🔍 Understanding Classical Bit Operations 🧠💡
Before diving into quantum computing, it’s essential to grasp the basic operations we can perform on a classical bit. This quick guide breaks down the four fundamental bit operations:
Before diving into quantum computing, it’s essential to grasp the basic operations we can perform on a classical bit. This quick guide breaks down the four fundamental bit operations:
July 12, 2025 at 10:19 PM
🔍 Understanding Classical Bit Operations 🧠💡
Before diving into quantum computing, it’s essential to grasp the basic operations we can perform on a classical bit. This quick guide breaks down the four fundamental bit operations:
Before diving into quantum computing, it’s essential to grasp the basic operations we can perform on a classical bit. This quick guide breaks down the four fundamental bit operations:
Google is exposing World Quantum Day to the world! Massive exposure to introduce newcomers to the world of quantum!
#getquantumfyed #worldquantumday #quantum
#getquantumfyed #worldquantumday #quantum
April 15, 2025 at 4:10 AM
Google is exposing World Quantum Day to the world! Massive exposure to introduce newcomers to the world of quantum!
#getquantumfyed #worldquantumday #quantum
#getquantumfyed #worldquantumday #quantum
Happy World Quantum Day!
What something that has you excited bout the world of Quantum? #WorldQuantumDay
What something that has you excited bout the world of Quantum? #WorldQuantumDay
April 14, 2025 at 5:36 PM
Happy World Quantum Day!
What something that has you excited bout the world of Quantum? #WorldQuantumDay
What something that has you excited bout the world of Quantum? #WorldQuantumDay
🌟 Celebrating 5 Years of Quantumfy! 🌟
Original Quantum Leap Day: 2/20/20 ➡️ Epic 5-Year Post: 2/25/25! 🗓️✨
🔥 To the visionaries, creators, and quantum explorers: Thank you for collapsing uncertainty into WOW. 🙌🔮
Here’s to 5² more years of superpositioning the future! ⚛️
#quantum #getquantumfyed
Original Quantum Leap Day: 2/20/20 ➡️ Epic 5-Year Post: 2/25/25! 🗓️✨
🔥 To the visionaries, creators, and quantum explorers: Thank you for collapsing uncertainty into WOW. 🙌🔮
Here’s to 5² more years of superpositioning the future! ⚛️
#quantum #getquantumfyed
February 26, 2025 at 1:44 AM
🌟 Celebrating 5 Years of Quantumfy! 🌟
Original Quantum Leap Day: 2/20/20 ➡️ Epic 5-Year Post: 2/25/25! 🗓️✨
🔥 To the visionaries, creators, and quantum explorers: Thank you for collapsing uncertainty into WOW. 🙌🔮
Here’s to 5² more years of superpositioning the future! ⚛️
#quantum #getquantumfyed
Original Quantum Leap Day: 2/20/20 ➡️ Epic 5-Year Post: 2/25/25! 🗓️✨
🔥 To the visionaries, creators, and quantum explorers: Thank you for collapsing uncertainty into WOW. 🙌🔮
Here’s to 5² more years of superpositioning the future! ⚛️
#quantum #getquantumfyed
Quantum entanglement is crazy, scary, spooky, and sometimes hilarious #kendrick #getquantumfyed #quantum
February 11, 2025 at 6:18 PM
Quantum entanglement is crazy, scary, spooky, and sometimes hilarious #kendrick #getquantumfyed #quantum
Ignore the quantum hype! Just learn, build, and inform! #quantum #getquantumfyed
January 17, 2025 at 3:48 PM
Ignore the quantum hype! Just learn, build, and inform! #quantum #getquantumfyed
What do you hope to see in 2025 from the world of quantum computing!? #getquantumfyed
January 1, 2025 at 4:48 AM
What do you hope to see in 2025 from the world of quantum computing!? #getquantumfyed
The Double Slit Experiment
December 25, 2024 at 1:46 AM
The Double Slit Experiment
The Measurement Gate
Measurement gates convert qubits from multiple potential states into a single, definite state, making quantum calculations interpretable.
They act as a critical link, transforming complex quantum data into classical information we can understand and use.
#getquantumfyed
Measurement gates convert qubits from multiple potential states into a single, definite state, making quantum calculations interpretable.
They act as a critical link, transforming complex quantum data into classical information we can understand and use.
