| Plural | eigenstates |
quantum eigenstate
kvantemekanisk egenstate
eigenstate equation
egenstate-ligning
eigenstate energy
egenstate-energi
eigenstate vector
egenstate-vektor
eigenstate measurement
egenstate-måling
eigenstate probability
egenstate-sandsynlighed
eigenstate function
egenstate-funktion
eigenstate collapse
egenstate-kollaps
eigenstate representation
egenstate-repræsentation
eigenstate basis
egenstate-basis
the system's eigenstate can be calculated using linear algebra.
systemets egenstate kan beregnes ved hjælp af lineær algebra.
each eigenstate corresponds to a specific energy level.
hver egenstate svarer til et specifikt energieniveau.
the eigenstate is fundamental in quantum mechanics.
egenstaten er fundamental i kvantemekanik.
to find the eigenstate, we must solve the schrödinger equation.
for at finde egenstaten skal vi løse Schrödinger-ligningen.
in quantum systems, the measurement affects the eigenstate.
i kvantesystemer påvirker målingen egenstaten.
the superposition of eigenstates leads to interference effects.
superpositionen af egenstater fører til interferenseffekter.
understanding the eigenstate is crucial for quantum computing.
at forstå egenstaten er afgørende for kvanteberegning.
the eigenstate can be represented as a vector in hilbert space.
egenstaten kan repræsenteres som en vektor i Hilbert-rum.
different eigenstates can result in different physical outcomes.
forskellige egenstater kan resultere i forskellige fysiske resultater.
researchers are exploring the properties of various eigenstates.
forskere undersøger egenskaberne ved forskellige egenstater.
quantum eigenstate
kvantemekanisk egenstate
eigenstate equation
egenstate-ligning
eigenstate energy
egenstate-energi
eigenstate vector
egenstate-vektor
eigenstate measurement
egenstate-måling
eigenstate probability
egenstate-sandsynlighed
eigenstate function
egenstate-funktion
eigenstate collapse
egenstate-kollaps
eigenstate representation
egenstate-repræsentation
eigenstate basis
egenstate-basis
the system's eigenstate can be calculated using linear algebra.
systemets egenstate kan beregnes ved hjælp af lineær algebra.
each eigenstate corresponds to a specific energy level.
hver egenstate svarer til et specifikt energieniveau.
the eigenstate is fundamental in quantum mechanics.
egenstaten er fundamental i kvantemekanik.
to find the eigenstate, we must solve the schrödinger equation.
for at finde egenstaten skal vi løse Schrödinger-ligningen.
in quantum systems, the measurement affects the eigenstate.
i kvantesystemer påvirker målingen egenstaten.
the superposition of eigenstates leads to interference effects.
superpositionen af egenstater fører til interferenseffekter.
understanding the eigenstate is crucial for quantum computing.
at forstå egenstaten er afgørende for kvanteberegning.
the eigenstate can be represented as a vector in hilbert space.
egenstaten kan repræsenteres som en vektor i Hilbert-rum.
different eigenstates can result in different physical outcomes.
forskellige egenstater kan resultere i forskellige fysiske resultater.
researchers are exploring the properties of various eigenstates.
forskere undersøger egenskaberne ved forskellige egenstater.
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