#slacpubliclecture 搜尋結果

Let’s break it down. 🥤 Plastic waste that is! Ozge Bozkurt uses X-ray light to help design a new way to break down plastics, while also making useful products. Learn how at the #SLACPublicLecture in person or online, October 2 at 7 p.m. PDT: stanford.io/4nA2JyZ

A 5.5 ft entrance lens, 3.2 Giga-pixel resolution, & high precision built into each pixel. Learn how we designed & assembled a digital camera the size of a small car 🚗 at this week's #SLACPublicLecture Aug. 7. Registration is full, so tune in virtually! youtube.com/watch?v=97r6Rh…

How did we build the world’s largest digital camera? 📷 Lead mechanical engineer for camera integration and testing, Travis Lange, explains as we pivot to operations at the NSF-DOE @VRubinObs. Hear the upcoming #SLACPublicLecture August 7 at 7 p.m. PDT stanford.io/4kSvhRT

#ICYMI 📹 You can now catch a recording of Quynh L. Nguyen’s #SLACPublicLecture on how supercomputers allow us to analyze data on the scale of terabytes per hour: youtube.com/live/N0ajP1ixO…

Today at 7 p.m. PT! 📢 New computing capabilities can help us handle the flood of information from our updated X-ray laser. SLAC’s Quynh L. Nguyen explains in the “Revealing the Secrets of Transistors using Supercomputers” #SLACPublicLecture: stanford.io/3DROFPA

How do we handle massive amounts of data, on the scale of terabytes per hour? Supercomputers 🖥️ Learn more in the upcoming #SLACPublicLecture “Revealing the Secrets of Transistors using Supercomputers” on Thursday, March 27, 7:00 p.m. PT: stanford.io/3DROFPA

X-rays and plant life 🌱 Our #SLACPublicLecture on Jan. 23 highlights how scientists use X-rays to observe how soil microbes extract, absorb, and transfer nutrients to plants, providing fresh insights on plant growth and nutrition. Mark your calendar: bit.ly/3BWr8w5

How are scientists using AI with the Large Hadron Collider at @CERN? Tune into tonight’s #SLACPublicLecture to find out from Julia Gonski, and stick around after for a live Q&A! bit.ly/40ZFcyN

Can we make new discoveries without knowing what we are looking for? 🤔 Join the #SLACPublicLecture on Dec. 5 to hear Julia Gonski share how scientists use powerful AI and microelectronics tools to do just that. bit.ly/40ZFcyN

Mark your calendar for Dec. 5 🗓️ Our next #SLACPublicLecture features Julia Gonski sharing how game-changing AI technologies can help mine the datasets of the @CERN Large Hadron Collider to make new discoveries. Learn more: bit.ly/40ZFcyN

An ancient pathway, modern tools, and how work at SLAC is helping to illuminate a chemical messenger from the dawn of life. Tune into tonight’s #SLACPublicLecture to find out more from Macon Abernathy, and stick around after for a live Q&A: stanford.io/4gZZMo8

📡 Did you miss Aug 1’s #SLACPublicLecture, “Radio Axion: Tuning in to the Dark Matter Airwaves” presented by Chelsea Bartram? No worries! Check out the recording here: youtube.com/live/tX80-4SA9…

📡📻 Tune into tonight’s #SLACPublicLecture, when Chelsea Bartram will share how she uses SLAC experiments to build ultra-low-noise radio receivers to discover more about axions and dark matter. Live stream link: bit.ly/3Lwi55Z

🌌📡What is ADMX and Dark Matter Radio? Watch the #SLACPublicLecture on 8/1 online, when Chelsea Bartram will discuss how scientists use SLAC experiments such as these to learn more about the axion. Live stream link & event info: bit.ly/3Lwi55Z

👀 Did you miss last month’s #SLACPublicLecture, “Mercury Rising: The Toxicology of a Global Pollutant” presented by Ashley James? Check out the recording here: bit.ly/3yQMIzY

🧫 Tune into tonight’s #SLACPublicLecture, where Ashley James will discuss different areas of toxicology through case studies of mercury exposure in human and animal models. Listen to the live Q&A after the talk: bit.ly/3UTBPpN

😍Amazing #LCLS news! For more on our attosecond research, check out this #SLACPublicLecture by Taran Driver: www6.slac.stanford.edu/events/2023-11…

🧪 How can studying toxicology help us understand the interactions between us, our environment, and potentially toxic chemicals? Join the 5/23 #SLACPublicLecture, when Ashley James will delve into why heavy metals like mercury are of particular interest: bit.ly/3UTBPpN

One of my favourite scientists @ashleykatjames is giving the next #SLACPublicLecture! Tune in to learn how she uses synchrotron science to solve problems in the world of toxicology. Ashley is an awesome science communicator - it’s sure to be an engaging presentation! #SciComm

🗓️ Join our next #SLACPublicLecture on 5/23, when Ashley James will uncover the sometimes dark but always intriguing mysteries in the field of toxicology using synchrotron-based techniques! Register to join the talk here: bit.ly/3UTBPpN

🌱 How do plants create the oxygen we breathe?🌱 Join our virtual #SLACPublicLecture on Nov 18, when Franklin Fuller will discuss how he uses SLAC’s X-ray laser #LCLS to solve longstanding mysteries about this process. 🔗 LINK:stanford.io/3B7UssQ

