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Complexity class
computational complexity theory, the class QIP (which stands for Quantum Interactive Proof) is the quantum computing analogue of the classical complexity class
QIP_(complexity)
Topics referred to by the same term
innovation, research, and problem solving QIP (complexity), a complexity class in computational complexity theory Quad in-line package, an electronic
QIP
Complexity class from interactive proofs
878–880, 1992. Complexity Zoo: IP, MIP Archived 2013-06-03 at the Wayback Machine, IPP Archived 2013-06-03 at the Wayback Machine, QIP Archived 2014-03-14
IP_(complexity)
Set of problems in computational complexity theory
{IP}}[k]} . Other complexity classes defined using interactive proof systems include MIP (multiprover interactive polynomial time) and QIP (quantum interactive
Complexity_class
Class of computational complexity
not in the language. PSPACE can be characterized as the quantum complexity class QIP. PSPACE is also equal to PCTC, problems solvable by classical computers
PSPACE
Quantum Merlin Arthur
is QIP(1). QIP(2) is known to be in PSPACE. QIP is QIP(k) where k is allowed to be polynomial in the number of qubits. It is known that QIP(3) = QIP. It
QMA
Computational complexity class of problems
subgroup problem Polynomial hierarchy (PH) Quantum complexity theory QMA, the quantum equivalent to NP. QIP, the quantum equivalent to IP. Michael Nielsen
BQP
Computer hardware technology that uses quantum mechanics
comparable to known medicinal compounds. However, the immense size and complexity of the structural space of all possible drug-like molecules pose significant
Quantum_computing
Computational complexity of quantum algorithms
Quantum complexity theory is the subfield of computational complexity theory that deals with complexity classes defined using quantum computers, a computational
Quantum_complexity_theory
Abstract machine that models computation
system, and the corresponding complexity class is called QIP. A series of results culminated in a 2010 breakthrough that QIP = PSPACE. Not only can interactive
Interactive_proof_system
Computational benchmark
relation to BQP. There are several other quantum complexity classes, such as QMA (quantum Merlin Arthur) and QIP (quantum interactive polynomial time). The
Quantum_supremacy
of complexity classes in computational complexity theory. For other computational and complexity subjects, see list of computability and complexity topics
List_of_complexity_classes
Quantum search algorithm
1996. The analogous problem in classical computation would have a query complexity O ( N ) {\displaystyle O(N)} (i.e., the function would have to be evaluated
Grover's_algorithm
Problem in computer science
In computational complexity theory and quantum computing, Simon's problem is a computational problem that is proven to be solved exponentially faster on
Simon's_problem
Theoretical computer scientist
Lance Fortnow (2009-07-29). "QIP = PSPACE". Computational Complexity. Retrieved 2009-12-30. Dave Bacon (2009-07-28). "OMG QIP=PSPACE!". The Quantum Pontiff
John Watrous (computer scientist)
John_Watrous_(computer_scientist)
Interdisciplinary theory behind quantum computing
Processing and Communication QIIC – Quantum Information, Imperial College London. QIP – Quantum Information Group, University of Leeds. The quantum information
Quantum_information_science
Computer science
In computational complexity theory, exact quantum polynomial time (EQP or sometimes QP) is the class of decision problems that can be solved by a quantum
Exact_quantum_polynomial_time
Quantum algorithm for integer factorization
Hoeven, thus demonstrating that the integer factorization problem is in complexity class BQP. Shor's algorithm is asymptotically faster than the most scalable
Shor's_algorithm
Networks connecting quantum processors
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Quantum_network
it follows that QRG ⊆ EXP. Min-max theorem Semidefinite programming QIP (complexity) Gutoski, G; Watrous, J (2007). "Toward a general theory of quantum
Quantum_refereed_game
Quantum algorithm
Bernstein–Vazirani algorithm was designed to prove an oracle separation between complexity classes BQP and BPP. Given an oracle that implements a function f : {
Bernstein–Vazirani_algorithm
Paradigm of quantum computer
there are many other implementations for quantum information processing (QIP) and quantum computation, optical quantum systems are prominent candidates
Linear optical quantum computing
Linear_optical_quantum_computing
Restricted model of non-universal quantum computation
is in the general case an extremely hard task: it falls in the #P-hard complexity class. Moreover, its approximation to within multiplicative error is a
Boson_sampling
Experimental technology level
overwhelms the signal. This constraint severely limits the depth and complexity of algorithms that can be successfully implemented on current hardware
Noisy intermediate-scale quantum computing
Noisy_intermediate-scale_quantum_computing
Quantum mechanics idea
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Entanglement_swapping
Interdisciplinary research area
use qubits and quantum operations to try to improve the space and time complexity of classical machine learning algorithms. Hybrid QML methods involve both
Quantum_machine_learning
Model of quantum computation
equal to the classical complexity class PP. Quantum simulator § Solving physics problems Andrew Yao (1993). Quantum circuit complexity. 34th Annual Symposium
Quantum_Turing_machine
