diff --git a/assets/media/tour_Alejandro.jpg b/assets/media/tour_Alejandro.jpg new file mode 100644 index 0000000..8fa070e Binary files /dev/null and b/assets/media/tour_Alejandro.jpg differ diff --git a/config/_default/params.yaml b/config/_default/params.yaml index 188a473..4152533 100644 --- a/config/_default/params.yaml +++ b/config/_default/params.yaml @@ -119,9 +119,9 @@ publications: ticker: items: - - text: "📢 Abstract submission SoR 2026" - url: "/event/2026-10-25-sor/" - newtab: true + #- text: "📢 Abstract submission SoR 2026" + # url: "/event/2026-10-25-sor/" + # newtab: true #- text: "🎉 Congratulations on Graduation" # url: "/post/2026/26-02-16-eva_graduation/" # newtab: true diff --git a/content/_index.md b/content/_index.md index c6b25ff..517dc10 100644 --- a/content/_index.md +++ b/content/_index.md @@ -39,7 +39,7 @@ sections: id: projects content: title: Projects - count: 6 + count: 4 filters: folders: - project diff --git a/content/collaborator/index.md b/content/collaborator/index.md index 573a141..63dfad6 100644 --- a/content/collaborator/index.md +++ b/content/collaborator/index.md @@ -40,10 +40,10 @@ sections: | [Francesco Sciortino](https://www.roma1.infn.it/~sciortif/curriculum.htm) | Department of Physics, University of Rome La Sapienza (Italy) | --- | | [George Petekidis](https://www.iesl.forth.gr/en/people/petekidis-george) | Department of Material Science and Technology, University of Crete (Greece) | [FORGreenSoft]({{< relref "/project/Forgreensoft/_index.md" >}}) | | [Philippe Coussot](https://philippecoussot.com/) | ENPC-University Gustave Eiffel-CNRS (France) | --- | - | [Thomas Gibaud](https://perso.ens-lyon.fr/thomas.gibaud/) | Ecole Normale Supérieure de Lyon (France) | [TRAINGEL]({{< relref "/project/24-01-01-TRAINGEL/_index.md" >}}) | - | [Frederic Pignon](https://sites.google.com/site/fredericpignon) | Université Grenoble Alpes, CNRS (France) | [TRAINGEL]({{< relref "/project/24-01-01-TRAINGEL/_index.md" >}}) | - | [Stefano Aime](https://sites.google.com/view/steaime/home?authuser=0) | ESPCI Paris (France) | [TRAINGEL]({{< relref "/project/24-01-01-TRAINGEL/_index.md" >}}) | - | [Christos Likos](https://comp-phys.univie.ac.at/likos/) | University of Vienna (Austria) | [TRAINGEL]({{< relref "/project/24-01-01-TRAINGEL/_index.md" >}}) | + | [Thomas Gibaud](https://perso.ens-lyon.fr/thomas.gibaud/) | Ecole Normale Supérieure de Lyon (France) | [TRAINGEL]({{< relref "/project/24-10-21-TRAINGEL/_index.md" >}}) | + | [Frederic Pignon](https://sites.google.com/site/fredericpignon) | Université Grenoble Alpes, CNRS (France) | [TRAINGEL]({{< relref "/project/24-10-21-TRAINGEL/_index.md" >}}) | + | [Stefano Aime](https://sites.google.com/view/steaime/home?authuser=0) | ESPCI Paris (France) | [TRAINGEL]({{< relref "/project/24-10-21-TRAINGEL/_index.md" >}}) | + | [Christos Likos](https://comp-phys.univie.ac.at/likos/) | University of Vienna (Austria) | [TRAINGEL]({{< relref "/project/24-10-21-TRAINGEL/_index.md" >}}) | | [Diana Pinheiro](https://www.imp.ac.at/groups/diana-pinheiro) | Vienna BioCenter (Austria) | [MECHANOSYNTH]({{< relref "/project/25-11-01-Mechanosynth/_index.md" >}}) | | [Edouard Hannezo](https://ist.ac.at/en/research/hannezo-group/) | Institute of Science and Technology Austria (Austria) | [MECHANOSYNTH]({{< relref "/project/25-11-01-Mechanosynth/_index.md" >}}) | design: diff --git a/content/instruments/confocal/.index.md b/content/instruments/confocal/.index.md new file mode 100644 index 0000000..6cb3706 --- /dev/null +++ b/content/instruments/confocal/.index.md @@ -0,0 +1,112 @@ +--- +title: Confocal microscopy +summary: We provide advanced confocal microscopy services for academic and industrial clients. Using state-of-the-art imaging systems, we enable high-resolution visualization and analysis of microstructures, interfaces, and