Quantum Revolution Now

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All about quantum computing, quantum programming and the ongoing quantum revolution

  1. 3 T SITTEN

    Quantum Vulnerable Systems Assessment: January 2026

    In this episode from January 29, 2026, the Qubit Value podcast confronts the looming security crisis of the "Harvest Now, Decrypt Later" threat, where adversaries are already stealing encrypted data to unlock it once quantum computers mature. The discussion centers on the urgent need to migrate to Post-Quantum Cryptography (PQC), highlighting the new NIST-approved standards: ML-KEM (formerly Kyber) for key encapsulation and ML-DSA (formerly Dilithium) for digital signatures. The hosts explain that these algorithms rely on lattice-based mathematics, which creates a multi-dimensional "garden trellis" problem that is bafflingly complex even for quantum machines. A key takeaway is the concept of "Crypto-Agility," treating cryptographic protocols like swappable software modules rather than hard-coded locks, allowing companies to quickly patch vulnerabilities as threats evolve. The episode concludes with a stark warning to executives: the transition isn't an IT upgrade but a foundational rebuild of digital trust, and waiting until 2030 to act is a guaranteed strategy for obsolescence.  Send us a text

    19 min

  2. 1 PV SITTEN

    Almost All About Qudits That You Need To Know Now, January 2026

    In this episode from January 28, 2026, the Qubit Value podcast explores the shift from binary "qubits" to multi-level "qudits" (quantum digits), which harness 3 or more energy levels within a single atom or ion to exponentially increase computational density. The hosts explain how this approach, already validated by labs at the University of Innsbruck and MIT, allows developers to compress complex circuits—like a Toffoli gate—from six steps down to just one, drastically reducing noise and error rates. The discussion highlights that this isn't theoretical; major hardware players like Quantinuum and IonQ are naturally suited for qudits due to their trapped ion architectures, while even superconducting chipmakers like Rigetti are experimenting with accessing higher energy states. Furthermore, the episode connects qudits to the future of quantum networking, noting that photonic qudits can carry more information per photon, essentially "turbocharging" the bandwidth of the quantum internet. Ultimately, the hosts frame qudits as the pragmatic path forward for the late 2020s, offering a way to squeeze more power out of existing hardware without waiting for millions of physical qubits to be built. Send us a text

    18 min

  3. 2 PV SITTEN

    Qudits, Qudits, Qudits - Are You Up To Date In 2026?

    In this episode from January 27, 2026, the Qubit Value podcast explores the shift from binary "qubits" to multi-level "qudits" (quantum digits), which harness 3 or more energy levels within a single atom or ion to exponentially increase computational density. The hosts explain how this approach, already validated by labs at the University of Innsbruck and MIT, allows developers to compress complex circuits—like a Toffoli gate—from six steps down to just one, drastically reducing noise and error rates. The discussion highlights that this isn't theoretical; major hardware players like Quantinuum and IonQ are naturally suited for qudits due to their trapped ion architectures, while even superconducting chipmakers like Rigetti are experimenting with accessing higher energy states. Furthermore, the episode connects qudits to the future of quantum networking, noting that photonic qudits can carry more information per photon, essentially "turbocharging" the bandwidth of the quantum internet. Ultimately, the hosts frame qudits as the pragmatic path forward for the late 2020s, offering a way to squeeze more power out of existing hardware without waiting for millions of physical qubits to be built.  Send us a text

    18 min

  4. 3 PV SITTEN

    Recent Advances in Qudit-Based Quantum Computing, January 2026

    In this mind-expanding episode from January 26, 2026, the Qubit Value podcast explores the paradigm shift from binary qubits to "qudits," multidimensional quantum units that harness the naturally occurring higher energy levels in hardware like trapped ions and superconducting transmons. The hosts explain that while qudits theoretically offer massive efficiency gains—such as compressing complex logic gates into fewer steps and drastically reducing circuit depth—the engineering reality is stifled by a crushing "calibration overhead," where controlling a 10-level system requires managing nearly 100 physical parameters. The discussion highlights the promise of Bosonic "cat codes," which trade physical qubit counts for phase-space redundancy in microwave cavities to achieve error correction, a method validated by recent break-even experiments at Yale and Google. However, with qutrit gate fidelities hovering around 97% compared to the 99.9% standard for qubits, the episode concludes that qudits will likely serve as specialized "turbochargers" within hybrid architectures rather than a standalone replacement, pushing widespread commercial adoption into the mid-2030s.  Send us a text

    16 min

  5. 4 PV SITTEN

    Quantum Algorithm Developer: Daily Work and Salaries (2026)

