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Catalogo Ricerca: [8583] Home page macrotipologia

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1 Contributo su Rivista 4877
- 1.1 Articolo in rivista 4826
- 1.2 Recensione in rivista 35
- 1.3 Scheda bibliografica 0
- 1.4 Nota a sentenza 0
- 1.5 Abstract in rivista 10
- 1.6 Traduzione in rivista 0
- 1.7 Editoriale in rivista 6

2 Contributo in Volume 206

3 Libro 68

4 Contributo in Atti di Convegno (Proceeding) 2689
- 4.1 Contributo in Atti di convegno 2210
- 4.2 Abstract in Atti di convegno 376
- 4.3 Poster 103

5 Altro 668
- 5.01 Composizione 5
- 5.02 Disegno 0
- 5.03 Design 0
- 5.04 Performance 1
- 5.05 Esposizione 1
- 5.06 Mostra 0
- 5.07 Manufatto 21
- 5.08 Prototipo d'arte e relativi progetti 0
- 5.09 Cartografia 0
- 5.10 Banca dati 0
- 5.11 Software 11
- 5.12 Altro 458
- 5.13 Progetto architettonico 0
- 5.14 Rapporto tecnico 127
- 5.15 Dataset 38
- 5.16 Norma 6

6 Brevetti 70
- 6.1 Brevetto 70

7 Curatele 5
- 7.1 Curatela 5

Prodotti recenti

Chasing the ohm

The ohm has been the unit of electric resistance for more than 150 years, but what we exactly mean by ‘a resistance of x ohm’ has evolved in terms of both meaning and magnitude during that time. Its realization has changed from mercury columns to mechanical constructs, and is now linked to immutable constants and embodied in the quantum Hall effect.

Clonal Dynamics of FLT3-ITD from Diagnosis to Relapse: Ultra-Sensitive Patient-Specific Monitoring by ddPCR

Quantum super-resolution microscopy by photon statistics and structured light

Reaching high-resolution imaging of delicate samples at a low-intensity level is a major challenge in microscopy. Here, we present and experimentally implement an advanced quantum super-resolution imaging technique based on photon statistics measurement. Our reconstruction algorithm adapts to any kind of non-Poissonian emitters, outperforming the corresponding classical SOFI method, in particular in low-light conditions. It offers sub-diffraction resolution improvement that scales with the p ...

Quantum (sensing) leap: Pushing the technology readiness of Nitrogen-Vacancy sensors in Europe forward

Characterization of nanodiamond samples for intracellular temperature sensing

Nitrogen-Vacancy (NV) center in nanodiamonds offers unique advantages for thermometry applied in biological samples. Small size and biocompatibility make nanodiamonds promising as nanoscale thermometers. The energy level structure of NV centers enables optical initialization and readout of the spin state, particularly in their triplet ground state, where the energy gap (Dgs) between |ms=0⟩ and |ms=±1⟩ is sensitive to environmental conditions. Variations in temperature, magnetic, or electric f...

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