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Hey Fernando Ramiro Manzano I'm Fernando Ramiro Manzano and this is my website

Optical setup and Supercontinuum
Supercontinuum on a Mirror. Nice color spectra.
Optical setup and Supercontinuum light
Optical setup with Supercontinuum light source. Nice color spectra.
The website is dedicated to my research in Photonics and Material Science. It features journal articles, figures from manuscripts and related content

Abstract

The scientific content is categorized based on research lines and topics. Each of these subjects guides visitors to my scientific papers related to the specific line/topic. The website also includes an image gallery that showcases nice (from my perspective) pictures of my work. By clicking on each slide, visitors can access an explanation of the image. The news section is dedicated to providing current information such as new papers, conferences, PhD defenses, or any other related content in which I am participating. Additionally, there is a links section that features a list of interesting websites. The site also has a section called 'Delicious' that includes off-topic content. However, visitors may still find some science, technology, or arts-related content in this section. Finally, the 'about me' section provides information on how to contact me and other details about myself.

Research Lines

Colloids self-assembling HCP plus spherical resonators

Colloids

Micrometrical-size colloids could self-assamble forming in this way colloidal crystals. These structures represent scaled models of atomic/molecular latices and could behave as 3D photonic crystals. Moreover, a single microspherical colloid of Silicon could act as a light cavity, featuring one of the smallest mode volume resonators.
Taiji resonator, unidieractional reflector

Integrated Photonics

On-chip fabrication of optical devices permits to perform fundamental studies where the high control of the sample geometry is essential (i.e. for studies of non-linear optics and quantum photonics). This platform permits a high integration of minituarized components and mass production.

Hybrid perovskites, 1D or wires , 2D, Single Crystal

Hybrid Materials

Organic/Inorganic hybrid materials show excellent photonic and optoelectronic properties (such as a high-efficient light harvesting and emission). The key feature of this platform is the enormous flexibility for creating unlimited combinations of hybrid compounds, each of them with their particular (and probably amazing) properties.
Magnetic 2D material, CrI3

2D Materials

The study of materials down to the monolayer limit permits to obtain pure, boosted and novel fundamental properties. These 2D structures have matched or surpassed the features of the best traditional materials (i.e. in mechanics, electronics and magnetism). This platform represents one of the most important examples of the paradigm of the nanomaterials.

News

Lab of optics/Photonics and setups video
Laboratory of Optics/Photonics, Equipments and Devices for Experiments in Phootnics and Material Science
BECA, Introducción a la investigación. Scholar call, intro to the research.
scholarship call
April 26, 2023

BECA: Introducción a la Investigación 2023

Extensión del espectro de absorción fotovoltaica mediante el autoensamblado de microesferas resonantes de silicio.
New article accepted in the journal: Advanced Optical Materials. Printing proofs already sent
PRL Physical Review Letters logo text
Monolayer-to-mesoscale modulation of the optical properties in 2D CrI 3 mapped by hyperspectral microscopy
optical setup small, F. Ramiro-Manzano
Website
March 6, 2023

Following SEO's rules

Improving the website
This is an example of beautiful light. Here, in this optical setup, the broad emission of the Supercontinuum light creates a plethora of colorful and amazing pictures.

Hi, I'm Fernando

I'm a Tenure Scientist of the National Spanish Research Council (Científico Titular del CSIC) working at the group of Nanomaterials for Optoelectronics, Photonics and Energy of the Instituto de Tecnología Química ITQ (CSIC-UPV) in Valencia, Spain.
Thanks to my scientific career, I had the lucky to enrich my working and life experience. In particular, from the nice and striking town were I was born, Buñol [1], to several amazing places abroad [2] were I lived, visited or I'm in touch.
As this website is mostly dedicated to scientific publications, I would like to acknowledge the people that worked with me or supported me.
If the content of this website is interesting to you and you need more information, please do not hesitate to contact me.
[1] Buñol is a town of the Valencian Community of Spain known by its tomato fight party: la tomatina.
[2] Especially Italy 

Hi, I'm Fernando

I'm a Tenure Scientist of the National Spanish Research Council (Científico Titular del CSIC) working at the group of Nanomaterials for Optoelectronics, Photonics and Energy of the Instituto de Tecnología Química ITQ (CSIC-UPV) in Valencia, Spain.
Thanks to my scientific career, I had the lucky to enrich my working and life experience. In particular, from the nice and striking town were I was born, Buñol [1], to several amazing places abroad [2] were I lived, visited or I'm in touch.
As this website is mostly dedicated to scientific publications, I would like to acknowledge the people that worked with me or supported me.
If the content of this website is interesting to you and you need more information, please do not hesitate to contact me.
[1] Buñol is a town of the Valencian Community of Spain known by its tomato fight party: la tomatina.
[2] Especially Italy 

Other Content

Ramiro Manzano Code inspector chrome

Download area

Pieces of code, documents and examples for performing experiments, theory, simulations and adata analysis

Delicious

Everyone has their own town, city, hobbies, and food that are always nice, interesting, and delicious. Let me show you mine.
Vespa faro basso 1952 Ramiro-Manzano mod
Fernando Ramiro Manzano, PhD 
Email:
ferraman(at)fis.upv.es
Substitute (at) with @
Phone:
(+34) 96 387 9841
Address:
CTF-ITQ, UPV, Edificio 8B, Avda. Los Naranjos SN, 46360 - Valencia, Spain
This website has been created using Wordpress and the Oxygen builder. To achieve parallax effects, the Vanilla Javascript Parallax Library 'Rellax' (Dixon & Moe) was utilized. Most of the graphical content, such as icons and images, has been created specifically for this website, with the exception of the link favicons and journal copyright material, which have been used with permission from their respective publishers. If there are any questions ir problems regarding permissions, please do not hesitate to contact me.

Thank you for visiting my Website.
Fernando.
LOGO Nanomaterials for optoelectronics, photonics and energy, ITQ, CSIC, UPV, Severo Ochoa