[permalink] [id link]
# the quantum kernel is instead of ( the quantum kernel is nonlocal from a classical heat kernel viewpoint, but it is local in the sense that it does not allow signals to be transmitted ),
from
Wikipedia
Some Related Sentences
# and quantum
# The quantum mechanical description of large systems will closely approximate the classical description.
# She can broadcast this ( quantum ) information, and Bob can obtain the information via some suitable receiver.
# Reductionism with respect to physics and questions regarding whether quantum mechanics can fully explain all chemical phenomena.
# A quantum algorithm to solve the order-finding problem.
# Transmission Coefficient ( quantum mechanics ) ( dimensionless )-Represents the probability flux of a transmitted wave relative to that of an incident wave.
# in the other it corresponds to a probability distribution — specifically, the probability that the quantum of charge is located at any particular point within spatial dimensions.
# they are interpretations of a phenomenology, a set of observations, including both those obtained by empirical research, and more informal subjective ones ( the fact that humans invariably observe an unequivocal world is important in the interpretation of quantum mechanics ).
# The rapid rate at which quantum descriptions become more complicated as the size of a system increases.
# REDIRECT quantum computer
# that it protects non-degenerate quantum states from having an electric dipole moment,
# In the context of quantum mechanics, " classical theory " refers to theories of physics that do not use the quantisation paradigm, particularly Newtonian mechanics ( which is also known as classical mechanics ).
# the quantum vacuum state is Lorentz invariant ( although not manifestly in the above ), whereas the classical thermal state is not ( the classical dynamics is Lorentz invariant, but the Gibbs probability density is not a Lorentz invariant initial condition ).
# REDIRECT quantum fluctuation
# REDIRECT quantum computer
# REDIRECT Perturbation theory ( quantum mechanics )
# REDIRECT Perturbation theory ( quantum mechanics )
# Development of methods for solving quantum problems where the perturbation cannot be considered small in perturbation theory and where quantum numbers are large.
# Semiclassical methods such as periodic-orbit theory connecting the classical trajectories of the dynamical system with quantum features.
# REDIRECT Local quantum field theory
# REDIRECT Loop quantum gravity
# REDIRECT List of loop quantum gravity researchers
# ( finite ) for < math > r < r_0 </ math > and 0 elsewhere, or a particle in the spherical equivalent of the square well, useful to describe scattering and bound states in a nucleus or quantum dot.
# and kernel
# A kernel where the total amount of kernel code, i. e. code executing in the privileged mode of the hardware, is very small.
# A hardware abstraction layer that forms the lowest-level part of a kernel, sometimes used to provide real-time functionality to normal OS's, like Adeos.
# REDIRECT Monolithic kernel
Like the DS-XG. VxD drivers required for VL support of the DX-XG chipsets, these would work only on pre-NT kernel versions of Windows ( 9 # and ME ), and not on NT, 2000, XP, etc.
# The kernel of φ is a normal subgroup of G,
# given any morphism f: A → B in C, the equaliser of f and the zero morphism from A to B exists ( this is the kernel ), as does the coequaliser ( this is the cokernel ).
# REDIRECT Linux kernel
# REDIRECT Mach ( kernel )
# REDIRECT Linux kernel
A kernel panic message is displayed via the KVM switch # KVM over IP ( iKVM ) | Java iKVM viewer console
# REDIRECT Linux kernel
# include < linux / kernel. h >
# REDIRECT Loadable kernel module
# Redirect Mach ( kernel )
# for any open set, any and any morphism of-modules, the kernel of is of finite type.
# REDIRECTreproducing kernel Hilbert space
# REDIRECT Fejér kernel
# The central processing unit ( CPU ), which is the kernel because it controls the other computer system components
* Patent # 5, 469, 571: LynuxWorks ' " Operating System Architecture using Multiple Priority Light Weight kernel Task-based Interrupt Handling.
# Either a computer will boot from a local boot device ( like a harddisk, CD-ROM or USB disk ), where it loads a small Linux kernel from that device which initializes the system and all of the peripherals that it recognizes.
# It is always very difficult to implement kernel self protection strategy with the precision needed for MLS trust, and these examples were not designed to or certified to an MLS protection profile so they may not offer the self protection needed to support MLS.
0.666 seconds.