The past two days have been incredible. It's inspiring to see the growing interest in our nanofabrication, quantum foundry services, and quantum devices. If you haven’t stopped by yet, don’t miss your chance! Visit us at booth #843 See you!.#APS2025 #Quantum #Nanofabrication

We are on our way to #apsmarch2025 meeting in #california, meet us at booth #843 to discuss how we can help you in micro and nanofabrication. #microfluidics #quantum #microfabrication

We would like to announce 2 new #Superconducting Quantum devices, the QiB1 and QiB2. The QiB1 and QiB2 contains 6 and 7 #qubits respectively and come in ConScience’s newly developed Box16 packaging, ensuring easy integration into quantum research setups.

RT @Qruise_ai: Haven’t received your invite to Resonance II yet?💫 . Planning to be at the APS Global Summit? Join us on March 19, 2025, at….

Thanks to QSIP and all our partners and hosts in Singapore for making this initiative possible. Together, let’s shape the future of quantum technology! .#QuantumComputing #Innovation #SwedenSingapore @vinnovase.

ConScience is part of the #Swedish #quantum delegation heading to Singapore 11-14 March 2025 . We are proud to contribute to this delegation, which is organized by the QuantumSweden Innovation Platform We’ll be engaging with #Singapore’s leading quantum organizations.

RT @wacqt_sweden: Check out this video by Janka Biznárová! Janka completed her PhD at #WACQT 2024 and is now at @ConScienceAB. https://t.c….

In this video, our nanofabrication engineer, Janka Biznarova shows how aluminium based superconducting Qubit devices are fabricated. #quantum #nanofabrication #josephsonjunctions.

RT @agusmihi: Excited to share our latest publication in Nature Communications! Chiral 2D nanophotonic arrays from metal colloids with stro….

Join us in celebrating this auspicious year and the exciting future of quantum technology!. #YearOfTheSnake #QuantumComputing #Innovation #ConScienceAB #QuantumTechnology.

This year is particularly special as it marks the Year of Quantum Computing. We're excited about the possibilities that lie ahead! Our product, the Qubit-in-a-box 0 (QiB0), exemplifies our cutting-edge fabrication capabilities, achieving decoherence times (T1) of up to 250 µs.

As we celebrate the Year of the Snake, we're thrilled to share an image of our waveguide resonator - integral part our quantum technology at ConScience. Just as the snake symbolizes transformation and adaptability, our quantum solutions pave the way for groundbreaking advancement

At ConScience, Janka will contribute with her expertise in nanofabrication, quantum device design, and device characterization to achieve our goals in qubit coherence and fidelity, accelerating the development of our quantum products.

With an academic background in chemical engineering and nanotechnology, Janka tackled the challenge of improving device coherence through fabrication process development, materials analysis, design optimization, and cryogenic microwave characterization.

and resonators.We’re thrilled to welcome Janka Biznárová to the ConScience team! Janka earned her PhD at Chalmers University of Technology, where she advanced the understanding of#decoherencemechanisms in #superconducting #quantum #circuits, including #transmonqubits

Hammar, P. et al. Direct Measurement Of Transcription Factor Dissociation Excludes A Simple Operator Occupancy Model For Gene Regulation. Nature Genetics 2014, 46, 405-408.

Examples of Mother Machine Molds from ConScience can be found literature, including in @ScienceMagazine and @NaturePortfolio Jones, D. et al. Kinetics Of dCas9 Target Search In Escherichia Coli. Science 2017, 357, 1420-1424.

We offer an accuracy of less than 30 nm for channel sizes as well as the possibility of multiple channel sizes with square cross-section on one and the same mold - opening up unexplored possibilities for mother machine #microfluidics #cellbiology.

For the past 12 years, @ConScienceAB has excelled in the production of Mother Machine molds for numerous research groups at Universities such as @UppsalaUniversity @Harvard @UniofOxford @Cambridge_Uni , and @UCSanDiego and many more.

You can read more about the Mother Machine concept and how to use it on the homepage of its inventor, prof. @junlab_ucsd