Showing 1 to 11 of 11 results
Terminal Lucidity Challenges Materialistic View of Consciousness
Alexander Batthyány's research on terminal lucidity, the temporary return of lucidity in patients with severe brain damage, challenges materialistic views of consciousness, suggesting a potential independent consciousness. Up to 6% of patients experience this phenomenon, adding complexity to the und...
Terminal Lucidity Challenges Materialistic View of Consciousness
Alexander Batthyány's research on terminal lucidity, the temporary return of lucidity in patients with severe brain damage, challenges materialistic views of consciousness, suggesting a potential independent consciousness. Up to 6% of patients experience this phenomenon, adding complexity to the und...
Progress
48% Bias Score
Compton's Nobel Prize: Light as a Particle and Quantum Physics
Arthur Compton's 1923 experiment proved light's particle nature, earning him the 1927 Nobel Prize in Physics; his later work on the Manhattan Project further advanced quantum theory's impact.
Compton's Nobel Prize: Light as a Particle and Quantum Physics
Arthur Compton's 1923 experiment proved light's particle nature, earning him the 1927 Nobel Prize in Physics; his later work on the Manhattan Project further advanced quantum theory's impact.
Progress
44% Bias Score
Anaheim Physics Conference Highlights Contrasting Views on Science and Politics
The American Physical Society's World Meeting in Anaheim, attended by 14,000 physicists, highlighted the contrast between the event's perfect organization and anxieties about US immigration policies and potential AI misuse; a session on women in quantum physics underscored this tension.
Anaheim Physics Conference Highlights Contrasting Views on Science and Politics
The American Physical Society's World Meeting in Anaheim, attended by 14,000 physicists, highlighted the contrast between the event's perfect organization and anxieties about US immigration policies and potential AI misuse; a session on women in quantum physics underscored this tension.
Progress
64% Bias Score
Quantum Physics Suggests Time May Not Be Unidirectional
A study published in Scientific Reports challenges the conventional understanding of time's unidirectional flow, suggesting that at the quantum level, time may flow simultaneously forward and backward; this challenges the second law of thermodynamics, and its implications are significant for our und...
Quantum Physics Suggests Time May Not Be Unidirectional
A study published in Scientific Reports challenges the conventional understanding of time's unidirectional flow, suggesting that at the quantum level, time may flow simultaneously forward and backward; this challenges the second law of thermodynamics, and its implications are significant for our und...
Progress
20% Bias Score
Quantum Revolution: Collaboration and Breakthroughs (1919-1929)
Thomas de Padova's book, "Quantenlicht," details the quantum revolution (1919-1929), highlighting key figures like Planck, Einstein, and Bohr, emphasizing international collaborations and debunking the myth of solitary genius in scientific discovery.
Quantum Revolution: Collaboration and Breakthroughs (1919-1929)
Thomas de Padova's book, "Quantenlicht," details the quantum revolution (1919-1929), highlighting key figures like Planck, Einstein, and Bohr, emphasizing international collaborations and debunking the myth of solitary genius in scientific discovery.
Progress
16% Bias Score
New Theory Challenges Quantum-Gravity Incompatibility
A new theory called "post-quantum theory of classical gravity," led by physicist Jonathan Oppenheim, proposes a radical solution to the incompatibility between quantum mechanics and general relativity by suggesting that spacetime itself is inherently random, a testable hypothesis that could revoluti...
New Theory Challenges Quantum-Gravity Incompatibility
A new theory called "post-quantum theory of classical gravity," led by physicist Jonathan Oppenheim, proposes a radical solution to the incompatibility between quantum mechanics and general relativity by suggesting that spacetime itself is inherently random, a testable hypothesis that could revoluti...
Progress
48% Bias Score
Quantum Physics and Neuroscience Festival Explores Mind-Matter Connection
A neuroscience festival in San Giovanni Valdarno, Italy, explored the link between quantum physics and brain function, attracting over 250 in-person attendees and thousands more online, highlighting the growing field of quantum neurobiology and its potential implications for understanding consciousn...
Quantum Physics and Neuroscience Festival Explores Mind-Matter Connection
A neuroscience festival in San Giovanni Valdarno, Italy, explored the link between quantum physics and brain function, attracting over 250 in-person attendees and thousands more online, highlighting the growing field of quantum neurobiology and its potential implications for understanding consciousn...
Progress
28% Bias Score
Quantum Computing: Revolutionizing Healthcare and Life Sciences
Quantum computing, utilizing principles of quantum physics, offers significantly improved computational power over classical computing, promising breakthroughs in healthcare and life sciences by enabling analysis of massive datasets previously deemed unmanageable, such as those found in the clinical...
Quantum Computing: Revolutionizing Healthcare and Life Sciences
Quantum computing, utilizing principles of quantum physics, offers significantly improved computational power over classical computing, promising breakthroughs in healthcare and life sciences by enabling analysis of massive datasets previously deemed unmanageable, such as those found in the clinical...
Progress
44% Bias Score
Quantum Physics Challenges Linear Time Perception
Canadian scientists discovered a 'negative time' effect during photon experiments, challenging the linear perception of time and suggesting complex interactions where cause and effect might not be strictly sequential, potentially explained by models such as the 'block universe' where past, present, ...
Quantum Physics Challenges Linear Time Perception
Canadian scientists discovered a 'negative time' effect during photon experiments, challenging the linear perception of time and suggesting complex interactions where cause and effect might not be strictly sequential, potentially explained by models such as the 'block universe' where past, present, ...
Progress
44% Bias Score
Quantum Physicist Jiri Cizek Dies at 86
Jiri Cizek, a quantum physicist born in Prague in 1938, died on December 24, 2024, in Toronto from COVID-19; his foundational work, Coupled Clusters Theory, revolutionized molecular chemistry; his life was marked by exile and a commitment to academic freedom.
Quantum Physicist Jiri Cizek Dies at 86
Jiri Cizek, a quantum physicist born in Prague in 1938, died on December 24, 2024, in Toronto from COVID-19; his foundational work, Coupled Clusters Theory, revolutionized molecular chemistry; his life was marked by exile and a commitment to academic freedom.
Progress
20% Bias Score
Quantum Experiment Suggests 'Negative Time' in Light-Matter Interactions
University of Toronto researchers report experimental evidence of "negative time" in quantum interactions, where the duration of atomic excitation is less than zero, challenging classical physics but not violating Einstein's theory of relativity.
Quantum Experiment Suggests 'Negative Time' in Light-Matter Interactions
University of Toronto researchers report experimental evidence of "negative time" in quantum interactions, where the duration of atomic excitation is less than zero, challenging classical physics but not violating Einstein's theory of relativity.
Progress
56% Bias Score
Showing 1 to 11 of 11 results