dynamic processes in soft and biological materials, supporting research, product development, and quality assessment.Read more +tags: + - Microscopy +date: '2026-06-01T00:00:00Z' +authors: + - Mohandas + +# Optional external URL for project (replaces project detail page). +external_link: '' + +image: + caption: Nikon confocal microscope + focal_point: Smart + +links: + #- icon: twitter + # icon_pack: fab + # name: Follow + # url: https://twitter.com/georgecushen + - icon: list + icon_pack: fas + name: Pricing + url: 'mailto:mohandasm88@univie.ac.at' + - icon: hand-point-up + icon_pack: fas + name: Request service + url: 'mailto:mohandasm88@univie.ac.at' +url_code: '' +url_pdf: '' +url_slides: '' +url_video: '' + +# Slides (optional). +# Associate this project with Markdown slides. +# Simply enter your slide deck's filename without extension. +# E.g. `slides = "example-slides"` references `content/slides/example-slides.md`. +# Otherwise, set `slides = ""`. +#slides: example +--- +{{< callout note >}} +
+Applications: Colloidal suspensions • Cell biology • Tissue engineering • Particle dynamics • Microfluidics • Microrheology +
+{{< /callout >}} + + +### Why use confocal microscopy + +
+ +Unlock deeper insights into your samples with confocal microscopy. This advanced imaging technique provides high-resolution, three-dimensional visualization of complex structures, allowing you to investigate microstructures, interfaces, and dynamic processes with exceptional clarity. Whether you are developing new materials, studying biological systems, or optimizing product performance, confocal microscopy delivers the detailed information needed to accelerate research, support innovation, and make confident, data-driven decisions. + +
+ +--- + +### We provide: + +- High-resolution fluorescence and 3D imaging +- Optical sectioning of thick and complex samples +- Multi-channel and time-lapse imaging +- Quantitative image analysis and colocalization studies +- Z-stack acquisition and 3D reconstruction +- Imaging of soft matter, polymers, biomaterials, and biological samples +- Expert assistance with experiment design, data acquisition, and analysis + +--- + +### Suitable for: + +- Soft matter and colloid science +- Polymers and hydrogels +- Biomaterials and tissue engineering +- Pharmaceutical and drug delivery systems +- Food and consumer products +- Microfluidics and lab-on-a-chip devices +- Advanced materials and coatings +- Cell biology and biomedical research + +### Clients receive: + +- Sample preparation guidance +- Data acquisition by trained operators +- Image processing and analysis support +- High-quality images and videos +- Fast turnaround times +- Collaborative research support +- Access for academic and industrial users + +### Nikon Eclipse Ti2-U Inverted Microscope + +Key Features: +- High-resolution confocal fluorescence imaging +- Fast image acquisition with spinning-disk confocal technology +- Reduced photobleaching and phototoxicity compared to point-scanning confocal systems +- Optical sectioning for clear imaging of thick samples +- Three-dimensional (3D) image reconstruction +- Multi-channel fluorescence detection +- Live-cell and time-lapse imaging +- High signal-to-noise ratio for enhanced image quality +- Quantitative image analysis +- Large field of view for efficient data collection +- Z-stack acquisition for depth profiling +- Compatible with a wide range of objectives and fluorescence probes +- Time-lapse imaging of dynamic processes +- Quantitative image analysis and colocalization studies +- Imaging of biological, soft matter, and material science samples +- Non-destructive visualization of internal structures +- Automated image acquisition and experiment workflows +- Temperature and humidity controlled experiments diff --git