Property of computational resources needed
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Magic_(quantum_information)
Very general problem in computer science
Mark Ettinger; Peter Hoyer; Emanuel Knill (2004). "The quantum query complexity of the hidden subgroup problem is polynomial". Information Processing
Hidden_subgroup_problem
Algorithm to be run on quantum computers
problem had similar complexity for inputs other than Fock-state photons and identified a transition in computational complexity from classically simulable
Quantum_algorithm
Theorem in physics
strategies". Proceedings. 19th IEEE Annual Conference on Computational Complexity, 2004. IEEE. pp. 236–249. arXiv:quant-ph/0404076. Bibcode:2004quant.ph
Bell's_theorem
Code used in quantum error correction
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Shor_code
Quantum computing algorithm
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Magic_state_distillation
Secure communication method
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Quantum_key_distribution
Definition of quantum circuits
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Clifford_gate
Change of basis applied in quantum computing
Waltrous, John (8 November 2002). "Sharp Quantum versus Classical Query Complexity Separations". Algorithmica. 34 (4): 449–461. doi:10.1007/s00453-002-0978-1
Quantum_Fourier_transform
Complexity class
In computational complexity theory, PostBQP is a complexity class consisting of all of the computational problems solvable in polynomial time on a quantum
PostBQP
Sorting algorithms for quantum computers
than classical ones, and should be disregarded when it comes to time complexity. However, in space-bounded sorts, quantum algorithms outperform their
Quantum_sort
Russian-American physicist (born 1963)
to quantum algorithms, quantum complexity classes, and fault-tolerant quantum computation. He introduced the complexity class QMA (Quantum Merlin–Arthur)
Alexei_Kitaev
Search problem in quantum mechanics
Bernstein–Vazirani's problem was designed to prove an oracle separation between complexity classes BQP and BPP, 2D HLF was designed to prove an explicit separation
Hidden linear function problem
Hidden_linear_function_problem
Quantum key distribution protocol
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
BB84
Structure that repeats in time; a novel type or phase of non-equilibrium matter
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Time_crystal
Cloud quantum computing platform
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
IBM_Quantum_Platform
Optimization algorithms using quantum computing
various fields such as mechanics, economics and engineering, and as the complexity and amount of data involved rise, more efficient ways of solving optimization
Quantum optimization algorithms
Quantum_optimization_algorithms
Principle in quantum information theory
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
No-communication_theorem
Proposed quantum computer implementation
linear strand of only a few ions. Coulomb interactions of increasing complexity will create a more intricate ion configuration if many ions are initialized
Trapped-ion_quantum_computer
Quantum computing protocol
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Classical_shadow
Unit of quantum information
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Qutrit
Quantum error correction schemes can suppress the logical error rate arbitrarily low
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Threshold_theorem
of fault tolerant circuits on a quantum computer. BQP In computational complexity theory, bounded-error quantum polynomial time (BQP) is the class of decision
Glossary_of_quantum_computing
Cryptography secured against quantum computers
regulatory guidance, interoperability constraints, and the operational complexity of replacing embedded cryptographic components. One commonly cited risk
Post-quantum_cryptography
Computer programming for quantum computers
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Quantum_programming
Quantum algorithm for eigenvalue estimation
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Quantum phase estimation algorithm
Quantum_phase_estimation_algorithm
Quantum algorithm
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Variational quantum eigensolver
Variational_quantum_eigensolver
Basic unit of quantum information
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Qubit
Type of quantum computer
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Topological_quantum_computer
Method of inferring the results of a computation without running a quantum computer
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Counterfactual quantum computation
Counterfactual_quantum_computation
Type of error correction in quantum computing
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Five-qubit error correcting code
Five-qubit_error_correcting_code
Model of computation
, where I {\displaystyle I} is the identity matrix. In computational complexity theory, DQC1; also known as the deterministic quantum computation with
One_clean_qubit
Planned quantum technology campus in Chicago
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Illinois Quantum and Microelectronics Park
Illinois_Quantum_and_Microelectronics_Park
Type of quantum computer built out of Rydberg atoms
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Neutral_atom_quantum_computer
Protocol in quantum cryptography
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Decoy_state
Quantum error correcting code
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Bacon–Shor_code
