#physicshack search results

Este es un kalliroscopio llamado #VortexDome y ha sido creado por #Physicshack (perfil de instagram). Se basa en un fluido reoscópico que al girar puede modelar las estructuras formadas en atmósferas como las de Júpiter. 😍 Puede adquirirse por 60£ aquí: grand-illusions.com/vortex-dome-c2…


When you need the speed of the ball off the counter, but your motion sensors don't work with the schools "new" computers, you McGyver it! #physics #PhysicsHack #FunPhysicsFriday


Thanks to the observatory science centre. #oddlysatisfying #physicshack


Want to move a car without superpowers? This genius rope-and-rod pulley trick’s got you covered! Wind the rope, pull smart, and let physics do the heavy lifting. Perfect for DIY emergencies, it’s like turning a few pipes into a superhero’s toolbelt! #PhysicsHack #DIYMagic


Prototipo de un péndulo QUE NO SE PARA, magia (no, simplemente arduino). #physicsHack


"Revolution-Circle! Cubesam DIY Ferris Circles: Rotates SIN or COS–separated clean!" Endless spin @ 1place, no interference, 29+ hrs stable @ 54.9 FPS. SIN / CUBESAM / COS solved it. Place it, watch it whirl! #PhysicsHack #DIYQuantum #SinCosSplit @NASA #Physics @CERN @AP

Cubesam's tweet image. "Revolution-Circle!  Cubesam DIY Ferris Circles: Rotates SIN or COS–separated clean!" Endless spin @ 1place, no interference, 29+ hrs stable @ 54.9 FPS. SIN / CUBESAM / COS solved it. Place it, watch it whirl! #PhysicsHack #DIYQuantum #SinCosSplit @NASA #Physics
 @CERN @AP

Tiny magnets reveal big secrets. Researchers discovered “edge currents” that make particles move faster around their borders—driven by topological physics. #Nanotech #PhysicsHack #SmartMaterials #Microbots #MagneticTech #EdgeFlow #RiceUniversity

TheAtomicForge's tweet image. Tiny magnets reveal big secrets. Researchers discovered “edge currents” that make particles move faster around their borders—driven by topological physics. 

#Nanotech #PhysicsHack #SmartMaterials #Microbots #MagneticTech #EdgeFlow #RiceUniversity
TheAtomicForge's tweet image. Tiny magnets reveal big secrets. Researchers discovered “edge currents” that make particles move faster around their borders—driven by topological physics. 

#Nanotech #PhysicsHack #SmartMaterials #Microbots #MagneticTech #EdgeFlow #RiceUniversity
TheAtomicForge's tweet image. Tiny magnets reveal big secrets. Researchers discovered “edge currents” that make particles move faster around their borders—driven by topological physics. 

#Nanotech #PhysicsHack #SmartMaterials #Microbots #MagneticTech #EdgeFlow #RiceUniversity
TheAtomicForge's tweet image. Tiny magnets reveal big secrets. Researchers discovered “edge currents” that make particles move faster around their borders—driven by topological physics. 

#Nanotech #PhysicsHack #SmartMaterials #Microbots #MagneticTech #EdgeFlow #RiceUniversity

#PhysicsHack: How to Raise Funds for Physics via Crowdfunding - bit.ly/1ObDWZU

fiatphysica's tweet image. #PhysicsHack: How to Raise Funds for Physics via Crowdfunding - bit.ly/1ObDWZU

Tickets are going fast, so sign up today for our #PhysicsHack crowdfunding hackathon! ga.co/1L7uvMV

fiatphysica's tweet image. Tickets are going fast, so sign up today for our #PhysicsHack crowdfunding hackathon! ga.co/1L7uvMV

📐 This Triangle Trick makes remembering physics formulas effortless! If you struggle with IGCSE physics, this is for you! 🚀 Watch now & thank me later! 🎥 #PhysicsHack #IGCSE #StudySmart #TriangleMethod


Tweet 5 A straw can’t pierce an apple—unless you cover one end and push hard. Science can be sneaky! 🍏 #PhysicsHack #AppleVsStraw


