a href="/TU_Muenchen/">TU München</a> Using Quantum Defects in Diamond for Nano- and Microscale Magnetic Resonance Spectroscopy physes.uni-leipzig.de/en/lsr-colloqu… #NMRevents #NMRchat #NMR 🧲
EUROMAR 2025 (@euromar2025) 's Twitter Profile Photo

Don't miss out on the opportunity to learn from the best! These leading experts in their fields will share their insights and unique perspectives during #EUROMAR2024 Université Paris-Saclay | TU München | Université Grenoble Alpes #MRI #EPR #ESR

Don't miss out on the opportunity to learn from the best!

These leading experts in their fields will share their insights and unique perspectives during #EUROMAR2024

<a href="/UnivParisSaclay/">Université Paris-Saclay</a> | <a href="/TU_Muenchen/">TU München</a> | <a href="/UGrenobleAlpes/">Université Grenoble Alpes</a> 
#MRI #EPR #ESR
BucherLab (@bucherlab) 's Twitter Profile Photo

SAT.1 Bayern (national TV) spotlighted the latest advances in quantum technology. It also reports on our research on quantum sensors for biological applications and our startup QuantumDiamonds sat1.de/serien/1730-sa…

BucherLab (@bucherlab) 's Twitter Profile Photo

Please repost 🙏 We have an open position for a solid state NMR spectroscopist at the interface of energy materials and quantum technologies. Within the project the candidate will develop novel NV-based NMR methods to probe thin film battery materials and catalysts.

Please repost 🙏 
We have an open position for a solid state NMR spectroscopist at the interface of energy materials and quantum technologies. Within the project the candidate will develop novel NV-based NMR methods to probe thin film battery materials and catalysts.
Jorge Casanova (@jorgecasanovam2) 's Twitter Profile Photo

Orbits and quantum mechanics? 🤔, NMR at the microscale is the link! 😉. Our new preprint shows a mechanism for accessing solid-state samples in the low volume regime via NV color centers in diamond. Ramón y Cajal @ UPV/EHU UPV/EHU arxiv.org/abs/2405.12857

BucherLab (@bucherlab) 's Twitter Profile Photo

Excited to share our latest innovation: Optical magnetic resonance microscopy! We use an optical microscope with a diamond quantum chip to capture MRI signals on a camera. This technique bridges the gap between optical microscopy and MRI. arxiv.org/abs/2402.18239

BucherLab (@bucherlab) 's Twitter Profile Photo

We will be at the EUROMAR conference next week. On Monday, Nick von Grafenstein will present our novel optical wide-field NMR microscopy technique. On Thursday, Dominik will talk about the possibilities of single-cell NMR. Please get in touch if you would like to chat with us.

We will be at the EUROMAR conference next week. On Monday, Nick von Grafenstein will present our novel optical wide-field NMR microscopy technique. On Thursday, Dominik will talk about the possibilities of single-cell NMR. Please get in touch if you would like to chat with us.
SonjaSchmid (@scisonja) 's Twitter Profile Photo

Pleased to announce that we have a #PhD student vacancy on optical #quantum sensing of biomolecules: Join us University of Basel🇨🇭 and be part of the PhD school of the Swiss #Nanoscience Institute Swiss Nanoscience Institute (SNI). #phdchat So much looking forward to this project! RT = 🙏🙏🙏

Pleased to announce that we have a #PhD student vacancy on optical #quantum sensing of biomolecules:  
Join us <a href="/UniBasel_en/">University of Basel</a>🇨🇭 and be part of the PhD school of the Swiss #Nanoscience Institute <a href="/SNIunibas/">Swiss Nanoscience Institute (SNI)</a>.  #phdchat So much looking forward to this project!

RT = 🙏🙏🙏
BucherLab (@bucherlab) 's Twitter Profile Photo

Dominik will be giving a talk tomorrow at the Rocky Mountain Conference: rockychem.com. We are looking forward to exciting discussions!

Cristian Bonato (@cristian_bonato) 's Twitter Profile Photo

We have PhD and post-doc positions available, within large UK and EU collaborations on spin-based quantum technology in diamond and SiC. Get in touch asap! Please email [email protected], see also qpl.eps.hw.ac.uk for more info (please don't send twitter messages)

BucherLab (@bucherlab) 's Twitter Profile Photo

We have developed a simple yet powerful method to enhance your solid-state spin experiments! By simply modifying the drive of your AOM, you can significantly reduce noise and speed up imaging. Give it a try! More details on arxiv.org/pdf/2408.14894.

We have developed a simple yet powerful method to enhance your  solid-state spin experiments! By simply modifying the drive of your AOM,  you can significantly reduce noise and speed up imaging. Give it a try!  More details on arxiv.org/pdf/2408.14894.