diff --git a/_config.yml b/_config.yml index afd3650..e2aad2f 100644 --- a/_config.yml +++ b/_config.yml @@ -10,21 +10,21 @@ ############################ # Name of website -title: My website +title: CDSS # Your name to show in the footer -author: Some Person +author: CDSS Team ############################################### # --- List of links in the navigation bar --- # ############################################### navbar-links: - About Me: "aboutme" - Resources: - - Beautiful Jekyll: "https://beautifuljekyll.com" - - Learn markdown: "https://www.markdowntutorial.com/" - Author's home: "https://deanattali.com" + Apply: "apply" + History: "history" + People: "curStaff" + Sponsors: "sponsors" + Contact: "contact" ################ # --- Logo --- # @@ -32,7 +32,7 @@ navbar-links: # Image to show in the navigation bar - works best with a square image # Remove this parameter if you don't want an image in the navbar -avatar: "/assets/img/avatar-icon.png" +avatar: "/assets/img/CDSS_LOGO.png" # By default, the image is cut into a circle. You can disable this behaviour by setting 'round-avatar: false' round-avatar: true @@ -50,17 +50,13 @@ round-avatar: true # You can change the order that they show up on the page by changing the order here. # Uncomment the links you want to show and add your information to each one. social-network-links: - email: "someone@example.com" + email: "cdss@lanl.gov" rss: true # remove this line if you don't want to show an RSS link at the bottom - facebook: deanattali - github: daattali - twitter: daattali - patreon: DeanAttali - youtube: "@daattali" - whatsapp: 15551212 + github: lanl + twitter: LosAlamosNatLab # medium: yourname # reddit: yourname or r/yoursubreddit -# linkedin: daattali + linkedin: los-alamos-national-laboratory # xing: yourname # stackoverflow: "3943160/daattali" # snapchat: deanat78 @@ -100,7 +96,7 @@ share-links-active: # How to display the link to your website in the footer # Remove this if you don't want a link in the footer -url-pretty: "MyWebsite.com" +#url-pretty: "MyWebsite.com" # Add the website title to the title of every page title-on-all-pages: true @@ -138,8 +134,8 @@ page-col: "#FFFFFF" text-col: "#404040" link-col: "#008AFF" hover-col: "#0085A1" -navbar-col: "#EAEAEA" -navbar-text-col: "#404040" +navbar-col: "#000f7e" +navbar-text-col: "#ffffff" navbar-border-col: "#DDDDDD" footer-col: "#EAEAEA" footer-text-col: "#777777" @@ -149,7 +145,7 @@ footer-hover-col: "#0085A1" # Alternatively, the navbar, footer, and page background can be set to an image # instead of colour -#navbar-img: "/assets/img/bgimage.png" +#navbar-img: "/assets/img/binary.jpg" #footer-img: "/assets/img/bgimage.png" #page-img: "/assets/img/bgimage.png" diff --git a/_posts/2020-02-26-flake-it-till-you-make-it.md b/_posts/2020-02-26-flake-it-till-you-make-it.md deleted file mode 100644 index 768f632..0000000 --- a/_posts/2020-02-26-flake-it-till-you-make-it.md +++ /dev/null @@ -1,18 +0,0 @@ ---- -layout: post -title: Flake it till you make it -subtitle: Excerpt from Soulshaping by Jeff Brown -cover-img: /assets/img/path.jpg -thumbnail-img: /assets/img/thumb.png -share-img: /assets/img/path.jpg -tags: [books, test] -author: Sharon Smith and Barry Simpson ---- - -Under what circumstances should we step off a path? When is it essential that we finish what we start? If I bought a bag of peanuts and had an allergic reaction, no one would fault me if I threw it out. If I ended a relationship with a woman who hit me, no one would say that I had a commitment problem. But if I walk away from a seemingly secure route because my soul has other ideas, I am a flake? - -The truth is that no one else can definitively know the path we are here to walk. It’s tempting to listen—many of us long for the omnipotent other—but unless they are genuine psychic intuitives, they can’t know. All others can know is their own truth, and if they’ve actually done the work to excavate it, they will have the good sense to know that they cannot genuinely know anyone