If it glitches, scale it. SimuProbe 2.5 (Starship, 10¹⁵ kg): Mars in 13 min. SimuProbe 3.0 (fleet, 10²⁰ kg): Alpha Centauri in 11.5 hrs. Low power hacks the sim—no sci-fi magic, just EM trickery. @SpaceX @xAI, thoughts? #PhysicsHack


#PhysicsHack Integrate basic concepts & theories to understand the underlying principles and the subsequent... fb.me/4bqUJZ0Dk


Join @fiatphysica for their #physicshack crowdfunding hackathon on October 24! #MakePhysicsHappen

reneehlozek's tweet image. Join @fiatphysica for their #physicshack crowdfunding hackathon on October 24! #MakePhysicsHappen

"Revolution-Circle! Cubesam DIY Ferris Circles: Rotates SIN or COS–separated clean!" Endless spin @ 1place, no interference, 29+ hrs stable @ 54.9 FPS. SIN / CUBESAM / COS solved it. Place it, watch it whirl! #PhysicsHack #DIYQuantum #SinCosSplit @NASA #Physics @CERN @AP

Cubesam's tweet image. "Revolution-Circle!  Cubesam DIY Ferris Circles: Rotates SIN or COS–separated clean!" Endless spin @ 1place, no interference, 29+ hrs stable @ 54.9 FPS. SIN / CUBESAM / COS solved it. Place it, watch it whirl! #PhysicsHack #DIYQuantum #SinCosSplit @NASA #Physics
 @CERN @AP

Want to move a car without superpowers? This genius rope-and-rod pulley trick’s got you covered! Wind the rope, pull smart, and let physics do the heavy lifting. Perfect for DIY emergencies, it’s like turning a few pipes into a superhero’s toolbelt! #PhysicsHack #DIYMagic


Tiny magnets reveal big secrets. Researchers discovered “edge currents” that make particles move faster around their borders—driven by topological physics. #Nanotech #PhysicsHack #SmartMaterials #Microbots #MagneticTech #EdgeFlow #RiceUniversity

TheAtomicForge's tweet image. Tiny magnets reveal big secrets. Researchers discovered “edge currents” that make particles move faster around their borders—driven by topological physics. 

#Nanotech #PhysicsHack #SmartMaterials #Microbots #MagneticTech #EdgeFlow #RiceUniversity
TheAtomicForge's tweet image. Tiny magnets reveal big secrets. Researchers discovered “edge currents” that make particles move faster around their borders—driven by topological physics. 

#Nanotech #PhysicsHack #SmartMaterials #Microbots #MagneticTech #EdgeFlow #RiceUniversity
TheAtomicForge's tweet image. Tiny magnets reveal big secrets. Researchers discovered “edge currents” that make particles move faster around their borders—driven by topological physics. 

#Nanotech #PhysicsHack #SmartMaterials #Microbots #MagneticTech #EdgeFlow #RiceUniversity
TheAtomicForge's tweet image. Tiny magnets reveal big secrets. Researchers discovered “edge currents” that make particles move faster around their borders—driven by topological physics. 

#Nanotech #PhysicsHack #SmartMaterials #Microbots #MagneticTech #EdgeFlow #RiceUniversity

If it glitches, scale it. SimuProbe 2.5 (Starship, 10¹⁵ kg): Mars in 13 min. SimuProbe 3.0 (fleet, 10²⁰ kg): Alpha Centauri in 11.5 hrs. Low power hacks the sim—no sci-fi magic, just EM trickery. @SpaceX @xAI, thoughts? #PhysicsHack


Physics just got a whole lot simpler! Contact us through: ▪ DM at @tutors.pro ▪ Call/text at (917) 969-1194 ▪ [email protected]tutorspro.com #Physicshack #PhysicsTutorial #PhysicsMadeEasy #EasyPhysicsTips


How can blackbird go faster than the wind that’s powering it !! #physicshack lnkd.in/e36BfRu


Este es un kalliroscopio llamado #VortexDome y ha sido creado por #Physicshack (perfil de instagram). Se basa en un fluido reoscópico que al girar puede modelar las estructuras formadas en atmósferas como las de Júpiter. 😍 Puede adquirirse por 60£ aquí: grand-illusions.com/vortex-dome-c2…


