Devin Mallonee

Blog

Articles on quantum physics, personal growth, relationships, and building a future that lasts — inspired by Super Position Your Life and Super Position Your Future.

Time Crystals Explained: How Scientists Are Creating Materials That Repeat in Time A 2026 photonic time-crystal breakthrough cut plasmonic losses by over 50% — what time crystals are, why they're not time machines, and what comes next. The Dark Matter Mystery: What Did the LZ Experiment Actually Detect in 2026? LUX-ZEPLIN recorded one unusual 248 keV nuclear recoil at 2.6 sigma global significance — an intriguing clue, not a dark matter discovery. Nuclear Clocks: Scientists Have Built a Clock That Measures Time Inside an Atomic Nucleus Two 2026 experiments demonstrated operational thorium-229 nuclear clocks — what they proved, how they compare to atomic clocks, and what they could reveal about dark matter. Neutrino Astronomy: How Scientists Are Using Ghost Particles to Explore the Universe How the IceCube Neutrino Observatory detects high-energy particles from space, why the 2026 Nobel Prize matters, and what neutrinos reveal about black holes. Quantum Computing Meets Fusion Energy: Inside the Experiment That Modeled Materials for Tomorrow's Power Plants IBM, Oak Ridge National Laboratory, and Cleveland Clinic used quantum hardware to calculate how tritium binds inside FLiBe, a molten salt studied for fusion reactor blankets. Quantum Computational Sensing: How a Quantum Computer Learned to Classify Signals Directly A superconducting qubit-cavity system classified signals directly, beating conventional sensing strategies by up to 15 percentage points on selected tasks. Can Quantum Sensors Beat the Noise? Inside the Research Changing Precision Measurement Comparing three 2026 quantum-sensing approaches — a real 14.6 dB squeezing experiment, plus GKP and spin-dependent squeezing theory — and what's actually been proven. Quantum Sensing With GKP States: How Researchers Are Engineering Noise-Resistant Measurements A 2026 PRX Quantum study proposes a backaction-evading displacement sensor built from stabilized GKP grid states — approaching the Cramér–Rao bound in theory. Optimal Quantum Sensing: How Spin-Dependent Squeezing Could Detect Tiny Forces and Help Search for Dark Matter A 2026 PRX Quantum paper proposes spin-dependent squeezed states for displacement sensing — reaching the Heisenberg limit in theory, with applications in dark-matter searches. Long-Lived Quantum States in Ytterbium Ions: Amsterdam Researchers Revisit a 35-Year-Old Prediction A 2026 Amsterdam/UNSW experiment measured metastable ytterbium-ion states lasting up to 30+ seconds — and what it means for quantum computing and atomic clocks. The Optical Magnus Effect: Amsterdam Researchers Discover That an Atom Interacts With Light Off-Center A 2026 Amsterdam-linked experiment measured a nanometer-scale shift in how a trapped ion interacts with laser light — and what it means for quantum computing. Quantum Spin Moves a Centimeter-Scale Object: Inside a Cutting-Edge Experiment at the Boundary of Quantum Physics A 2026 OIST experiment used electron spins in diamond to move a centimeter-scale mechanical system — what it proves, and what it doesn't. Quantum Physics and the Power of Possibility: What Science Can — and Cannot — Tell Us About Manifesting Your Future What quantum physics really says about manifestation, plus visualization, implementation intentions, and practical goal-setting that actually works. Quantum Mechanics vs. Classical Physics: 10 Ways the Quantum World Breaks Everyday Expectations Quantized energy, wave-particle duality, tunneling, and more — 10 ways the quantum world departs from classical intuition, and why classical physics still matters. Can Quantum Physics Change the Past? Delayed Choice, Quantum Erasers, and the Arrow of Time Retrocausality, the arrow of time, and why delayed-choice experiments don't prove the future can rewrite the past. The Delayed-Choice Quantum Eraser Explained: How Mirrors Reveal the Mystery of Quantum Superposition How a mirror-based experiment delays measurement, what "erasing" which-path information really means, and why it doesn't mean photons can see the future. The Observer Effect in Quantum Physics: Does Observation Really Change Reality? The double-slit experiment, wave function collapse, the uncertainty principle, and what the observer effect does — and doesn't — say about reality. Quantum Superposition Explained: Can a Quantum System Exist in More Than One State at Once? What superposition really means, the double-slit experiment, Schrödinger's cat, and how this principle powers quantum computing. Quantum Entanglement Explained: How Connected Particles Challenge Our Understanding of Reality Bell's theorem, spooky action at a distance, and how entanglement is shaping quantum computing, communication, and our understanding of reality. Quantum Teleportation Explained: What Quantum Physics Really Says About Teleportation What quantum teleportation actually is, how entanglement and classical communication make it possible, and why it doesn't mean humans can beam across a room. Can Quantum Physics Change the Way You Think About Your Life? Superposition, the observer effect, probability, and entanglement — what these ideas can (and can't) teach us about possibility and decision-making. Your Future Is Not a Dream: How to Turn Your Vision Into Reality A practical framework for turning ambition into a system — direction, systems, foundations, partnerships, and a 90-day blueprint. The Quantum Physics of Love: How to Choose a Partner Who Shares Your Vision Compatibility, shared values, trust, and why choosing who you build with matters as much as what you build. How to Stop Living in Your Past and Build a Better Future Your past explains how you got here — it doesn't have to decide where you go next. Best Books on Quantum Physics and Self-Help A reading list connecting quantum physics to personal growth, including Super Position Your Life and Super Position Your Future.