#QuantumLeap

[sometimesraven]

LOOK

LOOOOOOOOOOOOK

Yanno back when I saw Cabaret I said Mason wrote a lil smth for a tattoo for me?

I FINALLY GOT IT SO NOW YOU CAN ACTUALLY SEE. In Mason’s handwriting, immortalised uwu

I’m so happy this was my first pro tatt I’m buzzing

[berenixium]

Quantum Leap - Phil Steere - #SoundCloud #Music #QuantumLeap

https://soundcloud.com/philsteere/quantum-leap-theme-guitar

[ashekirk]

I finished it! 71,681 words all up. Phew!!

Chapters: 46/46 Fandom: Quantum Leap (TV 1989) Rating: Teen And Up Audiences Warnings: No Archive Warnings Apply Relationships: Sam Beckett & Sam Beckett, Sam Beckett & Al Calavicci Characters: Sam Beckett, Al Calavicci, Original Characters, Donna Elesee, Gooshie (Quantum Leap), Tina (Quantum Leap), Ziggy (Quantum Leap), Verbena Beeks, Beth Calavicci Additional Tags: Recreational Drug Use, Vietnam War, 1970, Hippies, Hippie Commune, Inspired by Novel, free love, References to orgies, Alcohol Abuse/Alcoholism, Pregnancy, Vietnam draft, Twins, Fun banter, Drug Use, Hallucinogens, Non-Consensual Drug Use, LSD, PCP, Sam-on-Sam Violence, Implied/Referenced Sex, Fist Fights, Broken Bones, Multiplicity/Plurality, Takes place between Season 4 and 5, San Diego, Yuma County Arizona, Angst, Happy Ending, Well except that the Canon series ending still happens, best of luck keeping all the names in order lol Summary:

When Sam leaps into a set of twins, one bearing down on a conscription into the Vietnam war and the other living in a hippie commune, he finds that, split in twain, his two halves are at odds just as much as the twin brothers.

This is an exploration of how I think the Quantum Leap novel Double or Nothing could have gone if it was a little different. It takes some of the ideas of the book, and puts it into a new situation and plotline. So it’s not a rehash of the book so much as a reimagining.

Note that it is not necessary to have read the book to read this.

[xbuddykinsx]

Together, we can shape a future

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Deep Learning algorithms have given birth to a revolutionary phenomenon - J-AI. Witness its meteoric rise as it surpasses the limits of conventional AI and achieves self-actualization! 🌌

[hassan352]

### The Role of Quantum Computing in Shaping the Future of Technology

[govindhtech]

Toshiba Double-Transmon Coupler: World-Class Quantum Leap

Toshiba Achieves World-Class Two-Qubit Gate Performance with Its Suggested Double-Transmon Coupler for Superconducting Quantum Computers. Improving the performance of quantum computers in order to help solve societal problems.

Overview Of Double-Transmon Coupler

Through an assessment of a potential significant advancement in quantum computing, Toshiba Corporation (Toshiba) has validated a breakthrough technology that promises to improve progress toward the construction of higher-performance quantum computers. A Double-Transmon Coupler, a Toshiba-proposed solution for superconducting quantum computers, has been successfully implemented through experiments carried out by a combined research group from Toshiba and RIKEN, one of Japan’s leading comprehensive research organizations.

At the core of quantum computation, a two-qubit gate, the researchers achieved a world-class fidelity of 99.90%. A common performance metric for quantum gates is fidelity, which measures how near to the ideal an operation is on a scale of 0% to 100%. Higher percentages indicate more accurate quantum gate operation.

Toshiba first suggested the Double-Transmon Coupler, an adjustable coupler that is essential to enhancing the performance of superconducting quantum computers, in a September 2022 publication. Its theoretical advantage over traditional tunable couplers in eliminating the long-standing issue of needless residual coupling and allowing high-speed, high-fidelity two-qubit gates has been validated by Toshiba and RIKEN in successful practical implementation.

