Physics:Quantum mechanics/Timeline/Quantum technology era - Revision history

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	'''Quantum technology era''' refers to the period in which controlled quantum effects became the basis for engineered devices and systems. It includes quantum computers, quantum sensors, quantum communication networks, precision clocks, quantum simulators, and photonic or superconducting platforms.		'''Quantum technology era''' refers to the period in which controlled quantum effects became the basis for engineered devices and systems. It includes quantum computers, quantum sensors, quantum communication networks, precision clocks, quantum simulators, and photonic or superconducting platforms.

	The era is marked by the shift from observing quantum behavior to designing hardware that uses superposition, entanglement, tunnelling, and measurement back-action. In the Quantum Collection timeline, this page connects foundational quantum theory with emerging applications in computation, metrology, materials, and communication.		The era is marked by the shift from observing quantum behavior to designing hardware that uses superposition, entanglement, tunnelling, and measurement back-action. In the Quantum Collection timeline, this page connects foundational quantum theory with emerging applications in computation, metrology, materials, and communication. It also tracks the movement from proof-of-principle experiments toward usable quantum platforms. The page helps readers connect core quantum effects with the devices and applications now being developed.

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	'''~~Timeline:~~ Quantum technology era''' ~~mechanics/Timeline/Quantum technology era is a Book I topic in the Quantum Collection. The quantum technology era~~ refers to the ~~modern phase of quantum mechanics~~ in which quantum ~~phenomena are no longer only studied theoretically or experimentally, but are actively~~ engineered and ~~exploited in real-world technologies~~. ~~Emerging prominently in the early 21st century and accelerating after 2020~~, ~~this era is characterized by the development of~~ quantum ~~computing~~, quantum communication, quantum ~~cryptography~~, and ~~quantum sensing systems~~. The ~~quantum technology~~ era ~~refers to~~ the ~~modern phase of~~ quantum ~~mechanics in which quantum phenomena are no longer only studied theoretically or experimentally~~, ~~but are actively engineered~~ and ~~exploited in real~~-~~world technologies~~. ~~Emerging prominently in~~ the ~~early 21st century and accelerating after 2020~~, this ~~era is characterized by the development of~~ quantum ~~computing~~, ~~quantum communication~~, ~~quantum cryptography~~, and quantum sensing systems. The quantum technology era builds upon earlier developments in quantum computing and represents the transition from understanding quantum systems to controlling and engineering them.		'''Quantum technology era''' refers to the period in which controlled quantum effects became the basis for engineered devices and systems. It includes quantum computers, quantum sensors, quantum communication networks, precision clocks, quantum simulators, and photonic or superconducting platforms.

			The era is marked by the shift from observing quantum behavior to designing hardware that uses superposition, entanglement, tunnelling, and measurement back-action. In the Quantum Collection timeline, this page connects foundational quantum theory with emerging applications in computation, metrology, materials, and communication.

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	'''mechanics/Timeline/Quantum technology era~~'''~~ is a Book I topic in the Quantum Collection. The quantum technology era refers to the modern phase of quantum mechanics in which quantum phenomena are no longer only studied theoretically or experimentally, but are actively engineered and exploited in real-world technologies. Emerging prominently in the early 21st century and accelerating after 2020, this era is characterized by the development of quantum computing, quantum communication, quantum cryptography, and quantum sensing systems. The quantum technology era refers to the modern phase of quantum mechanics in which quantum phenomena are no longer only studied theoretically or experimentally, but are actively engineered and exploited in real-world technologies. Emerging prominently in the early 21st century and accelerating after 2020, this era is characterized by the development of quantum computing, quantum communication, quantum cryptography, and quantum sensing systems.		'''Timeline: Quantum technology era''' mechanics/Timeline/Quantum technology era is a Book I topic in the Quantum Collection. The quantum technology era refers to the modern phase of quantum mechanics in which quantum phenomena are no longer only studied theoretically or experimentally, but are actively engineered and exploited in real-world technologies. Emerging prominently in the early 21st century and accelerating after 2020, this era is characterized by the development of quantum computing, quantum communication, quantum cryptography, and quantum sensing systems. The quantum technology era refers to the modern phase of quantum mechanics in which quantum phenomena are no longer only studied theoretically or experimentally, but are actively engineered and exploited in real-world technologies. Emerging prominently in the early 21st century and accelerating after 2020, this era is characterized by the development of quantum computing, quantum communication, quantum cryptography, and quantum sensing systems. The quantum technology era builds upon earlier developments in quantum computing and represents the transition from understanding quantum systems to controlling and engineering them.

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	~~The~~ '''~~quantum~~ technology era''' refers to the modern phase of ~~[[Physics:Quantum mechanics\|~~quantum mechanics]] in which quantum phenomena are no longer only studied theoretically or experimentally, but are actively engineered and exploited in real-world technologies. Emerging prominently in the early 21st century and accelerating after 2020, this era is characterized by the development of ~~[[Physics:Quantum Computing Algorithms~~ in the ~~NISQ Era\|~~quantum computing]], ~~[[Physics:Quantum communication\|~~quantum communication]], ~~[[Physics:Quantum cryptography\|~~quantum cryptography]], and ~~[[Physics:Quantum Measurement theory\|~~quantum sensing]] systems.		'''mechanics/Timeline/Quantum technology era''' is a Book I topic in the Quantum Collection. The quantum technology era refers to the modern phase of quantum mechanics in which quantum phenomena are no longer only studied theoretically or experimentally, but are actively engineered and exploited in real-world technologies. Emerging prominently in the early 21st century and accelerating after 2020, this era is characterized by the development of quantum computing, quantum communication, quantum cryptography, and quantum sensing systems. The quantum technology era refers to the modern phase of quantum mechanics in which quantum phenomena are no longer only studied theoretically or experimentally, but are actively engineered and exploited in real-world technologies. Emerging prominently in the early 21st century and accelerating after 2020, this era is characterized by the development of quantum computing, quantum communication, quantum cryptography, and quantum sensing systems.

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	== Quantum communication and cryptography ==		== Quantum communication and cryptography ==
	'''Quantum communication''' exploits entanglement and quantum states to transmit information securely. One of its most important applications is ~~[[Physics:Quantum cryptography\|~~quantum cryptography]], particularly quantum key distribution (QKD), which enables secure communication based on the principles of quantum mechanics.		'''Quantum communication''' exploits entanglement and quantum states to transmit information securely. One of its most important applications is quantum cryptography, particularly quantum key distribution (QKD), which enables secure communication based on the principles of quantum mechanics.

	Protocols rely on fundamental concepts such as the [[Physics:Quantum information theory#No-cloning theorem\|no-cloning theorem]] and [[Physics:Quantum Measurement collapse\|wave function collapse]], ensuring that any attempt at eavesdropping can be detected.		Protocols rely on fundamental concepts such as the [[Physics:Quantum information theory#No-cloning theorem\|no-cloning theorem]] and [[Physics:Quantum Measurement collapse\|wave function collapse]], ensuring that any attempt at eavesdropping can be detected.

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