a/content/instruments/confocal/featured.jpg b/content/instruments/confocal/featured.jpg new file mode 100644 index 0000000..6cb484d Binary files /dev/null and b/content/instruments/confocal/featured.jpg differ diff --git a/content/instruments/fastDDM/.index.md b/content/instruments/fastDDM/.index.md new file mode 100644 index 0000000..c3e012c --- /dev/null +++ b/content/instruments/fastDDM/.index.md @@ -0,0 +1,113 @@ +--- +title: FastDDM +summary: FastDDM is a robust Python package we engineered to streamline the analysis of Differential Dynamic Microscopy (DDM) experiments. Its integration with C++ and CUDA elevates performance, offering rapid and precise iamge analysis on both CPU and GPU.Read more +tags: + - Microscopy +date: '2026-06-01T00:00:00Z' +authors: + - Mohandas + +# Optional external URL for project (replaces project detail page). +external_link: '' + +image: + caption: + focal_point: Smart + +links: + #- icon: twitter + # icon_pack: fab + # name: Follow + # url: https://twitter.com/georgecushen + - icon: list + icon_pack: fas + name: Pricing + url: 'mailto:mohandasm88@univie.ac.at' + - icon: hand-point-up + icon_pack: fas + name: Request service + url: 'mailto:mohandasm88@univie.ac.at' +url_code: '' +url_pdf: '' +url_slides: '' +url_video: '' + +# Slides (optional). +# Associate this project with Markdown slides. +# Simply enter your slide deck's filename without extension. +# E.g. `slides = "example-slides"` references `content/slides/example-slides.md`. +# Otherwise, set `slides = ""`. +#slides: example +--- +{{< callout note >}} +
+Applications: Colloidal suspensions • Bacterial motility • Protein dynamics • Particle dynamics • Microfluidics • Microrheology +
+{{< /callout >}} + + +### Why use FastDDM + +
+ +Differential Dynamics Microscopy (DDM) is a technique that enables us to measure particle dynamics across multiple length and time scales using a unique image analysis algorithm. Using this technique, a microscope can be converted into a Dynamic Light Scattering (DLS) . Bright-field DDM has been used successfully to study the behaviour of small proteins, colloids as well as bacteria. + +
+ +🔗 [Link](https://pubs.aip.org/aip/jcp/article/163/16/161501/3369109/The-Hitchhiker-s-guide-to-differential-dynamic) to publication. +--- + +### We provide: + +- High-resolution fluorescence and 3D imaging +- Optical sectioning of thick and complex samples +- Multi-channel and time-lapse imaging +- Quantitative image analysis and colocalization studies +- Z-stack acquisition and 3D reconstruction +- Imaging of soft matter, polymers, biomaterials, and biological samples +- Expert assistance with experiment design, data acquisition, and analysis + +--- + +### Suitable for: + +- Soft matter and colloid science +- Polymers and hydrogels +- Biomaterials and tissue engineering +- Pharmaceutical and drug delivery systems +- Food and consumer products +- Microfluidics and lab-on-a-chip devices +- Advanced materials and coatings +- Cell biology and biomedical research + +### Clients receive: + +- Sample preparation guidance +- Data acquisition by trained operators +- Image processing and analysis support +- High-quality images and videos +- Fast turnaround times +- Collaborative research support +- Access for academic and industrial users + +### Nikon Eclipse Ti2-U Inverted Microscope + +Key Features: +- High-resolution confocal fluorescence imaging +- Fast image acquisition with spinning-disk confocal technology +- Reduced photobleaching and phototoxicity compared to point-scanning confocal systems +- Optical sectioning for clear imaging of thick samples +- Three-dimensional (3D) image reconstruction +- Multi-channel fluorescence detection +- Live-cell and time-lapse imaging +- High signal-to-noise ratio for enhanced image quality +- Quantitative image analysis +- Large field