else’s. Only soul knows the path it is here to walk. Since you are the only one living in your temple, only you can know its scriptures and interpretive structure. - -At the heart of the struggle are two very different ideas of success—survival-driven and soul-driven. For survivalists, success is security, pragmatism, power over others. Success is the absence of material suffering, the nourishing of the soul be damned. It is an odd and ironic thing that most of the material power in our world often resides in the hands of younger souls. Still working in the egoic and material realms, they love the sensations of power and focus most of their energy on accumulation. Older souls tend not to be as materially driven. They have already played the worldly game in previous lives and they search for more subtle shades of meaning in this one—authentication rather than accumulation. They are often ignored by the culture at large, although they really are the truest warriors. - -A soulful notion of success rests on the actualization of our innate image. Success is simply the completion of a soul step, however unsightly it may be. We have finished what we started when the lesson is learned. What a fear-based culture calls a wonderful opportunity may be fruitless and misguided for the soul. Staying in a passionless relationship may satisfy our need for comfort, but it may stifle the soul. Becoming a famous lawyer is only worthwhile if the soul demands it. It is an essential failure if you are called to be a monastic this time around. If you need to explore and abandon ten careers in order to stretch your soul toward its innate image, then so be it. Flake it till you make it. \ No newline at end of file diff --git a/_posts/2020-02-28-sample-markdown.md b/_posts/2020-02-28-sample-markdown.md deleted file mode 100644 index 6a59d6a..0000000 --- a/_posts/2020-02-28-sample-markdown.md +++ /dev/null @@ -1,95 +0,0 @@ ---- -layout: post -title: Sample blog post to learn markdown tips -subtitle: There's lots to learn! -gh-repo: daattali/beautiful-jekyll -gh-badge: [star, fork, follow] -tags: [test] -comments: true -mathjax: true -author: Bill Smith ---- - -{: .box-success} -This is a demo post to show you how to write blog posts with markdown. I strongly encourage you to [take 5 minutes to learn how to write in markdown](https://markdowntutorial.com/) - it'll teach you how to transform regular text into bold/italics/tables/etc.
I also encourage you to look at the [code that created this post](https://raw.githubusercontent.com/daattali/beautiful-jekyll/master/_posts/2020-02-28-sample-markdown.md) to learn some more advanced tips about using markdown in Beautiful Jekyll. - -**Here is some bold text** - -## Here is a secondary heading - -[This is a link to a different site](https://deanattali.com/) and [this is a link to a section inside this page](#local-urls). - -Here's a table: - -| Number | Next number | Previous number | -| :------ |:--- | :--- | -| Five | Six | Four | -| Ten | Eleven | Nine | -| Seven | Eight | Six | -| Two | Three | One | - -You can use [MathJax](https://www.mathjax.org/) to write LaTeX expressions. For example: -When \\(a \ne 0\\), there are two solutions to \\(ax^2 + bx + c = 0\\) and they are $$x = {-b \pm \sqrt{b^2-4ac} \over 2a}.$$ - -How about a yummy crepe? - -![Crepe](https://beautifuljekyll.com/assets/img/crepe.jpg) - -It can also be centered! - -![Crepe](https://beautifuljekyll.com/assets/img/crepe.jpg){: .mx-auto.d-block :} - -Here's a code chunk: - -~~~ -var foo = function(x) { - return(x + 5); -} -foo(3) -~~~ - -And here is the same code with syntax highlighting: - -```javascript -var foo = function(x) { - return(x + 5); -} -foo(3) -``` - -And here is the same code yet again but with line numbers: - -{% highlight javascript linenos %} -var foo = function(x) { - return(x + 5); -} -foo(3) -{% endhighlight %} - -## Boxes -You can add notification, warning and error boxes like this: - -### Notification - -{: .box-note} -**Note:** This is a notification