Simpulse Insight - September 2024
Welcome to another edition of our newsletter! In this issue, we will explore the latest innovations shaping the future, including groundbreaking advancements in quantum circuit simulation and the release of cutting-edge software for engineering and design. We also dive into new partnerships and technological milestones that are driving progress in industries like AI, simulation, and quantum computing. Let's jump into the highlights!
Synopsys and Keysight: 新思科技 (NASDAQ: SNPS) has confirmed that it has finalized an agreement to transfer its Optical Solutions Group (OSG) to Keysight Technologies (NYSE: KEYS), a leading company in design, emulation, and testing solutions. OSG provides design tools and services to model all aspects of light propagation for high-accuracy optical product simulations and visualizations. This acquisition will allow Keysight to enhance its portfolio of design and testing solutions, enabling high-performance system use cases beyond electronics, including optics and photonics
Ansys, TSMC and Microsoft: 台积公司 collaborates with Ansys and Microsoft to Accelerate Photonic Simulations
Taiwan Semiconductor Manufacturing Company Limited (TSMC) has partnered with Ansys and 微软 to speed up the simulation of silicon photonic components. By using Ansys Lumerical software on Microsoft's GPU-powered virtual machines, they claim to have achieved a much faster simulation. This partnership is aimed to improve the design and production of silicon Photonic Integrated Circuits (PICs), which are important for industries like data communication, medical tools, automotive LiDAR, and artificial intelligence.
Revolution in Simulation: New Rev-Sim Learning Program on the use of Artificial Intelligence in Engineering Simulation:
Revolution in Simulation (rev-sim.org), a global collaboration and technology alliance for the engineering simulation industry, has introduced a new learning program focused on the emerging role of Artificial Intelligence and Machine Learning (AI/ML) in engineering simulation and product design. This free program caters to everyone, from those just beginning to explore AI/ML to those already implementing it or looking to leverage its advanced capabilities. The program offers comprehensive resources, including expert-curated best practices, professional advice, and a community forum where participants can ask questions and exchange ideas.
SimScale GmbH: SimScale GmbH recently announced a suite of upgrades to its cloud native simulation platform SimScale, designed to expand its support of real-time, simulation-driven design for the automotive sector. The platform is used by automotive companies to design and improve their products using a broad variety of analysis capabilities, including mechanical, thermal, CFD, and electromagnetics. The upgrade includes AI, Electromagnetics, Electronics, Structural Analysis and Enterprise Collaboration.
Maplesoft: Maplesoft is a Canadian company providing mathematics-based software solutions to educators, engineers, and researchers in science, technology, engineering, and mathematics (STEM). Maplesoft has released MapleSim 2024, the latest version of its modeling and simulation tool. The new version is designed to make system-level modeling more efficient and intuitive, with updates that help users in industries such as automotive, aerospace, and robotics to model and simulate real-world systems.
Keysight Technologies (NYSE: KEYS) Keysight Technologies has released Quantum Circuit Simulation (Quantum Ckt Sim), an innovative circuit design platform aimed at accelerating the development of complex quantum circuits. This new solution seems prominent with its incorporation of advanced flux quantization, a feature developed through a collaboration with Google Quantum AI. This innovation is expected to allow for more precise simulations, paving the way for faster and more efficient quantum circuit designs.
COMSOL : Introduction to Multiphysics Simulation in COMSOL, Inc. – Online Demo
Join this one-hour online demo for an introduction to COMSOL Multiphysics? software, designed for new users. COMSOL engineers will guide through the basics of the software, covering the modeling environment and demonstrating a practical case that highlights the coupling of multiple physical fields. Participants will also receive a comprehensive overview of how to utilize COMSOL’s online resources.
Date & Time: October 9, 2024; 2:00 pm CEST
NAFEMS: A Vision of Simulation for Aerostructures: Stories and Challenges
Explore the journey of numerical simulation in aeronautical structures over the last 30 years in this online event. The speaker will discuss the critical challenges that have shaped and will continue to influence the future of simulation in aerostructures. Learn about the pivotal role that organizations like NAFEMS play in overcoming these hurdles and driving innovation in the field.