#getquantumfyed
December 22, 2024 at 10:51 PM
The Measurement Gate
Measurement gates convert qubits from multiple potential states into a single, definite state, making quantum calculations interpretable.
They act as a critical link, transforming complex quantum data into classical information we can understand and use.
#getquantumfyed
Measurement gates convert qubits from multiple potential states into a single, definite state, making quantum calculations interpretable.
They act as a critical link, transforming complex quantum data into classical information we can understand and use.
#getquantumfyed
December 16, 2024 at 11:55 PM
Euler's Formula
🧮 Complex to Circular: Euler's Formula bridges complex numbers and trigonometry, simplifying the visualization of qubit states on Bloch spheres.
🌐 Quantum Mapping: It's key for understanding qubit behavior, helping map complex quantum states to intuitive circular paths.
#quantum
🧮 Complex to Circular: Euler's Formula bridges complex numbers and trigonometry, simplifying the visualization of qubit states on Bloch spheres.
🌐 Quantum Mapping: It's key for understanding qubit behavior, helping map complex quantum states to intuitive circular paths.
#quantum
December 8, 2024 at 11:08 PM
Euler's Formula
🧮 Complex to Circular: Euler's Formula bridges complex numbers and trigonometry, simplifying the visualization of qubit states on Bloch spheres.
🌐 Quantum Mapping: It's key for understanding qubit behavior, helping map complex quantum states to intuitive circular paths.
#quantum
🧮 Complex to Circular: Euler's Formula bridges complex numbers and trigonometry, simplifying the visualization of qubit states on Bloch spheres.
🌐 Quantum Mapping: It's key for understanding qubit behavior, helping map complex quantum states to intuitive circular paths.
#quantum
"Consider this when thinking about the role of data in your life: Losing your wallet may be inconvenient, but everything inside it can be replaced. Lose your phone, however, and you lose your connection to your entire world!"
[🔗] Read More: medium.com/p/d8bfc8db9dda
[🔗] Read More: medium.com/p/d8bfc8db9dda
November 30, 2024 at 10:45 PM
"Consider this when thinking about the role of data in your life: Losing your wallet may be inconvenient, but everything inside it can be replaced. Lose your phone, however, and you lose your connection to your entire world!"
[🔗] Read More: medium.com/p/d8bfc8db9dda
[🔗] Read More: medium.com/p/d8bfc8db9dda
BRA-KET ( Dirac Notation) #getquantumfy #quantum
November 27, 2024 at 9:57 PM
BRA-KET ( Dirac Notation) #getquantumfy #quantum
The Controlled-Not (CX) Gate
🔄 The CX-gate entangles qubits, a key process for QC, creating complex states needed for QC algorithms.
🎛️ Performs a NOT operation on the target qubit only if the control qubit is in the |1> state, allowing for conditional logic in QC circuits.
🔄 The CX-gate entangles qubits, a key process for QC, creating complex states needed for QC algorithms.
🎛️ Performs a NOT operation on the target qubit only if the control qubit is in the |1> state, allowing for conditional logic in QC circuits.
November 22, 2024 at 4:28 PM
The Controlled-Not (CX) Gate
🔄 The CX-gate entangles qubits, a key process for QC, creating complex states needed for QC algorithms.
🎛️ Performs a NOT operation on the target qubit only if the control qubit is in the |1> state, allowing for conditional logic in QC circuits.
🔄 The CX-gate entangles qubits, a key process for QC, creating complex states needed for QC algorithms.
🎛️ Performs a NOT operation on the target qubit only if the control qubit is in the |1> state, allowing for conditional logic in QC circuits.
Bluesky now has over 10 million users, and I was #314,869!
September 25, 2024 at 2:15 PM
Bluesky now has over 10 million users, and I was #314,869!
The Measurement Gate
🔄 Measurement gates convert qubits from multiple potential states into a single, definite state, making quantum calculations interpretable.
🌉 They act as a critical link, transforming complex quantum data into classical information we can understand and use.
#getquantumfyed
🔄 Measurement gates convert qubits from multiple potential states into a single, definite state, making quantum calculations interpretable.
🌉 They act as a critical link, transforming complex quantum data into classical information we can understand and use.
#getquantumfyed
March 22, 2024 at 6:48 PM
The Measurement Gate
🔄 Measurement gates convert qubits from multiple potential states into a single, definite state, making quantum calculations interpretable.
🌉 They act as a critical link, transforming complex quantum data into classical information we can understand and use.