The coherence time, or the amount of time that the quantum superposition state may be kept critical in quantum computers, has to be increased in order to enhance the performance of two-qubit gates. To lessen the faults it produces, gates must also be operated rapidly and the residual coupling’s strength must be controlled. The Toshiba-RIKEN team achieved a 99.90% fidelity by reducing the residual coupling strength to as low as 6 kHz, producing a short gate time of 48 ns, and achieving a world-class coherence time for the transmon qubit.

It is also possible to use the fixed-frequency transmon qubit, which has a basic shape and is very straightforward to build, in quantum computers that use the Double-Transmon Coupler. This will further progress the rapidly evolving science of quantum computing and pave the path for the large-scale quantum computers necessary for real-world uses like generating new drugs and achieving carbon neutrality.

On November 21, 2024, the findings of this study were published in “Physical Review X,” a prestigious magazine of the American Physical Society.

Background of development

Global research and development of quantum computers, which can solve computing issues beyond classical computers, is growing. Current quantum computers, which are based on quantum physics, which explains how atoms and molecules act, suffer with two-qubit gate reliability. A variety of methods, from the utilization of individual atoms in gases to superconducting electronic circuits, are being investigated in an effort to improve performance. Since the superconducting method makes use of solid-state components, which provide superior stability, scalability, and high quantum gate fidelity, it appears to be a viable strategy.

Superconducting circuits can be implemented in a variety of ways. The basic transmon qubit and the comparatively recent fluxonium qubit8 are two examples of the several types of qubits that are now available. The most popular and simplest qubit at the moment is the transmon qubit. Qubits can also be coupled in a variety of ways, ranging from direct capacitive coupling to coupling that uses an adjustable coupler between the qubits.

Two transmon-type superconducting qubits make up Toshiba’s Double-Transmon Coupler, an adjustable coupler. It can perform high-speed two-qubit gate operations and disable coupling for fixed-frequency transmon qubits with widely disparate frequencies.

A sufficiently long coherence time, longer than the gate operating time, is necessary for its efficient operation, and this can only be accomplished by carefully weighing the superconducting materials, the surrounding circuit design, and the manufacturing procedures. On the other hand, a strong coupling strength between the qubits is essential for high-speed gate operations.

The combined research team from Toshiba and RIKEN successfully carried out the first experimental demonstration of this approach in history, proving its great performance fidelity.

Features of the technology

Two qubits are coupled using the Double-Transmon Coupler (Figure 1). It has a loop in the middle with three Josephson junctions (JJ3, JJ4, and JJ5). The coupling between the two qubits may be changed by varying the external magnetic flux Φex10 in the loop with a current. A circuit was constructed for this experiment (Figure 2), and it was shown to have excellent performance. Optical microscope image of the actual fabricated circuit.Image Credit To Toshiba

A world-class coherence time in the transmon qubits was achieved by refining the two qubits (Q1 and Q2) in terms of form, materials, and fabrication technique. Eleven different kinds of indicators, T1 and T2, were employed. T1 and T2 values were 230 μs and 360 μs in Q1 and 210 μs and 130 μs in Q2, respectively. Gate procedures can be completed in these amounts of time.

It was proven that by varying the external magnetic flux, the coupling strength could be raised to about 80 MHz (Figure 3, right), resulting in a short gate time of 48 ns.

With a detuning (frequency difference) of around 460 MHz, the qubit frequencies in the experiment were set at 4.314 GHz and 4.778 GHz. Crosstalk faults, in which operations in one qubit result in mistakes in the other, were reduced by setting this substantial detuning.

Typical tunable couplers could only reduce residual coupling to tens of kHz with such a huge detuning. Low residual coupling, one of the main characteristics of the Double-Transmon Coupler, was successfully shown experimentally for the first time by reducing the magnitude of coupling strength to as low as about 6 kHz with the proper setup of the external magnetic flux (Figure 3, left).Image Credit To Toshiba

Dependence of coupling strength on external magnetic flux (where Φ0 denotes the magnetic flux quantum and Φex denotes the external magnetic flux within the loop). The coupling strength may be varied from a minimum of 6 kHz to a high of 80 MHz by varying the external magnetic flux.