Date & Time: October 10, 2024, 18:00 (Buenos Aires & Santiago), 15:00 (Mexico City), 17:00 (New York), 22:00 (London), 23:00 (Madrid)
This hands-on workshop will provide participants with a comprehensive understanding of Ansys optiSLang, from its interface and workflow to advanced optimization techniques and integration with other tools. Designed for engineering simulation professionals, the workshop will focus on automating design processes, improving product performance, and reducing development time.
Date & Time: October 15, 2024, 9:00 AM – 1:00 PM (CEST)
领英推荐
ANSYS: The Value of SPDM to Physics-Based Simulation, Digital Thread, and Digital Twin: This webinar to be conducted by experts from CIMdata will explore how the intricacy of today’s industrial products is driving companies to embrace digital transformation, supported by concepts like the digital thread and digital twins.
This webinar will allow participants to learn
?Date & Time: October 18, 2024, 11 AM EDT
The Exciting Fusion of Virtual Reality and Physics-Based Simulation
A few years ago, I decided to learn how to drive. But instead of heading to a regular driving school, I found myself at a simulator-based driving institute—one of the first in my city. This wasn’t just an ordinary classroom setup. I was placed in a virtual car, navigating through realistic traffic, different road conditions, and unpredictable weather—all while sitting in a controlled room. The experience was so lifelike that it felt like I was really on the streets. This is the fascinating power of Virtual Reality (VR). But here's the real secret—amazing visuals alone can’t make virtual experiences feel real. Behind that curtain of digital magic is physics-based simulation, quietly ensuring that what you experience follows the same rules that govern our physical world.
One classic example of the Simulator based Driving is shown in the movie Sully starring Tom Hanks.
In this blog, we will unravel how VR and physics simulations come together to create mind-blowing, yet believable experiences—and how this combination is reshaping everything from video games to surgery rooms.
How Physics-Based Simulations Powers VR Magic
Imagine gravity pulling you down as you fall in a virtual world, or feeling the drag as you swim through digital water. This is where physics-based simulations come into play. The laws of nature—like gravity, friction, and momentum are applied into the VR space, ensuring that the experiences feel real. Without physics behind the scenes, VR world would break the illusion and lose their immersive edge.
Few examples of VR and Physics Simulations in Action:
Immersive Learning and Training: Just like my driving experience, pilots can now train on virtual planes that respond to turbulence or storms, and surgeons practice surgeries on virtual patients that react just like real human bodies. They can bleed, breathe, and even wince in pain! All this happens in a risk-free environment where mistakes can be made and corrected and valuable learning happens safely.
Architectural Masterpieces and Engineering Marvels: Thanks to VR and physics simulations, architects can now walk through their designs before construction even begins. Engineers, too, can put their creations to the test—simulating wind tunnels, earthquakes, and high-speed collisions to ensure their designs hold up in the real world. All of this is possible without ever touching a brick or metal part. It’s a game-changer for saving time, money, and pushing boundaries.
Sports Training and Rehabilitation: Imagine athletes fine-tuning their skills in a virtual world where physics simulates real-world conditions. Or think about patients recovering from surgery who can lift virtual weights that respond just like real ones, helping them rebuild muscle without ever stepping into a gym. These virtual environments are transforming the world of rehabilitation and athletic training.
The Science Behind the VR
So what is the secret behind this magic? The answer lies in physics. Here’s a quick glance at some of the governing laws that create the magic.
Fluid Dynamics: Whether you’re swimming through a virtual ocean or feeling the breeze as you race through a VR city, fluid dynamics simulations make those experiences feel natural.
Soft vs. Rigid Body Dynamics: In the real world, not all objects behave the same when force is applied. In VR, physics ensures that soft objects get squeezed, rigid objects move fast, and everything reacts in a way that makes sense.
What’s Next for VR and Physics?
The future of VR isn’t just about stepping into fantastic new worlds—it’s also about making those worlds follow the same rules as ours. With physics-based simulations evolving rapidly, we are approaching a future where virtual experiences may become identical to reality. Whether it’s gaming, education, or even healthcare, the fusion of VR and physics is making the impossible possible.
Thank you for reading and your support!