box. - -### Warning - -{: .box-warning} -**Warning:** This is a warning box. - -### Error - -{: .box-error} -**Error:** This is an error box. - -## Local URLs in project sites {#local-urls} - -When hosting a *project site* on GitHub Pages (for example, `https://USERNAME.github.io/MyProject`), URLs that begin with `/` and refer to local files may not work correctly due to how the root URL (`/`) is interpreted by GitHub Pages. You can read more about it [in the FAQ](https://beautifuljekyll.com/faq/#links-in-project-page). To demonstrate the issue, the following local image will be broken **if your site is a project site:** - -![Crepe](/assets/img/crepe.jpg) - -If the above image is broken, then you'll need to follow the instructions [in the FAQ](https://beautifuljekyll.com/faq/#links-in-project-page). Here is proof that it can be fixed: - -![Crepe]({{ '/assets/img/crepe.jpg' | relative_url }}) diff --git a/apply.md b/apply.md new file mode 100644 index 0000000..e669c8c --- /dev/null +++ b/apply.md @@ -0,0 +1,30 @@ +--- +title: Applications +layout: page +--- + +## Requirements + +To apply to the summer school, you must: + +- Be enrolled in a graduate program at an accredited university in a relevant field of study +- Able to work onsite in Los Alamos for 10 weeks, sometime from mid-May through mid-August of 2025 (exact dates TBD) +- **The School is open to non-U.S. citizens!** + +## Desired Qualifications for 2025 CDSS + +- **Computer Scientists:** Specializations in HPC with expertise in MPI, benchmarking, GPU programming, optimization, and performance analysis. +- **Applied Mathematicians:** Focus on numerical methods, including experience with implicit solvers, preconditioners, and developing or using linear algebra libraries. +- **Physicists:** Strong background in hydrodynamics, radiation physics, and shock physics with an interest in applying these areas to computational simulations. + +Students will be chosen based both on their qualifications and on the alignment of their skills and interests with the focus area of the summer school. Broadly speaking, we will attempt to create a balanced team with an even distribution of students from the desired disciplines. + +## Compensation + +Los Alamos National Laboratory offers very competitive compensation: + +* 10 week salary of $9-12K (based on education and experience) + +## [Application Form](https://forms.gle/nYpjj8tyBh5AwMVf9) + + Please use the form and include your C.V. and a cover letter describing your research interests. diff --git a/assets/img/2016a.jpg b/assets/img/2016a.jpg new file mode 100644 index 0000000..dd36f01 Binary files /dev/null and b/assets/img/2016a.jpg differ diff --git a/assets/img/CDSS_LOGO.png b/assets/img/CDSS_LOGO.png new file mode 100644 index 0000000..e5c2781 Binary files /dev/null and b/assets/img/CDSS_LOGO.png differ diff --git a/assets/img/Marc_Charest.jpg b/assets/img/Marc_Charest.jpg new file mode 100644 index 0000000..d4b2ab9 Binary files /dev/null and b/assets/img/Marc_Charest.jpg differ diff --git a/assets/img/Sumathi.png 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index 0000000..8e7f362 Binary files /dev/null and b/brochures/rackcard.pdf differ diff --git a/contact.md b/contact.md new file mode 100644 index 0000000..b7aa7e8 --- /dev/null +++ b/contact.md @@ -0,0 +1,27 @@ +--- +title: Contact Information +layout: page +--- + +## Summer School Leads + +### Julien Loiseau + +(505) 665-1301 + +[Email](mailto:jloiseau@lanl.gov) + +### Hyun Lim + +(505) 664-0668 + +[Email](mailto:hyunlim@lanl.gov) + +## Administration + +### Erika Maestas + +(505) 665-2000 + +[Email](mailto:emaestas@lanl.gov) + diff --git a/curStaff.md b/curStaff.md new file mode 100644 index 0000000..79c18dc --- /dev/null +++ b/curStaff.md @@ -0,0 +1,169 @@ +--- +title: Current Staff +layout: page +--- + + + +# Summer School Leads + +#### Julien Loiseau +
+ + +CCS-7 Applied Computer Science.
