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Discussions focus on how bacterial nanobionics via 3D printing could transform energy and bioengineering, with phrases like 'game changer' and 'next generation' reflecting excitement, while comments like 'poisoned everything' show some skepticism. The tone varies from curiosity to mild skepticism, highlighting both interest and cautious optimism about the article's implications.
Many discussions are neutral or slightly positive; some acknowledge the scientific advancements without strong opinions, while a few express skepticism or negativity.
Posts show high curiosity and enthusiasm, with mentions of futuristic applications like bio-batteries and powered by mushrooms, indicating strong interest.
Some comments discuss methods, such as the use of graphene nanoribbons and 3D printing, demonstrating active engagement with scientific content.
The discussions suggest recognition of the potential for these technologies to revolutionize energy and biotechnologies, but are not yet definitive about their real-world impact.
Why Scientists Used Graphene Nanoribbons to Engineer Bionic Mushrooms https://t.co/mCu6HBONkt @CambridgeGraph #grapheneink #2dmaterials #engineeredsymbiosis #biophotovoltaiccell
Check out this video to see how Stevens has utilized ordinary mushrooms from the grocery store to produce electricity. https://t.co/CPvGE1Yp1d
The nano technofascists have poisoned everything. Bacterial nanobionics via 3D printing https://t.co/YNcmp5bXiZ https://t.co/SSy9vEgekb
Or mushrooms. Maybe in 10 years or so we'll see stuff like bio-batteries become a thing. https://t.co/JVDRVr3J3I
Why Scientists Used Graphene Nanoribbons to Engineer Bionic Mushrooms https://t.co/Z0nLhTVRfR via @YouTube
This video explores the innovative creation of engineered symbiosis by combining bacteria with nanomaterials, aimed at developing next-generation bionic architectures. Discover how mutual symbiosis in ecosystems can…
Scientists are transforming wastewater into fuel with the help of specialized bacteria. This video explores the biotechnological advances in utilizing bacteria for biofuel production, highlighting the intersection of…
RT @BarelyBook: The nano technofascists have poisoned everything. Bacterial nanobionics via 3D printing https://t.co/YNcmp5bXiZ https://t.…
RT @BarelyBook: The nano technofascists have poisoned everything. Bacterial nanobionics via 3D printing https://t.co/YNcmp5bXiZ https://t.…
The nano technofascists have poisoned everything. Bacterial nanobionics via 3D printing https://t.co/YNcmp5bXiZ https://t.co/SSy9vEgekb
https://t.co/MYaCrL9M98
Gm @CodeGreen_nft @CrystalPNight @NxP_Green https://t.co/ux0XWwnooI https://t.co/sW0624k1Hr
RT @Kyukimasa: 発電するバイオニックキノコ https://t.co/OigovteQWw キノコとシアノバクテリアを3D印刷で制御成長させ、グラフェンリボン電極を印刷することで電流を取り出す https://t.co/KhFDfCNfzL (なんだこれは) h…
https://t.co/KutsAtEUVS
Why Scientists Used Graphene Nanoribbons to Engineer Bionic Mushrooms https://t.co/6Os0UZcUoh via @Seeker
https://t.co/KutsAtEUVS
https://t.co/Dq3AOAPFlm
Purple Bacteria: Turning Poop Into Biofuel - YouTube https://t.co/blRcY89dr1
https://t.co/aUofdMIBw3
@matettore https://t.co/8sX8jJEzMs
Purple Bacteria: Turning Poop Into Biofuel https://t.co/F7JncOjxoN via @YouTube
RT @ultimape: Or mushrooms. Maybe in 10 years or so we'll see stuff like bio-batteries become a thing. https://t.co/JVDRVr3J3I
Or mushrooms. Maybe in 10 years or so we'll see stuff like bio-batteries become a thing. https://t.co/JVDRVr3J3I
RT @TecraCoin:
Check out this video to see how Stevens has utilized ordinary mushrooms from the grocery store to produce electricity. https://t.co/CPvGE1Yp1d
