Mario Chemnitz (inactive as of Oct 2023)
@MarioChemnitz
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Head of Smart Photonics group @leibniz_IPHT Jena 🛰🔬🧠 Also co-chair of a family 👨👩👧👦 Former active Twitter user. +++ Account inactive on X +++
Germany
Joined July 2017
Dear fellows and followers, After careful consideration and reflection on recent events, I have decided to make this account inactive for the foreseeable future. The reasons for my decision are outlined below. [tl;dr] I don’t support totalitarianism on any level.
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Feel free to follow me on #LinkedIn, #Mastodon @SmartPhotonics@sigmoid.social, and #Bluesky @laserjunge.bsky.social.
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For these reasons, I find it no longer appropriate to maintain a presence on this platform. I hope this platform will see better times again, however it certainly requires a change in ownership. #twitterisdead
#longlivetwitter
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3. Official stance: Prominent institutions, incl. the German government, are advising their officials to disengage from this platform. Moreover, the EU is in the process of preparing a lawsuit against #X for its failure to adequately address the spread of misinformation.
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2. Toxic platform dynamics: Recent modifications to the network's algorithms and policies have perpetuated hate speech, disinformation, and impersonation, thereby undermining the very foundations of democratic systems and civil discourse.
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1. Childish, irresponsible ownership: The network has recently been acquired by an individual whose ethical stance and behaviors are antithetical to my own values and principles, particularly concerning a moral compass.
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If you want to know more about thermodynamics measured by light-sound interactions, read our newest publication in Nature Physics! Great collaboration of @MPI_Light and @UniFAU with @Leibniz_IPHT and @UTS, Markus Schmidt, @MarioChemnitz, @Chris et al.!
❗️New Publication in Nature Physics ❗️ Negative pressure is a rare and challenging-to-detect phenomenon in physics. Researchers from @StillerLab at @MPI_Light have now discovered a new method to measure it. Read more about it here: https://t.co/X1vgA2bQjw Image © Long Huy Dao
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❗️New Publication in Nature Physics ❗️ Negative pressure is a rare and challenging-to-detect phenomenon in physics. Researchers from @StillerLab at @MPI_Light have now discovered a new method to measure it. Read more about it here: https://t.co/X1vgA2bQjw Image © Long Huy Dao
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@ljsdsjena @dieLinkeJena @Gruene_TH @CDUJena1 @CDUJena @SPD_Jena @ju_jena @Jusos_Th @sfk_jena @fwjena [Update] Das Kind wurde laut eines Reddit Users mit Hilfe eines privaten Spürhundes gefunden. Es steckte in einem Busch fest. 🌳🐕👏
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Bitte RT @ljsdsjena @dieLinkeJena @Gruene_TH @CDUJena1 @CDUJena @SPD_Jena @ju_jena @Jusos_Th @sfk_jena @fwjena
#Vermisst #Jena #Thüringen
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Our special thanks also go to our students and collaborators as well as the unique research community who have made remarkable contributions to bring this field to life. Also thanks to @dfg_public, @CZ_Stiftung, and @Leibniz_IPHT for enabling us to do science and outreach.
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The review delves into the fascinating field of soft-matter 💧 photonics 💡, highlighting the start-of-art in the design, modeling, fabrication, and application of optical liquid-core fibers with exceptional transparency, nonlinearity, and reconfigurability.
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We are very excited to see our #review on #nonlinear #photonics in #liquid-core optical #fibers out in the Early Views of Wiley's Laser & Photonics Reviews. https://t.co/d2oSkOOBVa
onlinelibrary.wiley.com
This review delves into the fascinating field of soft-matter photonics, highlighting recent advances in nonlinear liquid-core fiber optics. It covers the start-of-art in design, modeling, fabricati...
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Summer is approaching in Jena. Enjoy the season. Today with some strawberry cake and a good grove. 🍓🍰☕️🎶
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I am very much looking forward to welcome @GiuliasNLWorld at @Leibniz_IPHT tomorrow. As an expert in theoretical #physics, nonlinear #optics and #MachineLearning she will give an expert view on “Learning at the Edge of Chaos”. 👉 https://t.co/yXgiP2NMN7 Very exciting!
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