Quantum algorithm for solving systems of linear equations
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
HHL_algorithm
Foundational object in quantum communication theory
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Quantum_channel
Forecasting rules for quantum computing
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Quantum computing scaling laws
Quantum_computing_scaling_laws
Technique for comparing quantum states
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Swap_test
Proposed spin-based quantum computer implementation
ideal picture of liquid state NMR (LSNMR) quantum information processing (QIP) is based on a molecule in which some of its atom's nuclei behave as spin-1/2
Nuclear magnetic resonance quantum computer
Nuclear_magnetic_resonance_quantum_computer
Quantum computing applied to natural language processing
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Quantum natural language processing
Quantum_natural_language_processing
Type of quantum information processing
equivalent to conventional quantum computing in the circuit model. The time complexity for an adiabatic algorithm is the time taken to complete the adiabatic
Adiabatic_quantum_computation
Quantum error correcting code
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Gottesman–Kitaev–Preskill code
Gottesman–Kitaev–Preskill_code
Property of states in quantum mechanics
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Quantum_steering
Quantum algorithm
box model. The algorithm can be generalized to r-to-1 function with a complexity of O ( ( n r ) 1 / 3 ) {\displaystyle O\left(\left({\frac {n}{r}}\right)^{1/3}\right)}
BHT_algorithm
Quantum Mechanics in Neural Networks
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Quantum_neural_network
Deterministic quantum algorithm
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Deutsch–Jozsa_algorithm
Linear optical quantum computing implementation
&\cos \theta \\\end{bmatrix}}} . For most cases of beam splitters used in QIP, the incident angle θ = 45 ∘ {\displaystyle \theta =45^{\circ }} . Similarly
KLM_protocol
Class of quantum error correcting codes
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
CSS_code
Open-source software development kit
maintained by the company qBraid, this tool abstracts away much of the complexity in managing quantum computing workloads across different providers, complementing
Qiskit
Types of quantum information
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Physical_and_logical_qubits
Simulators of quantum mechanical systems
problems faster than classical computers, meaning they may be in different complexity classes, which is why quantum Turing machines are useful for simulating
Quantum_simulator
Physical phenomenon
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Quantum_teleportation
Quantum-informatics technique
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Quantum_state_discrimination
Quantum state
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Dicke_state
Quantum key distribution protocol - B92
implementation compared to BB84 due to fewer quantum states. Lower hardware complexity as only two quantum states are required. Can be adapted for use in various
B92_protocol
Process in quantum computing
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Quantum_error_correction
Criteria for a usable quantum computer
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
DiVincenzo's_criteria
Concept in quantum information theory
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Quantum_state_purification
Computation complexity problem
In quantum information, the hidden matching problem is a computational complexity problem that can be solved using quantum protocols: Let n {\displaystyle
Hidden_matching_problem
Algorithm in quantum information theory
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Algorithmic_cooling
Quantum algorithm
algorithm, where the check is performed after every step on the graph has a complexity of S + 1 ϵ δ ( U + C ) {\displaystyle S+{\frac {1}{\epsilon \delta }}{\biggl
Quantum_walk_search
Upper bound on the knowable information of a quantum state
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Holevo's_theorem
Theorem pertaining to the ontology of quantum mechanics
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Pusey–Barrett–Rudolph_theorem
Aspect of quantum information science
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Quantum_energy_teleportation
Trapped-ion quantum gate
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Mølmer–Sørensen_gate
Description of a quantum-mechanical system
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Schrödinger_equation
Quantum channel
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Amplitude_damping_channel
Code for quantum correction
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Steane_code
Topological quantum error correcting code
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Surface_code
Writing system of the ancient Near East
were polyvalent, having both a syllabic and logographic meaning. The complexity of the system bears a resemblance to Old Japanese, written in a Chinese-derived
Cuneiform
Highest rate quantum information can be sent through a noisy quantum channel
optimization Quantum phase estimation Shor's Simon's VQE Quantum complexity theory BQP DQC1 EQP QIP QMA PostBQP Quantum processor benchmarks Quantum supremacy
Quantum_capacity
QIP COMPLEXITY
QIP COMPLEXITY
Male
English
Pet form of English Philip, PIP means "lover of horses."