of view for efficient data collection +- Z-stack acquisition for depth profiling +- Compatible with a wide range of objectives and fluorescence probes +- Time-lapse imaging of dynamic processes +- Quantitative image analysis and colocalization studies +- Imaging of biological, soft matter, and material science samples +- Non-destructive visualization of internal structures +- Automated image acquisition and experiment workflows +- Temperature and humidity controlled experiments diff --git a/content/instruments/fastDDM/featured.jpg b/content/instruments/fastDDM/featured.jpg new file mode 100644 index 0000000..9283ba8 Binary files /dev/null and b/content/instruments/fastDDM/featured.jpg differ diff --git a/content/instruments/rheometer/.index.md b/content/instruments/rheometer/.index.md index 616e99a..ed63723 100644 --- a/content/instruments/rheometer/.index.md +++ b/content/instruments/rheometer/.index.md @@ -1,5 +1,5 @@ --- -title: Rheological measurements +title: Rheology summary: We provide advanced rheological characterization of soft materials for academic and industrial clients. Using state-of-the-art instrumentation, we help quantify material flow, deformation, stability, and viscoelastic behavior to support product development, quality control, and research.Read more tags: - Rheology @@ -97,7 +97,7 @@ These measurements help answer questions such as: - Consultation on experimental design - Customized reporting according to project needs -### Anton Paar MCR702e Space +### Anton Paar MCR702e Space Rheometer | | | |---------|------| diff --git a/content/post/2025/25-03-03-Sakshi_welcome/index.md b/content/post/2025/25-03-03-Sakshi_welcome/index.md index 3b00a6f..15811db 100644 --- a/content/post/2025/25-03-03-Sakshi_welcome/index.md +++ b/content/post/2025/25-03-03-Sakshi_welcome/index.md @@ -16,4 +16,4 @@ text-align: justify --- -We are thrilled to welcome [Sakshi Khandelwal]({{< relref "/authors/Sakshi/_index.md" >}}) to our research group! She will be contributing to the exciting [TRAINGEL]({{< relref "/project/24-01-01-TRAINGEL/_index.md" >}}) project, where she will explore the effects of mechanical training on colloidal gels using cutting-edge rheo-microscopy techniques. \ No newline at end of file +We are thrilled to welcome [Sakshi Khandelwal]({{< relref "/authors/Sakshi/_index.md" >}}) to our research group! She will be contributing to the exciting [TRAINGEL]({{< relref "/project/24-10-21-TRAINGEL/_index.md" >}}) project, where she will explore the effects of mechanical training on colloidal gels using cutting-edge rheo-microscopy techniques. \ No newline at end of file diff --git a/content/post/2026/26-04-29-job-ad/index.md b/content/post/2026/26-04-29-job-ad/index.md index a5cfaf5..0a8eb0f 100644 --- a/content/post/2026/26-04-29-job-ad/index.md +++ b/content/post/2026/26-04-29-job-ad/index.md @@ -36,7 +36,7 @@ The candidate shall pick one of our research lines (e.g., rheology, advanced mic --- -📅**Deadline for applications:** 31.05.2026\ +📅**Deadline for applications:** 31.07.2026\ 📅**Starting date:** > 01.09.2026\ 🔔**Status:** Open diff --git a/content/post/2026/26-07-01-retreat/featured.gif b/content/post/2026/26-07-01-retreat/featured.gif new file mode 100644 index 0000000..a0f5f23 Binary files /dev/null and b/content/post/2026/26-07-01-retreat/featured.gif differ diff --git a/content/post/2026/26-07-01-retreat/index.md b/content/post/2026/26-07-01-retreat/index.md new file mode 100644 index 0000000..d2c3020 --- /dev/null +++ b/content/post/2026/26-07-01-retreat/index.md @@ -0,0 +1,22 @@ +--- +title: Annual Retreat 2026! + +summary: A Roman Day Out 🏛️ +authors: + - Mohandas +date: 2026-07-01T12:00:00Z +image: + focal_point: 'Smart' + caption: Glimpses from the retreat. +# Show this page in the Featured widget? +featured: false +text-align: justify +--- + + + +