Thanks to the observatory science centre. #oddlysatisfying #physicshack


When you need the speed of the ball off the counter, but your motion sensors don't work with the schools "new" computers, you McGyver it! #physics #PhysicsHack #FunPhysicsFriday


#PhysicsHack: How to Raise Funds for Physics via Crowdfunding - bit.ly/1ObDWZU

fiatphysica's tweet image. #PhysicsHack: How to Raise Funds for Physics via Crowdfunding - bit.ly/1ObDWZU

#PhysicsHack Integrate basic concepts & theories to understand the underlying principles and the subsequent... fb.me/4bqUJZ0Dk


Prototipo de un péndulo QUE NO SE PARA, magia (no, simplemente arduino). #physicsHack


Tickets are going fast, so sign up today for our #PhysicsHack crowdfunding hackathon! ga.co/1L7uvMV

fiatphysica's tweet image. Tickets are going fast, so sign up today for our #PhysicsHack crowdfunding hackathon! ga.co/1L7uvMV

When you need the speed of the ball off the counter, but your motion sensors don't work with the schools "new" computers, you McGyver it! #physics #PhysicsHack #FunPhysicsFriday


#PhysicsHack: How to Raise Funds for Physics via Crowdfunding - bit.ly/1ObDWZU

fiatphysica's tweet image. #PhysicsHack: How to Raise Funds for Physics via Crowdfunding - bit.ly/1ObDWZU

Tickets are going fast, so sign up today for our #PhysicsHack crowdfunding hackathon! ga.co/1L7uvMV

fiatphysica's tweet image. Tickets are going fast, so sign up today for our #PhysicsHack crowdfunding hackathon! ga.co/1L7uvMV

"Revolution-Circle! Cubesam DIY Ferris Circles: Rotates SIN or COS–separated clean!" Endless spin @ 1place, no interference, 29+ hrs stable @ 54.9 FPS. SIN / CUBESAM / COS solved it. Place it, watch it whirl! #PhysicsHack #DIYQuantum #SinCosSplit @NASA #Physics @CERN @AP

Cubesam's tweet image. "Revolution-Circle!  Cubesam DIY Ferris Circles: Rotates SIN or COS–separated clean!" Endless spin @ 1place, no interference, 29+ hrs stable @ 54.9 FPS. SIN / CUBESAM / COS solved it. Place it, watch it whirl! #PhysicsHack #DIYQuantum #SinCosSplit @NASA #Physics
 @CERN @AP

Tiny magnets reveal big secrets. Researchers discovered “edge currents” that make particles move faster around their borders—driven by topological physics. #Nanotech #PhysicsHack #SmartMaterials #Microbots #MagneticTech #EdgeFlow #RiceUniversity

TheAtomicForge's tweet image. Tiny magnets reveal big secrets. Researchers discovered “edge currents” that make particles move faster around their borders—driven by topological physics. 

#Nanotech #PhysicsHack #SmartMaterials #Microbots #MagneticTech #EdgeFlow #RiceUniversity
TheAtomicForge's tweet image. Tiny magnets reveal big secrets. Researchers discovered “edge currents” that make particles move faster around their borders—driven by topological physics. 

#Nanotech #PhysicsHack #SmartMaterials #Microbots #MagneticTech #EdgeFlow #RiceUniversity
TheAtomicForge's tweet image. Tiny magnets reveal big secrets. Researchers discovered “edge currents” that make particles move faster around their borders—driven by topological physics. 

#Nanotech #PhysicsHack #SmartMaterials #Microbots #MagneticTech #EdgeFlow #RiceUniversity
TheAtomicForge's tweet image. Tiny magnets reveal big secrets. Researchers discovered “edge currents” that make particles move faster around their borders—driven by topological physics. 

#Nanotech #PhysicsHack #SmartMaterials #Microbots #MagneticTech #EdgeFlow #RiceUniversity

Join @fiatphysica for their #physicshack crowdfunding hackathon on October 24! #MakePhysicsHappen

reneehlozek's tweet image. Join @fiatphysica for their #physicshack crowdfunding hackathon on October 24! #MakePhysicsHappen

Loading...

Something went wrong.


Something went wrong.


United States Trends