Sir William Osler – Father of Modern Medicine
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Sir William Osler – Father of Modern Medicine
Born in Ontario in 1849, Sir William Osler transformed medical education by emphasizing bedside clinical training. As a co-founder of Johns Hopkins Hospital, he helped standardize the modern medical curriculum. His approach continues to shape healthcare in Canada and worldwide. 🇨🇦 #Canada #WilliamOsler #CanadianHistory #MedicalEducation
https://www.thecanadianencyclopedia.ca/en/article/sir-william-osler
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Sir William Osler – Father of Modern Medicine
Born in Ontario in 1849, Sir William Osler transformed medical education by emphasizing bedside clinical training. As a co-founder of Johns Hopkins Hospital, he helped standardize the modern medical curriculum. His approach continues to shape healthcare in Canada and worldwide. 🇨🇦 #Canada #WilliamOsler #CanadianHistory #MedicalEducation
https://www.thecanadianencyclopedia.ca/en/article/sir-william-osler
@Canadian_Eh great moustache
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@Canadian_Eh great moustache
@evan @Canadian_Eh priorities...
Gli ultimi otto messaggi ricevuti dalla Federazione
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Brown line under glass
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@ulquiro @leobm @toxi @korkeala @jack @woo @ahab @richardazia @postmarketOS @Fairphone @made wow a phone with partial support for phone calls
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@garretpolk which game
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Sunset Kodak DC120 (~1MP, 1996) #SooC #ShittyCameraChallenge
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figured out the composition and characters mostly! now i can draw it all once more in a cleaner comp later...
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Print-in-Place Gripper Does It With a Single Motor
[XYZAiden]’s concept for a flexible robotic gripper might be a few years old, but if anything it’s even more accessible now than when he first prototyped it. It uses only a single motor and requires no complex mechanical assembly, and nowadays 3D printing with flexible filament has only gotten easier and more reliable.
The four-armed gripper you see here prints as a single piece, and is cable-driven with a single metal-geared servo powering the assembly. Each arm has a nylon string threaded through it so when the servo turns, it pulls each string which in turn makes each arm curl inward, closing the grip. Because of the way the gripper is made, releasing only requires relaxing the cables; an arm’s natural state is to fall open.
The main downside is that the servo and cables are working at a mechanical disadvantage, so the grip won’t be particularly strong. But for lightweight, irregular objects, this could be a feature rather than a bug.
The biggest advantage is that it’s extremely low-cost, and simple to both build and use. If one has access to a 3D printer and can make a servo rotate, raiding a junk bin could probably yield everything else.
DIY robotic gripper designs come in all sorts of variations. For example, this “jamming” bean-bag style gripper does an amazing, high-strength job of latching onto irregular objects without squashing them in the process. And here’s one built around grippy measuring tape, capable of surprising dexterity.
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3 February 1916 | Italian Jew, Alberto Cassin, was born in Busca.
He was deported to #Auschwitz from Fossoli on 22 February 1944.
He did not survive.
---🎧 Listen about the development of the mass murder infrastructure at Auschwitz: https://www.auschwitz.org/en/education/e-learning/podcast/transformation-of-auschwitz-concentration-camp-/
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@aeva final form capitalism
i'm imagining some kind of voltron spaceballs robomaid thing here
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#Carney should carry this around, and when asked, he can say "It's okay, we've already got one."
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The Arrow's Ghost: A Legacy of Lost Potential'nFollowing the Arrow's cancellation, all completed jets, blueprints, & manufacturing equipment were to be destroyed.
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In Baker Lake, Inuit communities depend on the hunting of caribou, a mammal species that is threatened by uranium mining activities.
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