+ +Continuing the tradition of once-a-year group activities outside the workplace, this year the Somex group enjoyed a fun trip to [Römerstadt Carnuntum](https://www.carnuntum.at/en), the remarkable ancient Roman city on the outskirts of Vienna. The day was filled with fascinating history, guided exploration, and plenty of opportunities to relax, connect, and share a few laughs. It was a great chance to step away from our daily routines, strengthen team spirit, and create memorable experiences together. + +
\ No newline at end of file diff --git a/content/project/24-01-01-TRAINGEL/featured.jpg b/content/project/24-10-21-TRAINGEL/featured.jpg similarity index 100% rename from content/project/24-01-01-TRAINGEL/featured.jpg rename to content/project/24-10-21-TRAINGEL/featured.jpg diff --git a/content/project/24-01-01-TRAINGEL/index.md b/content/project/24-10-21-TRAINGEL/index.md similarity index 100% rename from content/project/24-01-01-TRAINGEL/index.md rename to content/project/24-10-21-TRAINGEL/index.md diff --git a/content/services/.index-1.md b/content/services/.index-1.md new file mode 100644 index 0000000..d1c47b5 --- /dev/null +++ b/content/services/.index-1.md @@ -0,0 +1,116 @@ +--- +title: Tour +date: 2022-10-24 + +type: landing + +# to add a new line in the content of card +# start the content with "|" +# indent the content with 2 spaces +# to go on a new line, just add 2 spaces and return +sections: + - block: slider + content: + slides: + - title: 🧑‍🏭 External Services + content: We promise to handle your questions with care, your experiments with precision, and occasionally, your coffee spills with panic! Take a look at the services we offer... + align: center + background: + image: + filename: services-2.jpg + filters: + brightness: 0.7 + position: right + color: '#666' + - title: Brightfield/Confocal Microscopy 🔬 + content: | + *Science is all about perspective.. until you put it under a microscope, then it's all about panic!*

Our state-of-the-art equipment and expert support, allows users to capture detailed three-dimensional images with exceptional clarity and precision. Whether investigating cellular dynamics, studying intricate colloidal networks, or delving into fluorescent labeling, our microscopy facility provides the tools and expertise needed to achieve the desired results. Join us in unlocking new insights and pushing the boundaries of scientific discovery. Contact us to schedule your session today. + align: left + background: + image: + filename: confocal_1.jpg + filters: + brightness: 0.8 + position: center + color: '#111' + link: + icon: hand-point-up + icon_pack: fas + text: Request + url: ../contact/ + - title: Rheometry 🫗 + content: | + *Ketchup in a bottle is like life's greatest challenges, nothing happens when you need it, and then it all comes pouring out at once!*

Our latest rheometry facility allows for precise measurement and analysis of viscosity, elasticity, and flow properties across a wide range of temperatures and shear rates for complex fluids (like Ketchup!). From understanding the flow characteristics of polymer solutions and colloids to studying the rheological properties of biological fluids, our facility offers the tools and expertise to tackle diverse research challenges. Contact us to know more. + align: left + background: + image: + filename: rheometer_blur.jpg + filters: + brightness: 0.7 + position: center + color: '#444' + link: + icon: hand-point-up + icon_pack: fas + text: Request + url: ../contact/ + - title: Rheo-imaging 📷 + content: | + *"Rheology without Morphology is Theology"* - Prof. Malcolm Mackley.
+
+ You want to know what happens to the fat droplets in your favorite mayonnaise while applying on a bread? Or the froth bubbles in your handwash while you wash your hands? We can help you!