+ +Julien is a Computer Scientist with a background in High Performance Computing and simulation. He has experience in hybrid architectures and accelerated systems. His postdoctorate work focuses on FleCSPH, a tool for Smoothed Particles Hydrodynamics simulations based on the FleCSI framework from LANL. The intent is to provide an efficient and distributed tree data structure to FleCSI that allows the work to be offloaded to accelerators. The final goal of FleCSPH is to simulate large Astrophysics events.
+ +Julien is an alumnus of the 2016 summer school class. +
+ +#### Hyun Lim + +
+ + +CCS-2 Computational Physics and Methods.
+ +Hyun Lim is a staff scientist in CCS-2 with a background gravitational physics, astrophysics, and applied mathematics. He has experiences developing various multi-physics codes both Eulerian and Lagrangian frames to solve problems in astrophysics and magnetohydrodynamics. He also works on scalable numerical methods including adaptive mesh refinement and linear solvers.
+ +Hyun Lim is an alumnus of the 2016 summer school class. +
+ +# 2025 Summer School Mentors + +#### Andrés Yagüe López + +
+ + +CCS-7 Applied Computer Science + +Andrés is a staff scientist in CCS-7 with a background in numerical methods, solar physics and nuclear astrophysics. He has worked in magnetohydrodinamics, nucleosynthesis and galactic chemical evolution simulations, including stiff nuclear networks, developing novel numerical methods for the latter. He is interested in developing simulations that can take full advantage of HPC systems capabilities. + +
+ + +#### Andrew Reisner + +
+ + +CCS-7 Applied Computer Science + +Andrew is a computer scientist with a background in high performance +computing and numerical analysis. He has experience in improving the +performance and scalability of structured multilevel solvers. His +interests include parallel numerical algorithms on emerging +architectures and scalable linear solvers. +
+ +Andrew is an alumnus of the 2014 summer school class. + +
+ +#### Brendan Krueger + +
+ + +CCS-7 Applied Computer Science + +Brendan is a computational scientist with experience in high performance computing and physical simulations.  He has worked on many projects at LANL, including the Eulerian Applications Project, the Singe thermonuclear reactions library, the Portage remapping library, and the FleCSI framework.  His experience includes implementing physics models, porting code to run on GPUs, and developing software infrastructure to support subject-matter experts in writing their own simulation tools. + +
+ +#### Maxim Moraru + +
+ + +CCS-7 Applied Computer Science + +Maxim is a computational scientist in CCS-7 with a background in High-Performance Computing. He has experience in hybrid architectures and HPC runtime systems. His research interests include high-speed communication, dynamic task mapping, and machine learning models. +
+ +Maxim is an alumnus of the 2021 and 2022 summer school classes. +
+ +#### Nirmal Prajapati + + +CCS-7 Applied Computer Science + + +#### Philipp Edelmann + +
+ + +CCS-7 Applied Computer Science + +Philipp is a staff scientist in CCS-7 with a background in stellar +astrophysics, numerical methods for hydrodynamics, and high-performance +computing. He has experience with implicit solvers for low Mach number +hydrodynamics, nuclear reaction networks, and spectral methods. +Currently he is working on developing portable and scalable multiphysics +applications as part of the Ristra project. + +
+ +#### Richard Berger + + +CCS-7 Applied Computer Science + + + +#### Sumathi Lakshmiranganatha + +
+ + +CCS-7 Applied Computer Science + +Sumathi is a computational scientist with a background in Electrical and Computer Engineering. She has experience in porting and optimization of scientific applications like weather and power grid models on heterogeneous computing architectures. Her research interests include parallel-in-time algorithms on emerging hardware architectures and explainable machine learning models for scientific applications. +
+ +#### Thomas Vogel + + +CCS-7 Applied Computer Science + + + +

