Amelia

Cracked, but still there: the glass ceiling persists for senior women in science To mark International Women’s Day on 8 March, Mangala Srinivas reminds junior colleagues that career success won’t protect you from gender-based bias.

To mark International Women’s Day on 8 March, Mangala Srinivas reminds junior colleagues that career success won’t protect you from gender-based bias.

go.nature.com/4umaXyr

These benchmarks are designed to assess holistic system performance and to be scalable such that they can cover both noisy-intermediate scale quantum computers and fault-tolerant quantum computers.
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We propose four benchmarks:
* Clifford Volume
* GHZ-state preparation
* Shor’s period-finding algorithm
* Quantum error correction for Bell states
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In the first, the teams of the EU quantum-computing projects OpenSuperQPlus, Millenion, and SPINUS came together to define a suite of benchmarks to help us assess the development of quantum computers. These benchmarks are developed to be KPIs for the EU Quantum Flagship.
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The EU Quantum Flagship's Key Performance Indicators for Quantum Computing As quantum processors continue to scale in size and complexity, the need for well-defined, reproducible, and technology-agnostic performance metrics becomes increasingly critical. Here we present a su...

Two new preprints out today in the rush before Christmas:

”The EU Quantum Flagship’s key performance indicators for quantum computing”
arxiv.org/abs/2512.19653

”Crosstalk dispersion and spatial scaling in superconducting qubit arrays”
arxiv.org/abs/2512.18148
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Project SPINUS reaches milestones towards scalable solid-state quantum computing...
weiterlesen

I’m working as PM of the EU-funded projects:

🟠 SPINUS: Scalable solid-state quantum simulation and quantum computation hardware.
spinus-quantum.eu

🟣 Qu-Test: Organised into three testbeds quantum computing, quantum communication and quantum sensing, validates cutting-edge technologies.
qu-test.eu

📢 On 03.02, our coordinator will join a workshop on synergies and key challenges in accelerating bioprinting innovations from the lab to clinical trials, alongside other EU-funded projects @keratoprinter.bsky.social, #NEOLIVER, and @horizonluminate.bsky.social
Learn more here ⤵️
tinyurl.com/3b5j42f4

Atomic-scale manipulation studies never get old. This one, led by @benjamin-lowe.bsky.social, uses the #STM tip to drive a #Kondo seesaw in a #2D #MOF on Ag(111).

Lifting magnetic fingerprints using scanning probe microscopy A Czech and Spanish-led research team has demonstrated the ability to distinguish subtle differences between magnetic ground states using a new form of scanning probe microscopy.

A new scanning probe microscopy technique using nickelocene molecules enables atomic-scale imaging and discrimination of magnetic ground states in nanographene and other π-magnets. doi.org/hbkjbq

🔜 16 de julio: seminario INMA con Benjamin Lowe, del Instituto de Física de la Academia Checa de Ciencias (Praga).
Charla, "Tuning electronic correlations at oxide interfaces"
ℹ inma.unizar-csic.es/agenda-event...
@unizar.es @aragoncsic.bsky.social #MCIU #AEI
@sommalliance.bsky.social

⚛️ Investigadores del #CSIC demuestran que una estructura de carbono funciona como bit cuántico magnético que puede activarse con campos eléctricos

🥇 Este trabajo del @inmadivulga.bsky.social  (@unizar.es) abre la puerta al diseño de materiales cuánticos "a la carta"

➡️ http://tiny.cc/e6zo001

Systematic modulation of charge and spin in graphene nanoribbons on MgO - Nature Communications Precise control of charge and spin states in quantum dots is often challenging. Here, the authors show systematic manipulation of the electron occupation in graphene nanoribbons laying on MgO.

Out in Nat. Commun. Led by David Serrate (Zaragoza) the exp. team shows controlled electron filling in GNRs on ultrathin MgO/Ag(001). Electropositive surface = up to 19 extra electrons! Honoured to contribute some theory.
🔗 www.nature.com/articles/s41...
#Graphene #QuantumMaterials #STM #Spintronics

¡Bienvenido a Praga Fede!

🧪⚛️

Hello! I’d like to be added to the feed to share my work with the community orcid.org/0000-0001-82...

Congrats Dr. Chen! 👏

🎥 #NEOLIVER concept explained in 90 seconds!

Dr. Bart Spee (project coordinator) explains in this video the groundbreaking approach of #NEOLIVER project to create artificial organs from scratch.

➡️ Learn more about #NEOLIVER: neoliver.eu

Supported by @ec.europa.eu & European #HaDEA
🧪

I am currently working as PM on EU-funded projects:

🔵eCAP: Multi-function smart capsule connected to an e-health platform for better GI diagnostics
www.ehealth-cap.eu

🟣NEOLIVER: Automated generation of dense, functional and perfusable bioprinted liver constructs for transplantation.
neoliver.eu

Although eCAP device is designed only for diagnosis, some of the research outputs of the project will support the roadmap for smart capsules for GI therapeutics by advancing in component development and manufacturing processes for integration and miniaturisation of the electronic system.
🧪💊
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The underpinning technology platforms and knowhow needed to enable these devices is advanced through the eCAP project.

The eCAP project is a HE research and innovation project developing a multi-function smart capsule connected to an e-health platform.
More info: www.ehealth-cap.eu
🧪💊
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Screenshot of the published review "State-of-the-art and future perspectives in ingestible remotely controlled smart capsules for drug delivery: A GENEGUT review".

This review paper considers the state of the art in smart capsules for targeted and controlled drug delivery in the gastrointestinal (GI) tract, for conditions such as Irritable Bowel Disease (IBD).
Link to the review:
zenodo.org/records/1529...
🧪💊
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Hi Erik!
I'm Amelia Dominguez, project manager in charge of the science communication of two biomedical and health research EU-funded projects.
eCAP project: www.ehealth-cap.eu
NEOLIVER project: neoliver.eu
I'd like to be added to share the highlights of the projects with the community.
Thanks!😊