+ Our rheometry facility boasts advanced imaging techniques that allow in-situ measurements on materials undergoing shear flow. + align: left + background: + image: + filename: rheo_image.jpg + filters: + brightness: 0.5 + position: center + color: '#444' + link: + icon: hand-point-up + icon_pack: fas + text: Request + url: ../contact/ + - title: 3D printing 🖨️ + content: | + *Sometimes the best way to solve a problem is to literally 3D print your way out of it!*

+ Materialize your complex designs with our advanced 3D printing facility tailored for scientific research. Having different filament options to choose from, we empower researchers to innovate with ease. From custom lab equipment to intricate prototypes, our facility delivers with accuracy and reliability. Elevate your scientific exploration and accelerate breakthroughs with our comprehensive 3D printing solutions. + align: left + background: + image: + filename: 3D_print_5.jpg + filters: + brightness: 0.7 + position: center + color: '#222' + link: + icon: hand-point-up + icon_pack: fas + text: Request + url: ../contact/ + #- title: Dynamic Light Scattering💡 + # content: 'With our state-of-the-art equipment and expert guidance, you will gain unprecedented insights into the size, distribution, and dynamics of particles and molecules in solution. From characterizing nanoparticles to studying protein aggregation, DLS offers non-invasive, rapid analysis for a wide range of applications. Schedule a session today and discover the potential of DLS to drive your research forward.' + # align: left + # background: + # image: + # filename: scattering.jpg + # filters: + # brightness: 0.7 + # position: center + # color: '#222' + # link: + # icon: hand-point-up + # icon_pack: fas + # text: Request + # url: ../contact/ + design: + # Slide height is automatic unless you force a specific height (e.g. '400px') + slide_height: '' + is_fullscreen: true + # Automatically transition through slides? + loop: false + # Duration of transition between slides (in ms) + interval: 2000 +--- diff --git a/content/services/.index.md b/content/services/.index.md index d1c47b5..078e13b 100644 --- a/content/services/.index.md +++ b/content/services/.index.md @@ -1,5 +1,5 @@ --- -title: Tour +title: Services date: 2022-10-24 type: landing @@ -9,108 +9,36 @@ type: landing # indent the content with 2 spaces # to go on a new line, just add 2 spaces and return sections: - - block: slider + - block: portfolio + id: instruments content: - slides: - - title: 🧑‍🏭 External Services - content: We promise to handle your questions with care, your experiments with precision, and occasionally, your coffee spills with panic! Take a look at the services we offer... - align: center - background: - image: - filename: services-2.jpg - filters: - brightness: 0.7 - position: right - color: '#666' - - title: Brightfield/Confocal Microscopy 🔬 - content: | - *Science is all about perspective.. until you put it under a microscope, then it's all about panic!*

Our state-of-the-art equipment and expert support, allows users to capture detailed three-dimensional images with exceptional clarity and precision. Whether investigating cellular dynamics, studying intricate colloidal networks, or delving into fluorescent labeling, our microscopy facility provides the tools and expertise needed to achieve the desired results. Join us in unlocking new insights and pushing the boundaries of scientific discovery. Contact us to schedule your session today. - align: left - background: - image: - filename: confocal_1.jpg - filters: - brightness: 0.8 - position: center - color: '#111' - link: - icon: hand-point-up - icon_pack: fas - text: Request - url: ../contact/ - - title: Rheometry 🫗 - content: | - *Ketchup in a bottle is like life's greatest challenges, nothing happens when you need it, and then it all comes pouring out at once!*

Our latest rheometry facility allows for precise measurement and analysis of viscosity, elasticity, and flow properties across a wide range of temperatures and shear rates for complex fluids (like Ketchup!). From understanding the flow characteristics of polymer solutions and colloids to studying the rheological properties of biological fluids, our facility offers the tools and expertise to tackle diverse research challenges. Contact us to know more. - align: left - background: - image: - filename: rheometer_blur.jpg - filters: - brightness: 0.7 - position: center - color: '#444' - link: - icon: hand-point-up - icon_pack: fas - text: Request - url: ../contact/ - - title: Rheo-imaging 📷 - content: | - *"Rheology without Morphology is Theology"* - Prof. Malcolm Mackley.
-
- You want to know what happens to the fat droplets in your favorite mayonnaise while applying on a bread? Or the froth bubbles in your handwash while you wash your hands? We can help you!
