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This second version of the report Nanoscience & Nanotechnology in Spain provides insights by identifying R&D directions and priorities in Spain. Moreover, it aims to be a valid source of guidance, not only for the scienti鍖c community but also for the industry.
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But imaging the heart and lungs presents a unique challenge. These organs are constantly in motion, making real-time visualization tricky. Thankfully, groundbreaking advances - like vacuum-based stabilization and motion compensation algorithms - are making high-resolution imaging of these moving structures a reality.
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- Advanced Imaging Solutions Discover the latest stabilization techniques that make it possible to capture clear, detailed images of beating hearts and expanding lungs.
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- Live Expert Discussion Connect with experts and get answers to your biggest questions about in vivo imaging.
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油
As the Solar System orbits the Milky Way, it encounters various Galactic environments, including dense regions of the
interstellar medium (ISM). These encounters can compress the heliosphere, exposing parts of the Solar System to the ISM, while also
increasing the influx of interstellar dust into the Solar System and Earths atmosphere. The discovery of new Galactic structures, such
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Aims. The present study investigates the potential passage of the Solar System through the Radcliffe wave gas structure over the past
30 million years (Myr).
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That's where Intravital Microscopy (IVM) comes in. This powerful imaging technology allows researchers to see cellular activity in real-time, with incredible clarity and precision.
But imaging the heart and lungs presents a unique challenge. These organs are constantly in motion, making real-time visualization tricky. Thankfully, groundbreaking advances - like vacuum-based stabilization and motion compensation algorithms - are making high-resolution imaging of these moving structures a reality.
What You'll Gain from This Webinar:
- New Scientific Insights See how IVM is transforming our understanding of immune cell movement in the lungs, cellular changes in heart disease, and more.
- Advanced Imaging Solutions Discover the latest stabilization techniques that make it possible to capture clear, detailed images of beating hearts and expanding lungs.
- Real-World Applications Learn how these innovations are driving major breakthroughs in cardiovascular and pulmonary research, with direct implications for disease treatment and drug development.
- Live Expert Discussion Connect with experts and get answers to your biggest questions about in vivo imaging.
This is your chance to explore how cutting-edge imaging is revolutionizing cardiothoracic research - shedding light on disease mechanisms, immune responses, and new therapeutic possibilities.
- Register now and stay ahead of the curve in in vivo imaging!The Solar Systems passage through the Radcliffe wave during the middle Miocene
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油
As the Solar System orbits the Milky Way, it encounters various Galactic environments, including dense regions of the
interstellar medium (ISM). These encounters can compress the heliosphere, exposing parts of the Solar System to the ISM, while also
increasing the influx of interstellar dust into the Solar System and Earths atmosphere. The discovery of new Galactic structures, such
as the Radcliffe wave, raises the question of whether the Sun has encountered any of them.
Aims. The present study investigates the potential passage of the Solar System through the Radcliffe wave gas structure over the past
30 million years (Myr).
Methods. We used a sample of 56 high-quality, young (30 Myr) open clusters associated with a region of interest of the Radcliffe
wave to trace its motion back and investigate a potential crossing with the Solar Systems past orbit.
Results. We find that the Solar Systems trajectory intersected the Radcliffe wave in the Orion region. We have constrained the timing
of this event to between 18.2 and 11.5 Myr ago, with the closest approach occurring between 14.8 and 12.4 Myr ago. Notably, this
period coincides with the Middle Miocene climate transition on Earth, providing an interdisciplinary link with paleoclimatology. The
potential impact of the crossing of the Radcliffe wave on the climate on Earth is estimated. This crossing could also lead to anomalies
in radionuclide abundances, which is an important research topic in the field of geology and nuclear astrophysics.
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Protein degradation via ubiquitous pathway In general science, a ubiquitous pathway refers to a biochemical or metabolic pathway that is:
1. *Widely present*: Found in many different organisms, tissues, or cells.
2. *Conserved*: Remains relatively unchanged across different species or contexts.
Examples of ubiquitous pathways include:
1. *Glycolysis*: The process of breaking down glucose for energy, found in nearly all living organisms.
2. *Citric acid cycle (Krebs cycle)*: A key metabolic pathway involved in energy production, present in many cells.
3. *Pentose phosphate pathway*: A metabolic pathway involved in energy production and antioxidant defenses, found in many organisms.
These pathways are essential for life and have been conserved across evolution, highlighting their importance for cellular function and survival.
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environment. This finding challenges previous models of continuous dry oxidation and indicates that ancient Mars experienced aqueous alteration before
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2016.06.21 magnetrans uam NanoFrontMag
- 2. MAGNETRANS UAM Experiment Prof. Farkhad Aliev PhD. student Antonio Lara (FPU-UAM till Oct 2016) PhD. student Isidoro Martinez (Contratado MAT2012) Master student Pablo Andres (Beca IFIMAC) Undergrad. student Javier Robledo (3/4 de grado, beca INC) Undergrad. student Daniel Vidal (TFG) Dr. Juan Pedro Cascales (posdoc MIT, Boston, EEUU) TOOLS: Broadband FMR, Noise, Lateral photovoltaic effect, micromagnetic simulations. http://www.uam.es/gruposinv/magtran/ Theory Prof. Juan Jose Palacios Prof. Jose Vicente Alvarez PhD. student Carlos Salgado (Contratado FIS2013) PhD. student Wendel Silva Paz (becario internacional Brasil) PhD. student Acharya Kandala (Contratado FIS2013) PhD. student Sahar Pakdel (visitor) Undergrad. student Fernando Llorente (beca de colaboraci坦n) TOOLS: Theory, Atomistic Simulations, Model Hamiltonians
- 3. Lara, et al., Scientific Reports, 5, 9187 (2015) A. Lara Young scientist research award INC (2015) A. Lara Invited talk GEFES-2016 Microwave stimulated superconductvity due to presence of vortices with KU Leuven Belgium
- 4. Superpoissonian shot noise in MTJs with organic barriers Cascales et al., Appl. Phys. Lett. 105, 233302 (2014); Collaboration with M-T. Lin group, Taiwan Supported by UAM-Santander project J.P. Cascaces Best poster award Reunion anual de Jovenes investigadores INC (Diciembre de 2015)
- 5. Low frequency vs. high frequency noise correlation in spin torque devices Collaboration with CEA-Grenoble and Hitachi GS, USA
- 6. Low frequncy noise spectroscopy of topoligic insulator based magnetic tunnel junctions J.P. Cascaces 3th Best poster award INC2015 School Collaboration with J. Moodera MIT, Boston, USA
- 7. Magnetic state dependent lateral photovoltaic effect in FM/Oxide/Semiconductor structures
- 9. Simulations of hydrogen induced magnetism in Graphene
- 10. Publications (acknowledgement NANOFRONTMAG): 12 (including 3APL, 4PRB, AIP Advances, Sci. Reports, Science) 8 Invited talks; 5 Orals; 9 Posters SUMMARY / Hightlights 2 PhD Thesis (Juan Pedro Cascales - 2015, Maria Soriano- 2015) Trabajos de Fin de Master (Abdeladil Elhadeir- 2015; Sergio Graullera- 2015) Reconocimientos: 2 best poster awards , Best young reseacher INC-2015 award Divulgacion: Organizaci坦n de XXII INC Summer School 2015 2 art鱈culos de divulgaci坦n en WEBs (GEFES, IFIMAC)