    In this career-oriented episode from January 25, 2026, the Qubit Value podcast focuses on the high-demand, high-reward role of the quantum algorithm developer, positioning it as one of the most future-proof careers of the next decade. The discussion reveals that this "unicorn" role sits at the intersection of computer science, advanced mathematics (linear algebra, vectors, matrices), and quantum physics, requiring a unique ability to translate real-world business problems into quantum circuits. The hosts highlight the severe talent shortage, noting that the global pool of true specialists is estimated at only 3,000 to 4,000 people, driving salaries for experienced professionals well over $200,000 in the US. While PhDs have been the traditional entry ticket, the episode emphasizes that the barrier is lowering: self-taught developers fluent in Python and frameworks like Qiskit or Cirq are increasingly being hired by banks, pharmaceutical companies, and government labs. Ultimately, the episode frames this career not just as coding, but as pioneering a new language of computation, offering those willing to master the "hybrid" skill set a front-row seat to the next industrial revolution.  Send us a text

    14 min

  6. 5 PV SITTEN

    What Every Listed Company CEO Needs to Know About Quantum Computing

    In this executive briefing from January 24, 2026, the Qubit Value podcast delivers a stark wake-up call to corporate leadership, framing quantum computing not as a science experiment but as an immediate strategic imperative. The episode dissects a critical report projecting that quantum technologies will unlock between $100 billion and $250 billion in value, fundamentally disrupting industries like pharmaceuticals, finance, and logistics by the mid-2030s. The hosts dismantle the "wait and see" approach, warning that early movers are already securing scarce talent and intellectual property, leaving laggards to face an unbridgeable competitive gap. A significant portion of the discussion is dedicated to the "Harvest Now, Decrypt Later" security threat, urging CEOs to view Post-Quantum Cryptography (PQC) migration as a mandatory infrastructure upgrade rather than an optional IT project. Ultimately, the episode outlines a pragmatic three-step playbook for the C-suite: define a high-level strategy to avoid flying blind, prioritize a cryptographic inventory immediately, and launch small-scale pilot projects to build internal "quantum muscle memory" before the technology hits mass adoption.  Send us a text

    13 min

  7. 6 PV SITTEN

    The Quantum Computing Skills That Will Define Careers Through 2030

    In this career-oriented episode from January 23, 2026, the Qubit Value podcast forecasts the talent landscape of the "Quantum Decade" leading up to 2030. The hosts dismantle the myth that you need a PhD to enter the field, emphasizing that the barrier to entry is lowering as software stacks mature. They identify "Quantum Software Engineers"—developers fluent in Python and frameworks like Qiskit who also understand the nuances of quantum noise—as the new "unicorns" of the tech world. The discussion highlights the critical role of the "Quantum Product Manager," a bridge-builder who translates complex physics into business value for executives, preventing projects from becoming eternal science experiments. Furthermore, the episode explores emerging niches like "Quantum User Experience (QUX)" designers who will make these abstract tools usable for non-experts, and the urgent demand for Post-Quantum Cryptography specialists to secure data against future threats. Ultimately, the hosts advise listeners not to wait for the perfect hardware but to start building "quantum literacy" now, positioning themselves as leaders in a hybrid future where classical and quantum systems work in tandem. Send us a text

    18 min

  8. 22.1.

    Making Money in Quantum Computing: A 2026 Global Opportunity Map

    In this episode from January 22, 2026, the Qubit Value podcast explores the lucrative yet demanding profession of quantum algorithm development, framing it as one of the most critical roles in the emerging quantum economy. The hosts break down the "unicorn" skillset required: a mastery of advanced linear algebra and quantum mechanics (like superposition and entanglement) combined with practical software engineering in Python and fluency in frameworks like IBM's Qiskit or Google's Cirq. They emphasize that this isn't just about coding; it's about being a "translator" who can convert complex business problems in finance or logistics into quantum circuits that run on noisy, imperfect hardware. The discussion highlights the massive demand for this talent, noting that while PhDs have historically dominated the field, the barrier to entry is lowering for self-taught developers willing to master the hybrid "classical-quantum" stack. Ultimately, the episode frames this career path as future-proof, offering those with the tenacity to learn it a secure and highly paid niche for the next decade. Send us a text

    19 min
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All about quantum computing, quantum programming and the ongoing quantum revolution

Tiedot

  • Tekijä
    Qubit Value Oy
  • Julkaisuvuodet
    2021 - 2026
  • Jaksot
    39
  • Luokitus
    Lapsille sopimaton
  • Copyright
    © 2026 Quantum Revolution Now
  • Ohjelman sivusto
    Quantum Revolution Now