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WASchrödinger equation
#maths #schrödinger #equation #physics
@waterforge_nyc
#Waveequation
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DAThe Schrödinger Equation.
This equation changed reality forever.
It doesn’t tell you where a particle is…
It tells you where it might be.
In quantum mechanics, particles don’t have fixed positions.
They exist as probabilities.
A wave function, Ψ(x, t), describes all possible states of a system.
When you observe it?
The wave collapses into a single outcome.
Until then…
Reality is not certain.
It’s a spectrum of possibilities.
This is the foundation of quantum physics.
And everything we know about the microscopic universe.
#schrodinger
#physics
#quantummechanics
#science
#wavefunction
@daliamalkesh
44.2K
FUEver wondered what governs the bizarre, probabilistic world of quantum particles? 🤯
This iconic equation, the Schrödinger Equation, is the cornerstone of quantum mechanics. It describes how the quantum state of a physical system changes over time, essentially predicting the behavior of particles at the atomic and subatomic levels. The wave function (Ψ) within the equation holds the secrets to understanding the probabilities of finding a particle in a certain location or state, revealing the fundamental nature of reality!
Shared for educational purposes.
@futuregenquantum
2.8K
CUEinstein and Heisenberg grappled with Schrödinger's wave mechanics. Schrödinger initially favored wave function realism, seeing wave functions as physically real in high-dimensional spaces. Einstein famously disliked this, stating 'God does not play dice,' and criticized Schrödinger's abstract view. Ultimately, Schrödinger recanted his realist stance, moving towards probability interpretations. #Physics #QuantumMechanics #Einstein #Schrodinger #Heisenberg #WaveParticleDuality #ScienceHistory #TheoreticalPhysics Full podcast with Jacob Barandes: https://youtu.be/wrUvtqr4wOs
@curtjaimungal_
27
QUErwin Schrödinger, one of the three titans of quantum mechanics😸☢️
Via- prismpage / sup3r_position
@quantumfield.ai
190
DA1925–26: Heisenberg’s weird matrices vs. Schrödinger’s beautiful waves—who wins quantum? Spoiler: They’re the same! Epic rivalry turns to equivalence. Had you heard of this clash? Comment yes/no! Follow @DailyPhysicsIn3 for more. #QuantumPhysics #Heisenberg #Schrödinger #MatrixMechanics #WaveMechanics
@dailyphysicsin3
36.6K
THErwin Schrodinger (1887-1961) was a physicist who revolutionized quantum mechanics by developing wave mechanics and the Schrodinger equation, which describes how quantum systems evolve over time.
He proposed the famous 'Schrodinger's Cat' 🐈 thought experiment to illustrate quantum superposition.
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#quantum #explore #astronomy #einstein #maths
@thephysicist_boy
12.9K
THTime-independent Schrödinger wave equation  The Schrödinger equation is a simple yet powerful rule in quantum physics that explains how tiny particles, like electrons, behave. Instead of moving like regular objects with precise positions and speeds, electrons act like fuzzy, wavy clouds of probability. This equation provides the guidelines that determine how that cloud spreads, curves, or shrinks in various locations. It relies on two main factors: the total energy the particle possesses and the "landscape" around it, which includes attractive or repulsive forces. Where the wave is strongest, you’re most likely to find the electron. Where it’s weak or zero, the electron is almost never present. Solving this equation reveals the beautiful shapes of electron clouds, known as orbitals, in atoms. These shapes explain why atoms bond in specific ways, why some chemicals have distinct colors, and how everything from lasers to computer chips operates at the tiniest level. In summary, it is the key equation that transforms everyday "solid" matter into the strange, wavy, probabilistic world of quantum mechanics.
#physics #science #fyp #quantum #astronomy
@thephysicist_boy
10.3K
THSchrödinger’s Wave Equation ✍️
It serves as the primary guide for the quantum world. It changes our view of particles from solid, predictable objects to shifting clouds of probability. Instead of giving us a precise location for a particle, the equation describes a wave function a mathematical representation of where a particle is most likely to show up when we measure it. The "Hamiltonian" part of the concept provides a set of instructions that take into account the particle's energy and environment. The resulting energy levels, shown as n = 1, 2, 3 in the image, demonstrate that subatomic particles can only exist at specific, "quantized" levels instead of moving smoothly between them. Ultimately, it shows that at the smallest scales, nature acts like a vibrating string or a standing wave. Here, position and motion are determined by statistical patterns rather than certainties.#physics #science #fyp #amazing #quantum
@thephysicist_boy
27.5K
MASchrödinger equation
#maths #schrödinger #equation #physics #education
@math_infinitum
331.6K
SCErwin Schrödinger was one of the founding figures of quantum mechanics, best known for the Schrödinger equation, which describes how the quantum state of a system evolves over time. This equation is central to understanding the behavior of electrons in atoms, chemical bonding, and modern technologies like semiconductors and lasers. Instead of picturing particles as tiny solid objects, Schrödinger’s work showed that at the quantum level, particles behave like waves of probability.
He is also famous for the Schrödinger’s cat thought experiment, created to highlight the strange implications of quantum superposition. The experiment illustrates how, according to quantum theory, a system can exist in multiple states at once until it is observed. Schrödinger introduced this idea not to promote the paradox, but to question how quantum mechanics should be interpreted. His work fundamentally changed how we understand matter, energy, and the nature of reality at its smallest scales.
#schrödinger #waveequation #catexperiments #scientology #physics
@sciencolgy.890
38.9K
BLFun fact: Goudsmit and Uhlenbeck were (at some time) professors at the University of Michigan
@blackbirdphysics
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