Founder

+
+ +Allen McPherson
+R.I.P. (Retired in Paradise)
+Al McPherson is a computer scientist and the former lead of the CCS-7 Co-Design team. +
+ +

Previous Leads

+- Christoph Junghans +- Robert Pavel +- Vinay Ramakrishnaiah + +

Previous mentors

+- Andrew Gaspar +- Ben Bergen +- Chris Malone +- Chris Mauney +- David Gunter +- Irina Demeshko +- Irina Sagert +- Jamal Mohd-Yusof +- Jonah Miller +- Joshua C Dolence +- Karen Tsai +- Li-Ta (Ollie) Lo +- Marc Charest +- Patricia (Pat) Grubel +- Patrick McCormick +- Reid Priedhorsky +- Sam Jones +- Wesley Paul Even diff --git a/history.md b/history.md new file mode 100644 index 0000000..1d9a077 --- /dev/null +++ b/history.md @@ -0,0 +1,164 @@ +--- +title: History +layout: page +--- + +### Class of 2024: Radiation-Hydrodynamics at scale using FleCSI. + +
+
+
+
Poster 2024
+
+ +Sudarshan Neopane (University of Tennessee, Knoxville), Alexander Strack (University of Stuttgart), Yoonsoo Kim (California Institute of Technology), Mammadbaghir Baghirzade (University of Texas at Austin), Farhana Taiyebah (Florida State University), Shihab Shahriar Khan (Michigan State University) + + +
+ + +### Class of 2023: Simulation of type Ia supernova burn front at scale. + +
+
+
+
Poster 2023
+
+ +Nageeb Zaman (Louisiana State University), Alexander Holas (Heidelberg University), Mark Ivan Ugalino (University of Maryland), Landon Dyken (University of Illinois at Chicago) + +
+ +### Class of 2022: Hardware/Software co-design for automated hardware pipelining. + +
+
+
+
Poster 2022
+
+ +Maxim Moraru (University of Reims Champagne Ardenne), Mina Warnet (University of Reims Champagne Ardenne) + +
+ +### Class of 2021: Optimizing and Extending the Functionality of EXARL for Scalable Reinforcement Learning + +
+
+ Poster 2021
+
+ +
+ +### Class of 2019: Code Portability and Core Collapse Supernovae + +
+
+
+
Poster 2019
+
+ +Rathish Ratnasingam (Newcastle University), Suyash Tandon (University of Michigan), Nicholas Stegmeier (University of Illinois Urbana-Champaign), Vasu Jaganath (University of Wyoming), Elizabeth Carlson (University of Nebraska), Jennifer Ranta (Michigan State University) + +
+ +### Class of 2018: Tabulated Equation of State + +
+
+
+
Poster 2018
+
+ +Patrick Payne (Stony Brook University), Frederick Ouellet (University of Florida), Nicholas Stegmeier (South Dakota State University), Diptajyoti Mukherjee (Allegheny College), Sumathi Lakshmiranganatha (University of Wyoming), Dana Akhmetova (KTH Royal Institute of Technology) + +
