We announce the roll out of the QiB2, a versatile superconducting qubit platform, designed for exploring qubit coupling architectures with various levels of complexity - from the simplest to multi-qubit coupling schemes - all in one device. https://t.co/K7v0xRv9Lb

We’re proud to announce that the first batch of flip-chip integrated quantum devices from our Quantum Foundry service has been successfully delivered. What is flip-chip packaging—and why does it matter for quantum computing?

@la_UPC @icmabCSIC @univgirona @chalmersuniv @KyushuUniv_EN @UCSD @VU_LT

contributions from @NaimoviciusL, Manvydas Dapkevičius, @ERadiunas, @miromila1993, @GKreiza, @calcaide_26, @BaronasPaul , @YoichiSasaki1 , @NobuhiroYanai , @KimizukaN, @AndrewBPun, @miquelsola, @twikpank, Karolis Kazlauskas, and Kasper Moth-Poulsen

Excited state computational analysis using TheoDORE, revealed a higher percentage of charge transfer character in S0S1 in TIPS-PY compared to PY which enhance the coupling of the triplet-pair state with the excited singlet-state,increasing the efficiency of singlet generation.

The new green-emitting annihilator (TIPS-PY) display a record red-to-green TTA-UC Q.Y.. The efficiency was achieved due to features of TIPS-PY: 1) retaining a high fluorescence QY 2) reduced triplet energy and 3) a high efficiency of singlet generation after triplet coupling

Excited to share the publication of “Enhancing the Statistical Probability Factor in Triplet-Triplet Annihilation Photon Upconversion via TIPS Functionalization” in @ChemicalScience https://t.co/ZoJIlPuXNp

Frequency Targeting In #superconducting quantum processors isn’t just a design detail — it’s a scaling bottleneck. Frequency crowding → higher gate error rates. Here we show how we work with this at https://t.co/vY9LzKyTfw

Join our #Quantum and #Nanofab in Gothenburg, Sweden!

Recycling of noble metals are extremely important for the long term sustainability of our society. #Metalrecycling is a new direction of research in my group, here is our first publication, which is a review in CCR https://t.co/VOKjrQuKQr

@MuhammadAdilSA @Rebecca_Salty @chalmers @icmabCSIC

protonation of the pyridine augments to energy storage time by locking the system in the quadricyclane form. work by @MuhammadAdilSA, Monika Shamsabadi, @Rebecca_Salty and Joakim Andreasson @chalmers @icmabCSIC @upc

I am happy to share the publication of our article "Norbornadiene Quadricyclane as Multimode Photoswitches: Synergistic Light and Protonation‐Controlled Heat Release" in @ChemSusChem Read: https://t.co/snDcZdNO0F

Check out our most recent contribution in collab with the Pal group at @durham_uni in @ChemRxiv ( https://t.co/4vbRZzxSKo) where we document the first examples of 2-photon absorbing (#2PA) #CPL from a chiral #mrtadf emitter. @StAndrewsChem @StAndrewsOsc

Photoswitching of the Two-Photon Absorption of Donor-Acceptor Substituted Dithienylethenes by Jordi Hernando, Uwe Pischel, and co-workers (@LabPischel) #OpenAccess 🔓

It was great to host Kasper Moth-Paulson @KMothPoulsen, hear about his great science, and show him around St Andrews

Every research discovery has a story Here is ours for our latest @NatCommun paper Congratulations to our Master and Ph. D students and collaborators https://t.co/w5T7PKczLl https://t.co/nijxz0lkfp

Had a great time in the @PlantAdaptOme lab at @CSIR_IHBT Palampur for the past one month as part of @BecariosFLC program. Thank you, Zinta bhai, for a great hospitality. @icmabCSIC @KMothPoulsen

Read the behind the paper story here https://t.co/aLEHtahgDL @icmabCSIC @la_UPC @chalmersuniv @ERC_Research @twikpank @NaimoviciusL @HelenHoelzel @IBECBarcelona @BecariosFLC

To demonstrate the concept, we apply an azobenzene-functionalized acetylcholine receptor M2 agonist  to regulate the heatbeat in living frog tadpoles. Further, we show that photoswitching can be done with NIR light through 8 mm of dried iberian ham.