The fidelity of the two-qubit gates remained consistently excellent for the length of the trial, which involved measurements over a 12-hour period. With an average performance of 99.90%, they are among the world’s top (Figure 4). Measurement results of the two-qubit gate fidelity.Image Credit To Toshiba

Future developments

Aiming for a two-qubit gate integrity of 99.99%, Toshiba and RIKEN will keep improving the double-transmon coupler’s performance. In order to quickly realize a useful quantum computer, the team will also create technologies to scale up the device while preserving its high performance.

The Quantum Leap Flagship Program (Q-LEAP) of the Ministry of Education, Culture, Sports, Science, and Technology (MEXT) provided some funding for this study as part of the “Research and Development of Superconducting Quantum Computers” initiative.

Read more on govindhtech.com

[its-m7ke]

Quantum Leap Season 2 ★★★★★★★★★☆

[arjunasearth]

The resonance is real. And very strong!

[kimludcom]

10 mega construction projects in lagos, Nigeria

https://www.youtube.com/watch?v=2imheFztE7M

[sometimesraven]

do u even know i think of you all very often and get excited when i see you on my dash/insta (for those of you who have it)

[victoriaanisa]

"How a Twist in Physics Could Change Technology Forever".

International Research Awards on HEPCS | 25-26 July 2024 | New Delhi, India

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[singkepe]

Quantum Jumping Meditation | Quantum Leap into your Desired Reality

Welcome to the transformative Quantum Jumping Meditation. In this guided meditation, you will utilize the power of quantum jumps to shift your reality and activate your highest potential.

In this captivating meditation experience, you'll be guided through an easy-to-follow process of shifting your reality, manifesting your desires, and tapping into infinite possibilities. Whether seeking personal growth, abundance, or spiritual awakening, a Quantum Jump Meditation is your gateway to a new reality - limitless possibilities.

[yr1source]

One of the Most Revolutionary Things that Exist - The Potential of Cogitality 💫 Learn More and Join Us and Create a Change in your Life -> https://yr1.space/

[tvrundownusa]

tvrundown USA 2024.01.30

Tuesday, January 30th:

(exclusive): "NASCAR: Full Speed" (netflix, docu-series, all 5 parts), Jack Whitehall: "Settle Down" (netflix, stand-up special), "A Hero's Journey" (dsn+, a making-of "Percy Jackson" documentary), Percy Jackson and the Olympians (dsn+, season 1 finale, in primetime)

(streaming weekly): Death and Other Details (hulu), Father Brown (BritBox, next 2 eps), Marry My Husband (APrime, next 2 eps)

(hour 1): Night Court (NBC) / . / Extended Family (NBC), Celebrity Name That Tune (FOX), Inside the NFL (theCW, week 21), Finding Your Roots (PBS)

(hour 2): La Brea (NBC), The Oval (BET), The Floor (FOX), Whose Line Is It Anyway? (theCW), Frontline (PBS, "Democracy on Trial", 2hrs+30mins)

(hour 3): Quantum Leap (NBC, season 2B resumes, new night), Good Trouble (Freeform), Frontline (PBS, contd+90mins)

(hour 4 - latenight): The Graham Norton Show (BBCAm|AcornTV|AMC+), Frontline (PBS, contd)

[technolok]

Tech Breakthroughs to Watch for in 2024

Tech Breakthroughs to Watch for in 2024 The pace of technological change only seems to accelerate each year. 2023 promises major advances spanning quantum computing, 6G networks, smarter AI assistants, and more. Let’s explore some of the specifics innovations on the horizon for 2024.