Male
English
Variant spelling of Middle English Kipp, possibly KIP means "fat man."Â
Girl/Female
Assamese, Indian
Singer; Love; To Flow; Earth; River; Happy; In Bengal is for Fragrance of a Flower; Drop of Water
Boy/Male
American, British, Chinese, Christian, Dutch, English
From the Pointed Hill
Boy/Male
Greek
Lover of horses. King Philip of Macedon was the father of Alexander the Great. In the Bible,...
Girl/Female
Hindu, Indian
Small Light Like Candle; Small Lamp
Boy/Male
Indian
Autumn in Chinese
Boy/Male
Muslim
To rip open
Boy/Male
Indian
To rip open
Boy/Male
Gujarati, Hindu, Indian, Kannada
Tip of Diamond
Boy/Male
Biblical
Rabbit, wild rat, their lip, their brink.
Female
Chinese
Autumn.
Boy/Male
Australian, Christian, Greek, Spanish
Lover of Horses; Diminutive of Philip
Girl/Female
Hindu, Indian
Arrow Tip
Boy/Male
Biblical
Rabbit, wild rat, their lip, their brink.
Boy/Male
Australian, British, Dutch, English
Bright Fame
Boy/Male
Bengali, Indian
Candle
Boy/Male
Basque, French, German, Portuguese
Baptist; To Dip
Girl/Female
Indian
A lamp, Beautiful
Boy/Male
British, Christian, Dutch, English, French, German, Irish
To Dip; Baptist
QIP COMPLEXITY
QIP COMPLEXITY
Boy/Male
Greek
Maker of the Trojan horse.
Surname or Lastname
English (rare; mainly northeastern)
English (rare; mainly northeastern) : variant of Longwell.
Boy/Male
Indian
The forebearing
Boy/Male
Tamil
Dhayan
Boy/Male
Hindi
Fortunate; lucky.
Boy/Male
Indian
Lucky, Blissful, Witness
Girl/Female
Australian, Danish, German
Little Miss; Abbreviation of Adelheid
Boy/Male
Assamese, Bengali, Hindu, Indian, Marathi, Sanskrit
Sky; Aeroplane
Male
English
Dweller by the Bridge
Male
Celtic
, the awe-inspiring, divine king.
QIP COMPLEXITY
QIP COMPLEXITY
QIP COMPLEXITY
QIP COMPLEXITY
QIP COMPLEXITY
v. t.
To form a point upon; to cover the tip, top, or end of; as, to tip anything with gold or silver.
v. i.
To dip snuff.
v. t.
To drink or imbibe in small quantities; especially, to take in with the lips in small quantities, as a liquid; as, to sip tea.
n.
The point or extremity of anything; a pointed or somewhat sharply rounded end; the end; as, the tip of the finger; the tip of a spear.
v. i.
To drink a small quantity; to take a fluid with the lips; to take a sip or sips of something.
v. t.
To lower one end of, or to throw upon the end; to tilt; as, to tip a cask; to tip a cart.
n.
A sip or small draught; esp., a draught of intoxicating liquor; a dram.
n.
An edge of an opening; a thin projecting part of anything; a kind of short open spout; as, the lip of a vessel.
v. t.
To make with a hip or hips, as a roof.
v. t.
To throw (one's adversary) over one's hip in wrestling (technically called cross buttock).
interj.
Used to excite attention or as a signal; as, hip, hip, hurra!
v. t.
To divide or separate the parts of, by cutting or tearing; to tear or cut open or off; to tear off or out by violence; as, to rip a garment by cutting the stitches; to rip off the skin of a beast; to rip up a floor; -- commonly used with up, open, off.
a.
Having a hip roof.
n.
A seizing or closing in upon; a pinching; as, in the northern seas, the nip of masses of ice.
v. t.
To dislocate or sprain the hip of, to fracture or injure the hip bone of (a quadruped) in such a manner as to produce a permanent depression of that side.
v. i.
To incline downward from the plane of the horizon; as, strata of rock dip.
v. t.
To bestow a gift, or douceur, upon; to give a present to; as, to tip a servant.
n.
An end piece or part; a piece, as a cap, nozzle, ferrule, or point, applied to the extreme end of anything; as, a tip for an umbrella, a shoe, a gas burner, etc.
n.
The projecting region of the lateral parts of one side of the pelvis and the hip joint; the haunch; the huckle.
v. t.
To take out, by dipping a dipper, ladle, or other receptacle, into a fluid and removing a part; -- often with out; as, to dip water from a boiler; to dip out water.