Syllabys for BSc(Major):
... diffusion), Avogadro number-experimental determination by the kinetic theory method, Brownian motion (theory of translational Brownian movement). Compressibility and expansion coefficient of gases, difference between ideal and real gases, Andrew’s experiment for carbon dioxide, Vander Waal’s equatio ...
... diffusion), Avogadro number-experimental determination by the kinetic theory method, Brownian motion (theory of translational Brownian movement). Compressibility and expansion coefficient of gases, difference between ideal and real gases, Andrew’s experiment for carbon dioxide, Vander Waal’s equatio ...
Linköping University Post Print Compatibility and noncontextuality for sequential measurements
... been debated whether QM can be completed with additional hidden variables (HVs), which would eventually account for the apparent indeterminism of the results of single measurements in QM and may lead to a more detailed deterministic description of the world [1–3]. The problem of distinguishing QM fr ...
... been debated whether QM can be completed with additional hidden variables (HVs), which would eventually account for the apparent indeterminism of the results of single measurements in QM and may lead to a more detailed deterministic description of the world [1–3]. The problem of distinguishing QM fr ...
- Philsci
... enables us to say that the “worlds” existing at t are the same worlds that exist at a later instant t’. On the other hand, without transtemporal identity of branches there is no hope of making sense of statements like “the probability that I will register spin-up is = c2”, for nothing allows us to i ...
... enables us to say that the “worlds” existing at t are the same worlds that exist at a later instant t’. On the other hand, without transtemporal identity of branches there is no hope of making sense of statements like “the probability that I will register spin-up is = c2”, for nothing allows us to i ...
מבוא - האם יש צורך בשינוי בתחום התוכן בלימוד מדע באוניברסיטה
... innovation of this work is the creation of a framework, which integrates both theories. According to this framework, every scientific theory is divided into two parts – a set of natural phenomena on one hand, and their corresponding models on the other. Each part taken alone does not provide definit ...
... innovation of this work is the creation of a framework, which integrates both theories. According to this framework, every scientific theory is divided into two parts – a set of natural phenomena on one hand, and their corresponding models on the other. Each part taken alone does not provide definit ...
Document
... The typical classical single-bit error is the bit-flip: 0 ↔ 1. If we assume a simple error model (the binary symmetric channel) in which bit flips errors occur on each bit independently with probablility p per unit time, we expect a bit to be corrupted after O(1/p) steps. (In general, we assume p ≪ ...
... The typical classical single-bit error is the bit-flip: 0 ↔ 1. If we assume a simple error model (the binary symmetric channel) in which bit flips errors occur on each bit independently with probablility p per unit time, we expect a bit to be corrupted after O(1/p) steps. (In general, we assume p ≪ ...
Document
... What is the total work done by friction? Each way? What height does the box reach up the ramp after hitting the spring once? Where will the box come to rest? ...
... What is the total work done by friction? Each way? What height does the box reach up the ramp after hitting the spring once? Where will the box come to rest? ...
Analogue gravity from field theory normal modes?
... physics, attitudes towards effective theories seem to be changing—they are now much more likely to be used, at least as computational tools. As long as one has a clear understanding of when to stop taking them seriously effective theories are perfectly good physics even if they are not ‘fundamental’ ...
... physics, attitudes towards effective theories seem to be changing—they are now much more likely to be used, at least as computational tools. As long as one has a clear understanding of when to stop taking them seriously effective theories are perfectly good physics even if they are not ‘fundamental’ ...
Time in Thermodynamics
... (It is interesting to think of how the debate will go for other formulations of the dynamics. There has not been as much discussion of this.10 Presumably, equivalent formulations of a theory should all be invariant, or not, with respect to any given operation. For a theory’s (non-)invariance indicat ...
... (It is interesting to think of how the debate will go for other formulations of the dynamics. There has not been as much discussion of this.10 Presumably, equivalent formulations of a theory should all be invariant, or not, with respect to any given operation. For a theory’s (non-)invariance indicat ...
Comparisons between classical and quantum mechanical
... It is a remarkable property of nature that all particles can be classified as either fermions or bosons. Fermions are particles which have half integer spin and obey the Pauli exclusion principle, meaning that each quantum state can be occupied with at most one fermion, while bosons on the other han ...
... It is a remarkable property of nature that all particles can be classified as either fermions or bosons. Fermions are particles which have half integer spin and obey the Pauli exclusion principle, meaning that each quantum state can be occupied with at most one fermion, while bosons on the other han ...
Scaling of geometric phase close to multicritical points in cluster
... in a transverse magnetic field. Indeed, the systems under scrutiny are generalizations of the cluster-Ising model that was formulated in the cross-fertilization area between many-body physics, quantum correlations and ultracold atoms [26–28]. The cluster-Ising model displays a second order quantum p ...
... in a transverse magnetic field. Indeed, the systems under scrutiny are generalizations of the cluster-Ising model that was formulated in the cross-fertilization area between many-body physics, quantum correlations and ultracold atoms [26–28]. The cluster-Ising model displays a second order quantum p ...