#getquantumfyed
🔄 Measurement gates convert qubits from multiple potential states into a single, definite state, making quantum calculations interpretable.
🌉 They act as a critical link, transforming complex quantum data into classical information we can understand and use.
#getquantumfyed
The trend in computation. The future is here.
A blend that is so astounding, so pervasive that the real world will become indistinguishable from our virtual world.
#getquantumfyed #VisionPro
A blend that is so astounding, so pervasive that the real world will become indistinguishable from our virtual world.
#getquantumfyed #VisionPro
February 8, 2024 at 5:25 PM
The trend in computation. The future is here.
A blend that is so astounding, so pervasive that the real world will become indistinguishable from our virtual world.
#getquantumfyed #VisionPro
A blend that is so astounding, so pervasive that the real world will become indistinguishable from our virtual world.
#getquantumfyed #VisionPro
Embark on a voyage into the quantum realm with us! 🌌✨
Join us on Quantumfy, as we peel back the layers of this quantum marvel, and share in the wonder that might just redefine our world. #getQuantumfyed #QuantumComputing #FutureTech #QuantumLeap
Join us on Quantumfy, as we peel back the layers of this quantum marvel, and share in the wonder that might just redefine our world. #getQuantumfyed #QuantumComputing #FutureTech #QuantumLeap
November 6, 2023 at 12:02 AM
Embark on a voyage into the quantum realm with us! 🌌✨
Join us on Quantumfy, as we peel back the layers of this quantum marvel, and share in the wonder that might just redefine our world. #getQuantumfyed #QuantumComputing #FutureTech #QuantumLeap
Join us on Quantumfy, as we peel back the layers of this quantum marvel, and share in the wonder that might just redefine our world. #getQuantumfyed #QuantumComputing #FutureTech #QuantumLeap
Quantum computers aren't just "better computers"
They fundamentally change the way computation works!
Just like how the light bulbs fundamentally change the way we illuminate our world!
They fundamentally change the way computation works!
Just like how the light bulbs fundamentally change the way we illuminate our world!
October 30, 2023 at 3:08 AM
Quantum computers aren't just "better computers"
They fundamentally change the way computation works!
Just like how the light bulbs fundamentally change the way we illuminate our world!
They fundamentally change the way computation works!
Just like how the light bulbs fundamentally change the way we illuminate our world!
ALGORITHMS
a computational comparison
Below is an infographic that encapsulates an ideal difference between classical and quantum computers regarding how algorithms function on the hardware.
a computational comparison
Below is an infographic that encapsulates an ideal difference between classical and quantum computers regarding how algorithms function on the hardware.
August 22, 2023 at 11:05 PM
ALGORITHMS
a computational comparison
Below is an infographic that encapsulates an ideal difference between classical and quantum computers regarding how algorithms function on the hardware.
a computational comparison
Below is an infographic that encapsulates an ideal difference between classical and quantum computers regarding how algorithms function on the hardware.
Unlock the mysteries of the quantum realm with the Pauli spin matrices!
These 2x2 complex matrices are key players in quantum mechanics, each representing an observable that describes the spin of a spin ½ particle in the x, y, and z spatial directions.
#getquantumfyed
These 2x2 complex matrices are key players in quantum mechanics, each representing an observable that describes the spin of a spin ½ particle in the x, y, and z spatial directions.
#getquantumfyed
August 16, 2023 at 2:51 PM
Unlock the mysteries of the quantum realm with the Pauli spin matrices!
These 2x2 complex matrices are key players in quantum mechanics, each representing an observable that describes the spin of a spin ½ particle in the x, y, and z spatial directions.
#getquantumfyed
These 2x2 complex matrices are key players in quantum mechanics, each representing an observable that describes the spin of a spin ½ particle in the x, y, and z spatial directions.
#getquantumfyed
Before most can begin to comprehend the operations on a qubit this serves as a quick refresher on logic operations you can do on a single classical bit. Next, we will explore more into classical bits and how the logic is transferred into quantum comprehension-wise!
#getquantumfyed
#getquantumfyed
August 15, 2023 at 9:36 PM
Before most can begin to comprehend the operations on a qubit this serves as a quick refresher on logic operations you can do on a single classical bit. Next, we will explore more into classical bits and how the logic is transferred into quantum comprehension-wise!
#getquantumfyed
#getquantumfyed