- Our rheometry facility boasts advanced imaging techniques that allow in-situ measurements on materials undergoing shear flow. - align: left - background: - image: - filename: rheo_image.jpg - filters: - brightness: 0.5 - position: center - color: '#444' - link: - icon: hand-point-up - icon_pack: fas - text: Request - url: ../contact/ - - title: 3D printing 🖨️ - content: | - *Sometimes the best way to solve a problem is to literally 3D print your way out of it!*

- Materialize your complex designs with our advanced 3D printing facility tailored for scientific research. Having different filament options to choose from, we empower researchers to innovate with ease. From custom lab equipment to intricate prototypes, our facility delivers with accuracy and reliability. Elevate your scientific exploration and accelerate breakthroughs with our comprehensive 3D printing solutions. - align: left - background: - image: - filename: 3D_print_5.jpg - filters: - brightness: 0.7 - position: center - color: '#222' - link: - icon: hand-point-up - icon_pack: fas - text: Request - url: ../contact/ - #- title: Dynamic Light Scattering💡 - # content: 'With our state-of-the-art equipment and expert guidance, you will gain unprecedented insights into the size, distribution, and dynamics of particles and molecules in solution. From characterizing nanoparticles to studying protein aggregation, DLS offers non-invasive, rapid analysis for a wide range of applications. Schedule a session today and discover the potential of DLS to drive your research forward.' - # align: left - # background: - # image: - # filename: scattering.jpg - # filters: - # brightness: 0.7 - # position: center - # color: '#222' - # link: - # icon: hand-point-up - # icon_pack: fas - # text: Request - # url: ../contact/ + title: Services + count: 6 + filters: + folders: + - instruments + # Default filter index (e.g. 0 corresponds to the first `filter_button` instance below). + default_button_index: 0 + # Filter toolbar (optional). + # Add or remove as many filters (`filter_button` instances) as you like. + # To show all items, set `tag` to "*". + # To filter by a specific tag, set `tag` to an existing tag name. + # To remove the toolbar, delete the entire `filter_button` block. + buttons: + - name: All + tag: '*' + - name: Rheology + tag: Rheology + - name: Optics + tag: Optics + - name: Microscopy + tag: Microscopy + - name: Biology + tag: Biology design: - # Slide height is automatic unless you force a specific height (e.g. '400px') - slide_height: '' - is_fullscreen: true - # Automatically transition through slides? - loop: false - # Duration of transition between slides (in ms) - interval: 2000 + # Choose how many columns the section has. Valid values: '1' or '2'. + columns: '2' #valid if view:card + view: card #showcase + # For Showcase view, flip alternate rows? + flip_alt_rows: true --- diff --git a/content/services/.index_copy.md b/content/services/.index_copy.md deleted file mode 100644 index 078e13b..0000000 --- a/content/services/.index_copy.md +++ /dev/null @@ -1,44 +0,0 @@ ---- -title: Services -date: 2022-10-24 - -type: landing - -# to add a new line in the content of card -# start the content with "|" -# indent the content with 2 spaces -# to go on a new line, just add 2 spaces and return -sections: - - block: portfolio - id: instruments - content: - title: Services - count: 6 - filters: - folders: - - instruments - # Default filter index (e.g. 0 corresponds to the first `filter_button` instance below). - default_button_index: 0 - # Filter toolbar (optional). - # Add or remove as many filters (`filter_button` instances) as you like. - # To show all items, set `tag` to "*". - # To filter by a specific tag, set `tag` to an existing tag name. - # To remove the toolbar, delete the entire `filter_button` block. - buttons: - - name: All - tag: '*' - - name: Rheology - tag: Rheology - - name: Optics - tag: Optics - - name: Microscopy - tag: Microscopy - - name: Biology - tag: Biology - design: - # Choose how many columns the section has. Valid values: '1' or '2'. - columns: '2' #valid if view:card - view: card #showcase - # For Showcase view, flip alternate rows? - flip_alt_rows: true ---- diff --git a/content/tour/index.md b/content/tour/index.md index 2aa84a3..158c58d 100644 --- a/content/tour/index.md +++ b/content/tour/index.md @@ -93,6 +93,21 @@ sections: icon_pack: fas text: Join Us url: ../contact/ + - title: AI-Enhanced DDM + content: 'We develop computational methods and machine-learning approaches for Differential Dynamic Microscopy (DDM) data analysis, enabling robust reconstruction of heterogeneous microscopic dynamics from complex dynamical signals. For more information contact [A. Cobo]({{< relref "/authors/Alejandro/_index.md" >}}).' + align: left + background: + image: + filename: tour_Alejandro.jpg + filters: + brightness: 0.8 + position: bottom + color: '#111' + link: + icon: graduation-cap + icon_pack: fas + text: Join Us + url: ../contact/ design: # Slide height is automatic unless you force a specific height (e.g. '400px') slide_height: ''