Check out this video to see how Stevens has utilized ordinary mushrooms from the grocery store to produce electricity. https://t.co/vWQ2vOnZzx
RT @CambridgeGraph: Why Scientists Used Graphene Nanoribbons to Engineer Bionic Mushrooms https://t.co/mCu6HBONkt @CambridgeGraph #graphene…
Why Scientists Used Graphene Nanoribbons to Engineer Bionic Mushrooms https://t.co/mCu6HBONkt @CambridgeGraph #grapheneink #2dmaterials #engineeredsymbiosis #biophotovoltaiccell
Why Scientists Used Graphene Nanoribbons to Engineer Bionic Mushrooms by Seeker https://t.co/w5hWo3scYc via @YouTube
https://t.co/UegYuZV0Kd #Robotics #CyberSecurity, #DigitalTransformation #technology #IoT #Fintech,#DataScience #VR #SmartCities #InternetOfThings #IoT #SmartCity #biodiversity #HealthTech #CellBiology #SolarEnergy #solarpower #Solar #EnergyEfficiency #energy
Forget #SolarPanels & #WindTurbines, the world is soon going to be powered by #mushrooms. Don't believe us? Watch here: https://t.co/6UICUgOOFM
https://t.co/ONuSQ47kuY
This is cool stuff! https://t.co/teAEwnhIvD
This is a great one. I was sharing the science of this while we were waiting for Captain Marvel to start just the other day. Captain Marvel would want you to watch Maren’s videos. https://t.co/7ODl8MSfiq
https://t.co/SEehBisXer
https://t.co/aHFb4CO4lY hellllllllll YEAAHHH
Why Scientists Used Graphene Nanoribbons to Engineer Bionic Mushrooms https://t.co/9XA2esyAYb via @YouTube
https://t.co/Tvyu637aO9
Why Scientists Used Graphene Nanoribbons to Engineer Bionic Mushrooms (Rated: Objective) https://t.co/CQOBB8rvUI
https://t.co/fNSHr0GXDT
Graphene Nanoribbons and Engineering Bionic Mushrooms https://t.co/fPBxWvuiwK via @YouTube
https://t.co/XXe6y5Xv2I https://t.co/XXe6y5Xv2I
https://t.co/vEDhUeYhwp
RT @Mbada3i: Why Scientists Used Graphene Nanoribbons to Engineer Bionic Mushrooms https://t.co/J1xMBF8Ggk #nanotechnology #cleanenergy
https://t.co/wCEsTRirkP @elonmusk ideas for solar city? #potforthought
https://t.co/PbAqfsSikO
Why Scientists Used Graphene Nanoribbons to Engineer Bionic Mushrooms https://t.co/Q83kIGrcDK via @YouTube
OMG! <3 Why Scientists Used Graphene Nanoribbons to Engineer Bionic Mushrooms https://t.co/w90P70iRRb vía @YouTube
Why Scientists Used Graphene Nanoribbons to Engineer Bionic Mushrooms https://t.co/PJCe3fz2Cp via @YouTube researchers have created an "engineered symbiosis" by combining bacteria with nanomaterials to produce the next generation of bionic architectures #science #tech
Liked on YouTube: Why Scientists Used Graphene Nanoribbons to Engineer Bionic Mushrooms https://t.co/dkr13WOL7z
Why Scientists Used Graphene Nanoribbons to Engineer Bionic Mushrooms https://t.co/U6yXDvoO7U
engineered Symbiosis Graphene Nanoribbons to Engineer Bionic Mushrooms https://t.co/un493hHLbO via @YouTube
https://t.co/SADRt3oySx
Why Scientists Used Graphene Nanoribbons to Engineer Bionic Mushrooms https://t.co/24K7TqPZIZ via @YouTube
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@OUT4S https://t.co/ALDrKzaBt6
Why Scientists Used Graphene Nanoribbons to Engineer Bionic Mushrooms https://t.co/Z0nLhTVRfR via @YouTube
Seeker: Why Scientists Used Graphene Nanoribbons to Engineer Bionic Mushrooms https://t.co/NpdSXHUT40
Why Scientists Used Graphene Nanoribbons to Engineer Bionic Mushrooms https://t.co/J1xMBF8Ggk #nanotechnology #cleanenergy
https://t.co/MzDvsNBkVg
RT @neurosocialself: 3D Printing in Bacterial Nanobionics | Nov 2018 | ACS https://t.co/pV1orTtu3v https://t.co/6zhbk4VT6L
3D Printing in Bacterial Nanobionics | Nov 2018 | ACS https://t.co/pV1orTtu3v https://t.co/6zhbk4VT6L
I liked a @YouTube video https://t.co/gjYxzfZlsJ Purple Bacteria: Turning Poop Into Biofuel
#Bacterial #Nanobionics via #3D #Printing https://t.co/aaEBmncnXE