#Quantum

#gdny #friday At 8:40 #quantum @mattcimaglia At 9 @danawhite @ufc also @carsonkressley is my guest cohost! Also @reallondonbrown @thenycgardener #happymothersday #joinus

The idea of “souls” communicating via quantum entanglement is a popular concept in science fiction and metaphysical discussions, but it is important to distinguish between the physical reality of entanglement and the metaphorical application to human consciousness. In physics, quantum entanglement is a strictly mathematical and physical phenomenon. Here is how it works and why applying it to “souls” is a complex leap. 1. The Physics: What is Entanglement? Quantum entanglement occurs when two particles become linked in such a way that the quantum state of one cannot be described independently of the other, even when they are separated by vast distances. • Superposition: Before a measurement is made, particles exist in multiple states at once. • Instantaneous Correlation: When you measure particle A (e.g., its spin), you immediately know the state of particle B, no matter the distance. The “No-Communication” Theorem Crucially, according to the No-Communication Theorem in quantum mechanics, entanglement cannot be used to send information faster than the speed of light. Because the outcome of the first measurement is random, you cannot “force” a specific message to the other side without a classical channel (like a phone call or text) to explain what the measurement means. 2. The Theory: Souls and Quantum Consciousness For souls to communicate via entanglement, the human mind or “soul” would need to operate on a quantum level. This is the basis of the Orchestrated Objective Reduction (Orch-OR) theory, proposed by physicist Roger Penrose and anesthesiologist Stuart Hameroff. • Microtubules: The theory suggests that quantum processes occur within microtubules (protein structures) inside the brain’s neurons. • Non-local Connection: If consciousness is quantum, then two people who are “entangled” (through deep emotional bonds or shared experiences) could theoretically have correlated mental states regardless of distance. Follow @thequantumakash 🚀for more #quantum #physics #astrophysics #quantumentanglement #blackholes

In the early 20th century, scientists began to explore the behavior of matter at the smallest scales and what they found defied intuition. The familiar laws of classical physics, which describe planets and everyday objects, no longer applied in the microscopic world. A new framework was needed. This led to the birth of Quantum mechanics, a theory that revealed a universe governed by probability rather than certainty. Particles do not have definite positions or speeds until they are measured instead, they exist in a range of possible states. It challenged our understanding of reality. One of the most striking features is Superposition, where particles can exist in multiple states at once. Another is entanglement, where particles become linked so that the state of one instantly influences another, no matter the distance between them. A world beyond everyday experience. At quantum scales, particles can behave like waves, pass through barriers, and appear in places they seemingly shouldn’t be. These effects are not just theoretical they have been confirmed by countless experiments and form the basis of modern technologies like semiconductors and lasers. It is the foundation of modern physics. Quantum mechanics explains the structure of atoms, the behavior of molecules, and the interactions of light and matter. Without it, much of modern technology from computers to medical imaging would not exist. Speaker: @profbriancox #space #universe #astronomy #physics #quantum UniversScientifique-1 YT

Quantum is finally getting real - and the shift is happening sooner than most expected. Daniel Newman goes rapid‑fire on the names he’s betting on now. #investing #quantum #stocks

Quantum Technology in Our Garage #engineering #quantum #physics #science

Physics Talk: Wednesday, March 25th, 7:00 PM! Answer this question with Dr. Epp: what actually is the Schrödinger wavefunction? Location: E2, Room 1736 🍕 There will be Epperoni (and other) pizza, provided for free alongside Dr. Epper In this talk, you’ll explore: - How the wavefunction is fundamentally relativistic, a wave with phase velocity *faster than the speed of light* for massive particles - How Einstein’s proposal for photons was brilliantly extended to all matter by de Broglie in his 1924 PhD thesis - Why special relativity necessarily implies that everything has wave-like properties, and how this inspired Schrödinger’s wave mechanics in the first place This talk is pitched at exactly the right level for PHYS 124 students, so if you’ve ever found the wavefunction mysterious, this is your chance to actually make sense of it! Made possible by @uwquantum @uw_phys_club #universityofwaterloo #physics #quantum #Schrödinger #freepizza

What if quantum “pop in, pop out” isn’t random…but something passing through us? 👀 link in bio 🔗to watch our recent StarTalk Live! in LA performance, where we discuss whether quantum fluctuations could just be higher-dimensional traffic! #StarTalkLive #StarTalk #Quantum

If you’d like more conversations, check out my telegram channel in the bio! I also listed my favorite quantum physics books in the bio as well 🤍 #quantumphysics #quantum #spirituality #spiritual #mindfulness

The moment time begins to break down… The deeper we investigate the origin of the universe, the stranger it becomes. Our two best theories of reality work incredibly well - but they break when we try to apply them to the very beginning. Which means the Big Bang might not beginning of all reality but rather the place where our understanding runs out. 🎤 @scribblemouth_ #bigbang #cosmos #quantum #gravity STEM “Animated Flag” by ManySince910 “Moon” by Akshat “Wall Clock_6MB” Mehdi Shahsavan “Exakta Varex VX Camera” by Virtual Museums of Małopolsk

Choose your reality wisely. #quantum #manifestation #reality #wealth

This week on #eotw we have the much anticipated Schrödinger Wave Equation presented by Prof Zygmunt! #valpo #physics #cat #quantum

In this #eotw episode Professor Zygmunt teaches us about Heisenberg Uncertainty Principle! #valpo #physics #heisenberg #quantum