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06 March 2019

Graphene Band Structure Tailoring by Superperiodicities and Nanostructuration

FMC Editor Seminars IFIMAC Electronic Transport, Graphene
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The disadvantage of graphene for using digital electronics is lack of bandgap, which is necessary to perform on-off switching operations in transistors. We have shown three different approaches to open a gap in graphene and tailor its electronic band structure.

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26 November 2018

Spin and Hot Carrier Transport in Graphene

FMC Editor Seminars IFIMAC Graphene
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In recent years, spintronic technologies, in which information is carried by spin instead of charge, have become a promising candidate for “beyond-CMOS” devices.

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16 May 2018

Tunable Proximity Effect in Cuprate Superconductor / Graphene Junctions

FMC Editor Seminars IFIMAC Superconductivity, Graphene
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Superconductivity induced by proximity effect is particularly interesting in graphene.

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06 September 2017

Surface Chemical Reactions at Epitaxial Graphene and Materials "Beyond Graphene"

FMC Editor Seminars IFIMAC Graphene
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In this talk, an overview of surface-science investigations on the chemical reactivity of epitaxial graphene (Gr) and materials “beyond graphene” (van der Waals semiconductors, topological insulators, Dirac semimetals, Weyl semimetals) will be provided.

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Scanning-Probe-Assisted Nanowire Circuitry

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Laser-Beam-Patterned Topological Insulating States on Thin Semiconducting MoS2

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A New Scanning Tunneling Microscope Technique Allows the Study of Topological Electronic Properties of Materials

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IFIMAC Seminars

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Non Equilibrium Internal Forces in Brownian Systems

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Liquid Crystals of Colloidal Nanoplates

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Driving Liquid Crystal Polymer Films to “dance” in Electric Fields

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Visualization of Spatial Modulation and Persistent Response States of Strongly-driven Membrane Resonators

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Heavy, heavier, the softest - Heavy Electrons to Explore Correlated Quantum Matter

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When Light Goes Small

Colloquiums INC
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administracion.fmc@uam.es (+34) 91 497 4740 @fmcatuam Faculty of Science, E-28049 Madrid, Spain.
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The Department originated from the Physics Department created by Prof. Nicolás Cabrera in the early 1970s. It currently conducts intense research in numerous fields of Condensed Matter Physics and Biophysics. Energy, transport, nanotechnology, health and environment, information and communication technologies are the key technologies of the twenty-first century. Condensed Matter Physics provides the methods to engineer and develop new ideas in most of these technologies. Using advanced instrumentation, such as state-of-the-art microscopy, spectroscopy, and calculation techniques, we can control and directly observe fascinating phenomena belonging to the challenges of technical development.


Physics at UAM - World Rankings

ShanghaiRanking's Global Ranking of Academic Subjects 2017 - Physics: #51-75

ShanghaiRanking's Global Ranking of Academic Subjects 2017

Nature Index 2017 - reflecting the quality of scientific research: #58

Nature Index 2017

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