85, 155302 (2012)
... Quantum ground states on the nontrivial side of a topological quantum critical point (TQCP) have unique properties that make them attractive candidates for quantum information applications. A recent example is provided by s-wave superconductivity on a semiconductor platform, which is tuned through a ...
... Quantum ground states on the nontrivial side of a topological quantum critical point (TQCP) have unique properties that make them attractive candidates for quantum information applications. A recent example is provided by s-wave superconductivity on a semiconductor platform, which is tuned through a ...
Terahertz quantum cascade lasers operating up to ∼ 200 K with
... Nearly a decade after the first demonstration of terahertz quantum cascade lasers (THz QCL) [1], the quest for room temperature operation continues, through designing new lasing schemes with higher gain [2–10], and lowering the waveguide loss [11–13]. So far among all existing designs, the three-wel ...
... Nearly a decade after the first demonstration of terahertz quantum cascade lasers (THz QCL) [1], the quest for room temperature operation continues, through designing new lasing schemes with higher gain [2–10], and lowering the waveguide loss [11–13]. So far among all existing designs, the three-wel ...
Finite machines, mental procedures, and modern
... very clearly by a theorem which “makes impossible that someone should set up a certain well-defined system of axioms and rules and consistently make the following assertion about it: All of these axioms and rules I perceive (with mathematical certitude) to be correct, and moreover I believe that the ...
... very clearly by a theorem which “makes impossible that someone should set up a certain well-defined system of axioms and rules and consistently make the following assertion about it: All of these axioms and rules I perceive (with mathematical certitude) to be correct, and moreover I believe that the ...
Introduction to Quantum Entanglement
... Consider completely positive map Λ and state ρA ⊗ρB . The state ρA ⊗ρB is positive thus (1l⊗Λ)(ρA ⊗ρB ) = ρA ⊗Λ(ρB ) is positive. Map Λ is positive for all states also for entangled ones, hence Λ cannot be used for the detection of entanglement. The above property is important for the recognizing en ...
... Consider completely positive map Λ and state ρA ⊗ρB . The state ρA ⊗ρB is positive thus (1l⊗Λ)(ρA ⊗ρB ) = ρA ⊗Λ(ρB ) is positive. Map Λ is positive for all states also for entangled ones, hence Λ cannot be used for the detection of entanglement. The above property is important for the recognizing en ...
Universally valid reformulation of the Heisenberg uncertainty
... interaction is said to be of independent intervention for the pair (A,B) if the noise and the disturbance are independent of the object system; or precisely if there is observables N and D of probe P such that N(A)⫽1 丢 N and D(B)⫽1 丢 D. In this case, we have 关 N(A),B in 兴 ⫽ 关 A in ,D(B) 兴 ⫽0. Theref ...
... interaction is said to be of independent intervention for the pair (A,B) if the noise and the disturbance are independent of the object system; or precisely if there is observables N and D of probe P such that N(A)⫽1 丢 N and D(B)⫽1 丢 D. In this case, we have 关 N(A),B in 兴 ⫽ 关 A in ,D(B) 兴 ⫽0. Theref ...
from High Energy Physics to Cosmology
... Question: what happens with infinite # of types of classical fields? ...
... Question: what happens with infinite # of types of classical fields? ...
Consciousness in the universe A review of the ‘Orch OR’ theory ScienceDirect
... consciousness has been in the universe all along, e.g. as the ‘ground of being’, ‘creator’ or component of an omnipresent ‘God’ [6]. In this view consciousness can causally influence physical matter and human behavior, but has no basis or description in science [7]. In another approach, panpsychism ...
... consciousness has been in the universe all along, e.g. as the ‘ground of being’, ‘creator’ or component of an omnipresent ‘God’ [6]. In this view consciousness can causally influence physical matter and human behavior, but has no basis or description in science [7]. In another approach, panpsychism ...
Quantum Gravity as Sum over Spacetimes
... such that the correlator O(xn )O(ym ) falls off exponentially like e−m ph |xn −ym | for g0 → g0c when |xn − ym |, but not |n − m|, is kept fixed in the limit g0 → g0c . Thus we have created a picture where the underlying lattice spacing goes to zero while the physical mass (or the correlation leng ...
... such that the correlator O(xn )O(ym ) falls off exponentially like e−m ph |xn −ym | for g0 → g0c when |xn − ym |, but not |n − m|, is kept fixed in the limit g0 → g0c . Thus we have created a picture where the underlying lattice spacing goes to zero while the physical mass (or the correlation leng ...
Classical and quantum dynamics on p
... fields is a (natural) extension of the well known theory of pilot wave (developed by Bohm, 1951; De Broglie, 1964; Bell, 1987 and many others) to cognitive phenomena. Even in the theory of pilot wave for material systems (especially in its variant developed in the book of Bohm and Hiley (1993) the q ...
... fields is a (natural) extension of the well known theory of pilot wave (developed by Bohm, 1951; De Broglie, 1964; Bell, 1987 and many others) to cognitive phenomena. Even in the theory of pilot wave for material systems (especially in its variant developed in the book of Bohm and Hiley (1993) the q ...