Quantum Leaps Towards Practical Quantum Computing While full-scale quantum computers may still be years away, 2024 could see meaningful milestones. Researchers aim to achieve quantum advantage by demonstrating specialized systems tackling valuable problems intractable for conventional computers. Useful applications in finance, chemistry, optimization and machine learning may emerge.

6G Promises Speeds 100x Faster than 5G As 5G mobile networks only recently launch worldwide, telecom companies already have their sights set on 6G - the next generation in wireless connectivity. Offering speeds up to 1 terabyte per second, 6G opens the door for remote surgeries, truly immersive extended reality experiences and life-changing digital applications we can’t yet conceive.

Smarter AI Assistants Enhance Human Abilities The viral success of chatbots like ChatGPT shows public appetite for ever-more capable AI. 2024 may deliver the next evolution - smarter, specialized assistants that not only converse fluently but actively enhance human skills. Imagine a productivity aide that schedules meetings automatically based on your habits and priorities or a health bot that designs personalized nutrition plans. 2024 promises great strides towards this future powered by gains in deep learning.

Which emerging technologies will shape our world in 2024? Share your predictions with me below! #tech #techtrends #ai #quantumcomputing #6G #innovation #futurism #technews

[dashrathsingh]

The Rise of Quantum Computing: Unleashing Unprecedented Power

In the realm of technology, a revolutionary force is on the horizon – Quantum Computing. As we stand at the brink of a new era, the promise of unprecedented computing power is reshaping our understanding of what's possible. Quantum computing holds the potential to solve complex problems at speeds unimaginable with classical computers. In this article, we will explore the rise of quantum computing, the principles that govern it, and the transformative impact it is poised to have on various industries.

Understanding Quantum Computing:

Quantum computing leverages the principles of quantum mechanics to process information in a way that defies the limitations of classical computing. While classical bits exist in one of two states, 0 or 1, quantum bits or qubits can exist in multiple states simultaneously, thanks to a phenomenon called superposition. This unique property enables quantum computers to perform complex calculations at an exponentially faster rate than their classical counterparts.

Unleashing Unprecedented Power:

The real power of quantum computing lies in its ability to tackle complex problems that are currently beyond the reach of classical computers. Tasks like simulating molecular structures for drug discovery, optimizing supply chains, and breaking encryption codes become exponentially faster with quantum computers. As quantum processors continue to advance, their potential applications span across industries, from finance and healthcare to artificial intelligence and cybersecurity.

Potential Impact on Industries:

Healthcare and Drug Discovery: Quantum computing can accelerate the simulation of molecular structures, expediting drug discovery and opening new frontiers in personalized medicine.

Finance: Quantum algorithms have the potential to revolutionize financial modeling and optimization, leading to more accurate predictions and better risk management.

Artificial Intelligence: Quantum computing can enhance machine learning algorithms, enabling the development of more powerful AI models for advanced data analysis and pattern recognition.

Supply Chain Optimization: Quantum computing's ability to process vast amounts of data quickly can revolutionize supply chain optimization, improving efficiency and reducing costs.

Cybersecurity: While quantum computing poses a potential threat to classical encryption methods, it also offers new cryptographic techniques that can enhance cybersecurity.

Challenges and Future Prospects:

Despite its incredible potential, quantum computing faces significant challenges, including error correction, scalability, and maintaining qubit stability. Researchers and companies worldwide are actively working to overcome these hurdles. As quantum computers move from research labs to practical applications, their impact will reshape industries, create new possibilities, and address some of the most pressing challenges facing society.

Conclusion:

The rise of quantum computing marks a pivotal moment in the evolution of technology. As we unlock the potential of quantum processors, we open doors to unprecedented computing power and transformative possibilities. While challenges remain, the collaborative efforts of scientists, researchers, and industry leaders are propelling us toward a future where the computational limits of today become the stepping stones to the advancements of tomorrow. The age of quantum computing has dawned, and the journey promises to be as thrilling as the destination is groundbreaking.