Great to see Chicago moving manufacturing forward with the announcement of the addition of the new quantum campus coming to the old U.S. Steel’s South Works plant. This will help create countless jobs and will be a game changer for Chicago and the state of Illinois. #PsiQuantum #manufacturing #IllinoisJobs #ChicagoJobs https://lnkd.in/gTKSAzqq
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Atlas Magnetics, Co. worked with University of Nevada, Reno faculty and students, starting with four employees and no revenue. Now, they have 76 employees and are expecting to make $7.5M in revenue this year and $30M+ in 2025. “A company can 'graduate' out of our facilities because they are growing too fast and need a larger space to support their operations, are moving from prototyping to production, or both,” Carlos Cardillo, executive director of corporate partnerships and director of the Nevada Center for Applied Research, said. “Companies leaving for these reasons represent a bitter-sweet situation for us but as they leave, new spaces become available for the next company to work with us on campus and hopefully, repeat this process.” #EconomicDevelopment #UNRInnovation #Technology #Entrepreneurship #BusinessDevelopment #Startups
Founded in June 2021, start-up company Atlas Magnetics went to the Nevada Center for Applied Research, in the Applied Research Facility at the University of Nevada, Reno, in hopes of advancing its products involving modern electronics by providing integrated circuit (IC) solutions that are thinner and higher performance than ever before in power delivery and high-speed communications. https://bit.ly/4a8bx8l
Start-up company Atlas Magnetics ‘graduates' from University, moves to larger facility | University of Nevada, Reno
unr.edu
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As new #technologies continue to crop up and our society increasingly relies on these innovations, it is important to consider the costs and potential reasons for technological obsolescence. Jonathan Coppersmith, Texas A&M University, explores the complexities around technological obsolescence and how to plan for it to avoid crises in an article for NAE Perspectives. Read here: https://ow.ly/7C0h50RPm3X. #Obsolescence #Technology #Engineering
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While we are a national #manufacturing #innovation institute, the State of Michigan is our home and always will be. We are proud to celebrate #NationalEngineersWeek and partner with the Michigan Economic Development Corporation to grow our state's #advancedmanufacturing #ecosystem. #advancedmaterials #manufacturingprocesses #systemsengineering #technologydevelopment #talentdevelopment
Michigan serves as a thriving hub for cutting-edge research and technological advancements thanks to its rich history of innovation and commitment to fostering growth. #NationalEngineersWeek
Driving Innovation: Exploring Michigan's Research and Development Landscape | Michigan Business
michiganbusiness.org
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Graduate Program Administrator, Department of Mechanical and Manufacturing Engineering, University of Calgary
Word(le).
Our Research & Innovation Team helps researchers in the Schulich School of Engineering get that GRANT in their first attempt! https://lnkd.in/g8X6PQ4e
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Right now *should be* the greatest era of invention in history. We made it to the moon and back with less power than we have on our phones. Edison invented lightbulbs with a fraction of the information we can access. A high schooler has access to more information than all pre-21st Century inventors combined. And what are we doing with all of that information and all of these powerful technologies? Maintaining the inventions of other people. Invent or maintain. It's your choice. Want to invent? Start here: https://lnkd.in/gcffbEGG
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Examples of my developed GPTs include those aimed at problem-solving and innovation. These are aligned with TRIZ methodologies and are advantageous in fields such as industry, engineering, science, and various research areas.