🤔 What powers the earth’s magnetic field?🌎 Join our virtual #SLACPublicLecture on Feb 3, when Ben Ofori-Okai will discuss how he uses SLAC’s X-ray laser #LCLS to get to the core of this dynamic process. Link here: stanford.io/3nscRfM

Let’s break it down. 🥤 Plastic waste that is! Ozge Bozkurt uses X-ray light to help design a new way to break down plastics, while also making useful products. Learn how at the #SLACPublicLecture in person or online, October 2 at 7 p.m. PDT: stanford.io/4nA2JyZ

‼️Tomorrow‼️ How do cells know how to interact with their environments? Join the #SLACPublicLecture, when Peter Dahlberg will talk about cells' internal systems, and how this research pairs with SLAC's work in advanced microscopy techniques. stanford.io/3GdHz4s

How did we build the world’s largest digital camera? 📷 Lead mechanical engineer for camera integration and testing, Travis Lange, explains as we pivot to operations at the NSF-DOE @VRubinObs. Hear the upcoming #SLACPublicLecture August 7 at 7 p.m. PDT stanford.io/4kSvhRT

Join our virtual #SLACPublicLecture on Nov 18, when Panofsky Fellow Franklin Fuller will talk about how scientists use SLAC’s X-ray laser #LCLS to learn more about how plants produce the oxygen we breathe.🌱 🌬️ stanford.io/3B7UssQ

‼️TOMORROW‼️ 🎙Tune in to the June #SLACPublicLecture, when Cyndia Yu will discuss how scientists are building the world’s most sensitive detectors 🔍 to measure our universe's workings & SLAC’s efforts as a leader in the quantum sensing field.😵‍💫 🔗⤵️ stanford.io/3GdHz4s

🌏 Our next #SLACPublicLecture is sure to be a polarizing one! Join us on 2/3 when Panofsky Fellow Ben Ofori-Okai will share how our X-ray laser can shed light on streams of molten iron in Earth's core thought to power the planet's magnetic fields 🧲. stanford.io/33WmRHB

How do we handle massive amounts of data, on the scale of terabytes per hour? Supercomputers 🖥️ Learn more in the upcoming #SLACPublicLecture “Revealing the Secrets of Transistors using Supercomputers” on Thursday, March 27, 7:00 p.m. PT: stanford.io/3DROFPA

‼️Tomorrow (4/6)‼️ How can artificial intelligence construct 3D models of molecules from millions of enigmatic images? Join the #SLACPublicLecture, where Axel Levy will talk about this rapidly developing technology. Event link: stanford.io/3GdHz4s

Today at 7 p.m. PT! 📢 New computing capabilities can help us handle the flood of information from our updated X-ray laser. SLAC’s Quynh L. Nguyen explains in the “Revealing the Secrets of Transistors using Supercomputers” #SLACPublicLecture: stanford.io/3DROFPA

Tune into our next #SLACPublicLecture on 4/6, when Axel Levy will share how AI can help us visualize complex sequences of motion within cells. Event page: stanford.io/40DngXa

What do baked goods have to do with the expansion of the universe?🤔 🎂 Tune into tonight’s #SLACPublicLecture to find out from @KIPAC1's Justin Myles, and stick around after for a live Q&A. stanford.io/3zIY1px

‼️ TOMORROW‼️ Check out tomorrow’s #SLACPublicLecture, when Rachael Kretsch will share how scientists use SLAC’s #Cryo-EM to reveal the structure and shape of viral RNA🔬 , and how these findings can be used to combat RNA viruses. Link here ➡️ stanford.io/3MUbcLi

🎤 Tune into our next #SLACPublicLecture on 4/7, when Rachael Kretsch will discuss how scientists use SLAC’s #Cryo-EM to reveal the structure and shape of viral RNA, and how these findings can be used to combat RNA viruses.🔬 Link here ➡️ stanford.io/3MUbcLi

👀 Check out tomorrow’s virtual #SLACPublicLecture!👀 Panofsky Fellow Franklin Fuller will talk about how scientists use #LCLS to make molecular movies that show how plants produce oxygen.🌱 🎥 🌬️ LINK: stanford.io/3B7UssQ

Check out tomorrow’s virtual #SLACPublicLecture. @KIPAC1 Justin Myles will talk about how data collected from the @theDESurvey can offer a better understanding of the influence of dark forces on the universe. stanford.io/3zIY1px

🤔 What does viral RNA look like in 3D?🔬 Join the #SLACPublicLecture on April 7, when Rachael Kretsch will discuss how she uses SLAC’s #Cryo-EM to uncover the shape and 3-D structure of viral RNA, & how findings are used to combat RNA viruses. Link ➡️ stanford.io/3MUbcLi

🤔🧐 Want to learn more about photosynthesis?🌱 ☀️ Tune into tonight’s #SLACPublicLecture to find out from Panofsky Fellow Franklin Fuller, and stick around after for a live Q&A. 🔗 stanford.io/3B7UssQ🔗

‼️TONIGHT‼️ 😵‍💫Want to learn more about how scientists use the mysterious quantum world to unlock the most elusive observations?🔬 🎙Tune into tonight’s #SLACPublicLecture to find out from Cyndia Yu, and stick around after for a live Q&A.🖐 🔗⤵️ stanford.io/3GdHz4s