+ +### Class of 2017: Accelerated Molecular Dynamics + +
+
+
+
Poster 2017
+
+ + +Ying Zhou (University of Loughborough), Vinay Ramakrishnaiah (University of Wyoming), Jonas Landsgesell (Universitdt Stuttgart), Mouad Ramil (Ecole des Ponts), Josh Bevan (UIUC), Iris Linck (University of Colorado Denver) + +
+ + +### Class of 2016: Astrophysics - Neutron Star Mergers + + +
+
+ + + + +
+ +
Poster 2016
+
+ + +Nicola de Brye (UV), Daniel George (UIUC), Glenn Hordemann (TAMU), Hyun Lim (BYU), Julien Loiseau (URCA), Jonah Miller (PI), Jonathan Sharman (Rice) + +
+ +### Class of 2015: Quantum Molecular Dynamics + +![](/assets/img/cdss-1.jpg) + +Guangjie “Jerry” Shi (UGA), Sergio Pino Gallardo (U. Delaware), Purnima Ghale (UIUC), Georg Hahn (Imperial College London), Vivek Sardeshmukh (U. IOWA), Matthew Kroonblawd (U. Missouri) + +
+ +### Class of 2014: Adaptive Mesh Refinement (AMR) for hydrodynamics simulations + +
+ + + + + + +
+ +
Poster 2014
+ + +Erin Carrier (UIUC), Ken Czuprynski (UI), Robert Pavel (UD), Pascal Grosset (UU), Robert Bird (Warwick University), Andrew Reisner (UIUC) + +
+ +### Class of 2013: Materials in Extreme Environments + +
+
+
+ +
Poster 2013
+
+ +Bertrand Rouet-Leduc (University of Cambridge), Emmanuel Cieren (CEA), Venmugil Elango (The Ohio State University), Robert S. Pavel (University of Delaware), Axel Y. Rivera (University of Utah), Dominic Roehm (Universität Stuttgart) + +
+ +### Class of 2012: Scale Bridging Approach to a Steady-state Neutron Transport + +![](/assets/img/di120180029.jpg) + +Karthik Murthy (Rice), Emmanuel Cieren (LaBRI, France), Colleen McCarthy (NC State), Nicolas Feltman (CMU), Chris Leibs (CU Boulder), Yijie Wang (University of South Florida) + +
+ +### Class of 2011: Quasi Diffusion Accelerated Monte Carlo + +Han Dong (SUNY Buffalo), Mahesh Ravishankar (Ohio State), Paul Sathre (Virginia +State),Michael Sullivan (U. Texas Austin), William Taitano (University of New +Mexico), Jeffery Willert (North Carolina State) + +
Poster 2011
diff --git a/index.html b/index.html index c72dfaa..2e6c28b 100644 --- a/index.html +++ b/index.html @@ -1,5 +1,65 @@ --- layout: home -title: My website -subtitle: This is where I will tell my friends way too much about me +title: Co-Design Summer School +subtitle: --- + + + +
+ + +
+
+ +