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Tomorrow’s Needs: Michigan Tech Reaches an Inflection Point This is the first in a series of opinion pieces from leaders around campus on the role that Michigan Technological University innovators will play to define the world’s emerging needs. Since 1885, Michigan Technological University has done precisely what our founding charter called on us to do: educate and train a highly skilled workforce prepared to serve the state’s industry needs. In the late 1800s, this meant training mining engineers to streamline and operate the prosperous copper mines of the Upper Peninsula. In the 20th century, Tech alums helped crystallize Michigan’s global reputation as the epicenter of quality automotive manufacturing. Today, through pioneering efforts like the state’s first College of Computing and our new Essential Education curriculum, the University continues to serve the state of Michigan by helping address the complex technological, economic and social issues of the 21st century. https://lnkd.in/e9-yqRPD
Tomorrow’s Needs: Michigan Tech Reaches an Inflection Point
mtu.edu
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Sierra is excited to announce our funding in Quintessent Inc. Quintessent is a pioneer in heterogeneous silicon photonics and quantum dot laser technology aimed at revolutionizing computing infrastructure. The rise of AI demands a shift in computing architectures to those designed for accelerated computing, highlighting the importance of efficient data movement. Quintessent aims to tackle the bottleneck in system performance by developing optical connectivity solutions that offer sustainability, reliability, and scalability. Quintessent differentiates itself with a focus on novel chip-scale laser architectures, particularly multi-wavelength quantum dot comb lasers, to address the demands of modern computing hardware. Founder and CEO, Alan Liu, advised on various photonics R&D programs for clients at DARPA and ARPA-E while at Booz Allen Hamilton. He met John Bowers while getting his PhD at UC Santa Barbara. Chairman John Bowers is a Professor in the Department of Electrical and Computer Engineering and Materials at UCSB. He co-founded Aurrion (acquired by Juniper Networks), Aerius Photonics (acquired by FLIR Systems), and Terabit Technologies (acquired by Ciena). Sierra led Quintessent's first round of funding in 2021 and continues to support its journey alongside Osage University Partners (OUP), Foothill Ventures, M Ventures & Entrada Ventures. https://lnkd.in/eRkMpD64 #deeptech #SiliconPhotonics #Quantum #DotLaser #startups #ucsb #santabarbara #AcceleratedComputing #OpticalConnectivity #TechInnovation
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Director, Department of Aerospace Engineering and Engineering Mechanics at The University of Texas at Austin
Join us tomorrow for a talk with Professor John-Paul Clarke on Academia and Entrepreneurship! #TexasSpaceEconomy Where the sky is not the limit 🚀
Reserve your seat now for this Friday's #LaunchTexas talk with J-P Clarke! RSVP here: https://lnkd.in/g_6y-aYf You won't want to miss this upcoming #LaunchTexas talk featuring Aerospace Engineering and Engineering Mechanics, The University of Texas at Austin professor John-Paul Clarke: Academia and Entrepreneurship – Thoughts and Insight from a Leading Innovator John-Paul Clarke, Ernest Cockrell Jr. Memorial Chair in Engineering Co-Founder, Universal Hydrogen Friday, February 9, 2024 10:00 am - 12:00 pm Texas Innovation Center, EER 2.518 Open to all Texas ASE/EM students, faculty & staff. Breakfast tacos will be served. RSVP now to reserve your seat: https://lnkd.in/g_6y-aYf #SpaceEconomy #Entrepreneurship #TexasEngineering #WhatStartsHere
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The semiconductor ecosystem in Cambridge produces technology that is shaping modern life the world over. What can a deep dive into one of our most important sectors tell us about how Cambridge creates and scales world-leading innovation? In our latest blog, we explore the semiconductor ecosystem in Cambridge and the key ingredients that have helped it to emerge and flourish. With contributions from leading academics, innovators and businesses we highlight the drivers of Cambridge’s successful microchip sector – a special combination of groundbreaking knowledge, human skills and investment. With the new Government laying out its clear mission to grow the UK economy, it’s an important time to consider what has made Cambridge a growth success story and the world’s highest intensity science and technology cluster. The insights we have gathered highlight not only Cambridge’s strengths and potential, but also the role that we can play in supporting innovation and growth across other regions of the UK. Read more: https://lnkd.in/ebiJ2Zgi Thank you to those Cambridge Ahead members who contributed their thoughts to this piece Jez Stark Richard Hall Cambridge Consultants Kristen Ray Gary Campbell Peter Stephens @Arm Rachel Oliver @UniversityofCambridge James Lean @Barclays Eagle Labs #Innovation #Semiconductors #Growth #UKEconomy #Cambridge
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