MICA-TONE - Fuzz, Orpheum - Fuzz
"c1967 germanium lovelies, from a mystery NY/NJ source - they are sort of based on the first generation Fuzzrites with 0.1 capacitors."
facebook.com/Simon Murphy
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Ge(Germanium)
No.32
Group 14
He | Him
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Team takes data science approach to identifying thermal conductivity-related structural factors in amorphous materials
A Tohoku University research team has discovered that different thermal conductivities exhibited by an amorphous material with the same composition are attributable to the sizes of atomic rings in its atomic structure. This is one of the first studies demonstrating that the structural features of amorphous materials can be correlated with their physical properties.
The paper is published in the International Journal of Heat and Mass Transfer.
It is already feasible to synthesize amorphous materials with the same compositions but different thermal conductivities. However, the structural factors responsible for differences in thermal conductivity had yet to be identified due to a lack of appropriate analytical methods.
Read more.
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Round 7 - Triels & Tetrels
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We're finishing up the last of the first four pedals produced by Bolt & Forge Analog Audio today, concluding with the powerful Ol' Ephraim Germanium Sustainer!!🤘🔥 Not quite a fuzz and not quite a distortion, this beast brings the thunder, utilizing germanium diodes and a simple control system to push your amp to the limit...full demo out now on Youtube, enjoy this one!!
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Round 1 - Part 1 - Matchup 8
Germanium vs Gold
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METTALOIDS:
ROUND 1 POLL 1
SILICON:
Not to be confused with Silicone
Could potentially be used to make life instead of carbon
Used in a lot of electronics, hence the name of silicon valley
GERMANIUM:
Used in optical devices such as cameras and microscopes
Being researched for potential use in chemotherapy
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Flashback Friday to when this little guy was released and I’m still in love with the look of this pedal! #fuzz #fuzzpedal #tonebender #guitar #guitarpedal #guitargear #stompbox #effects #effectspedals #guitarpedals #pedals #gear #geareybusey #pedalboard #pedalboards #germanium #germaniumfuzz #wilsoneffects https://www.instagram.com/p/CpCz--Ruxdy/?igshid=NGJjMDIxMWI=
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Germanium
actual new content for the tumblr
he is scaled up to fill space but he is actually very small, probably about chest height to Silicon (now we have to define Silicon's height and I'd say he's about average, but then that brings into question the height of the Element Cats compared to normal cats and us, and I haven't figured that out yet)
I'd imagine when his iris muscles contract/relax, they make camera shutter noises
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Magnetism fosters unusual electronic order in quantum material
Physicists were surprised by the 2022 discovery that electrons in magnetic iron-germanium crystals could spontaneously and collectively organize their charges into a pattern featuring a standing wave. Magnetism also arises from the collective self-organization of electron spins into ordered patterns, and those patterns rarely coexist with the patterns that produce the standing wave of electrons physicists call a charge density wave.
In a study published this week in Nature Physics, Rice University physicists Ming Yi and Pengcheng Dai, and many of their collaborators from the 2022 study, present an array of experimental evidence that shows their charge density wave discovery was rarer still, a case where the magnetic and electronic orders don't simply coexist but are directly linked.
"We found magnetism subtly modifies the landscape of electron energy states in the material in a way that both promotes and prepares for the formation of the charge density wave," said Yi, a co-corresponding author of the study.
The study was co-authored by more than a dozen researchers from Rice; Oak Ridge National Laboratory (ORNL); SLAC National Accelerator Laboratory; Lawrence Berkeley National Laboratory (LBNL); the University of Washington; the University of California, Berkeley; Israel's Weizmann Institute of Science; and China's Southern University of Science and Technology.
Read more.
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“Scientists were still faithful to germanium, but they were spending an awful lot of time fantasizing about silicon.”
Sam Kean, 'The Disappearing Spoon'.
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We're revisiting one of our favorites today, Benson Amps, as we check out their latest pedal release, the Germanium Preamp!! Building on their flagship pedal, this one has some changes in the circuitry and amazing tones all around, as usual…check out our demo video via the link below, cheers!!🤘🎛🤘
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The discovery of germanium is a pivotal moment in the history of chemistry and physics. Germanium was first isolated by Clemens Winkler in 1886, when he was investigating a mineral called argyrodite. Through a series of meticulous experiments, Winkler was able to isolate a new element that he named germanium in honor of his native country, Germany. Germanium quickly gained attention for its unique properties, particularly its semiconductor capabilities. This discovery laid the foundation for the development of modern electronics and technology. Germanium was used in the early stages of semiconductor devices, and its properties were crucial in the development of transistors and diodes. The discovery of germanium ultimately revolutionized the field of electronics and led to advancements in telecommunications, computing, and other technological fields. Germanium transistors were used extensively in early electronics, paving the way for the development of smaller, faster, and more efficient devices. Today, germanium is still used in some specialized applications, such as in infrared optics and solar cells. In conclusion, the discovery of germanium by Clemens Winkler marked a significant milestone in the history of science and technology. Its unique properties have shaped the modern world and continue to play a vital role in various technological applications. The legacy of germanium serves as a reminder of the importance of scientific discovery and innovation in driving progress and advancement.
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Skronk Machine by Blammo Electronics - A Modern Zonk Machine?
The Skronk Machine by Blammo Electronics is a contemporary reimagining of the iconic Zonk Machine, tailored for today’s vintage fuzz enthusiasts. This updated version enhances the user experience with smooth, no-click relay switching, versatile passive tone control, and a sleek, pedalboard-friendly design.
Skronk Machine
Blammo Electronics has crafted the Skronk Machine for fuzz pedal…
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