Applications are open until January 10, 2025

+ +

2025 Co-Design Summer School Focus: Model implosion dynamics at scale using FleCSI-HARD

+ +
+ + +
+ +Pb Shell implosion test. Multiple Richtmyer-Meshkov instabilities occur during implosion. +
+
+ +Predictions of the implosion dynamics and the level of shell distortion induced by hydrodynamic instabilities such as Richtmyer-Meshkov are essential to model contemporary inertial confinement fusion (ICF) experiments. +Radiation also plays a key role in these phenomena. +Therefore, detailed radiation hydrodynamics simulations are crucial to understand these phenomena properly. +In the Co-Design Summer School (CDSS) 2025, we propose using the FleCSI Hydrodynamics and Radiative Diffusion (FleCSI-HARD) framework to model various implosion dynamics and simulate the instabilities associated with these phenomena. +FleCSI-HARD is an open-source radiation hydrodynamics code that was developed from FleCSI-SP by the students of CDSS 2024. +This code implements a basic flux limited diffusion (FLD) model and a multigrid solver. CDSS 2025 will focus on updating the FleCSI-HARD code and testing it at scale. Details are as follows. +- More complex radiation hydrodynamics schemes will be implemented for the current code with the addition of different possible closures: radiation energy-pressure relation called Pn, variable Eddington factor, Larsen-FLD, etc. +- A better set of solvers will be implemented through the use of FleCSolve, a FleCSI-based code supporting Algebraic Multigrid methods. +- Variable opacity and a time-stepping/integration scheme will be added for better performance and accuracy. +- The code will then be tested with verification and validation problem setups such as the ExactPack project . The school will model large-scale three-dimensional single and double shell implosion problems with multi-mode instabilities that can be used in ICF studies. + +The increasing complexity of supercomputers, in both number of nodes and on-node hybridization, forces us to rethink our approach to high performance computing(HPC). +Task-based parallelism provides a promising path forward. CDSS 2025 proposes to use the FleCSI framework as a base for the simulations. +FleCSI is a compile-time configurable framework from LANL. +It supports the development of multiphysics applications and introduces a functional programming model that can use multiple backends such as Legion, MPI, and HPX. +FleCSI proposes different topologies that are then extended via a specialization, allowing it to target specific problems. LANL’s new, next-generation exascale supercomputer, Venado, combines the new NVIDIA architectures, Grace and Hopper. CDSS 2025 aims to run simulations at scale on Venado. + +
+ +Representation of mass density for Kelvin-Helmholtz instability with strong radiation (performed with 10242 resolution on NV V100 GPU) Radiation + Hydrodynamics Simulation using HARD code . +
+ +
+ +LA-UR-24-31298 + + +

What is the Co-Design Summer School?

+ +The Los Alamos National Laboratory Co-Design Summer School was created to train future scientists to work on the kinds of interdisciplinary teams that are demanded by today’s scientific challenges. Launched in 2011, the summer school recruits top candidates in a range of fields spanning domain sciences, applied mathematics, computational and computer sciences, and computer architecture. Participants work together to solve a focused problem that is designed to build the skills needed to tackle the grand challenges of the future. Foremost among the skills on which we focus is the ability of students to work across disciplines with other team members, while employing their own unique expertise. This is the heart of Co-Design. + +Past summer school challenges have included problems in kinetic theory (Boltzmann Transport Equation), molecular dynamics, hydrodynamics (Adaptive Mesh Refinement), quantum molecular dynamics, astrophysics (core-collapse supernovae and neutron star mergers), and tabulated equations of state. The summer school is hosted by the Applied Computer Science Group (CCS-7), led by Christoph Junghans. + +

What is Co-Design?

+ +Co-Design is the social and technical equivalent of a multiple-constraint optimization problem. The rapid evolution of computing architectures and the expanding space between specializations in domain science and computer architecture means that it is virtually impossible for a single individual to cover all of the skills needed to solve current-day computational science challenges. Co-Design bridges this space through interactions between members of an interdisciplinary team. With the right amount of overlap, team members can communicate with each other effectively to solve a problem. + + diff --git a/sponsors.md b/sponsors.md new file mode 100644 index 0000000..e579d5c --- /dev/null +++ b/sponsors.md @@ -0,0 +1,30 @@ +--- +title: Sponsors +layout: page +--- + +## [Advanced Simulation & Computing (ASC) Program](http://nnsa.energy.gov/asc) + + + +Established in 1995, the Advanced Simulation and Computing (ASC) Program supports the U.S. Defense Programs' shift in emphasis from test-based confidence to simulation-based confidence. Under ASC, computer simulation capabilities are developed to analyze and predict the performance, safety, and reliability of nuclear weapons and to certify their functionality. + +The summer school receives two thirds of its funding through ASC. A third from the Computational Systems & Software Environment (CSSE) Program (managed by John M. Patchett) and a third from the Integrated Code (IC) Program (managed by Jimmy Fung). + + + +## [Center for NonLinear Studies](https://cnls.lanl.gov/) + + + +The Center for Nonlinear Studies (CNLS) is part of the Laboratory's Theoretical Division, and it organizes research related to nonlinear and complex systems phenomena. CNLS was formed in October of 1980. The CNLS, managed by Chris Fryer, funds a third of the CDSS.