Book 'Gateway to the Quantum Age' by Joseph Ponnoly

04/12/2026

Source: Discover Magazine

Quantum computing breaktrhroughs including new hardware, smarter algorithms, and clearer signs of “quantum advantage,” bring once-theoretical machines closer to real-world use

02/03/2026

The quantum centric future- IBM

Researchers are already combining CPUs, GPUs, and QPUs into demonstrations of quantum-centric supercomputing

01/31/2026

The future of computing

Tech giant IBM ($IBM) says that the future of computing will not be purely quantum or purely classical, but a combination of both. Rather than replacing today’s com...

12/26/2025

Elon Musk said humans might be able to upload their minds into Tesla’s humanoid robot Optimus within the next 20 years. He linked this idea to the development of brain-computer interfaces from his company Neuralink, which could digitally preserve memories, identity, and thought patterns. Musk said a digital copy of a person’s mind could eventually be transferred into a robotic body. This bold claim raises questions about technology, identity, and ethics, because science still does not fully understand human consciousness and brain function. Musk’s timeline is optimistic and depends on major advances in neuroscience and robotics.

12/11/2025

Artificial General Intelligence (AGI)
What it means and current developments

The company, founded by an ex-Google veteran, claims its new system constitutes a 'fundamental leap' beyond existing AI technologies.

10/30/2025

The Time Machine may take us into the past
https://www.facebook.com/share/17bQxTWrnv/?mibextid=wwXIfr

In 2024, physicists exploring the strange world of quantum mechanics made discoveries that could reshape our understanding of time itself. At several labs, including studies using IBM’s quantum computers, researchers observed phenomena described as “negative time,” where photons—particles of light—appeared to exit a material before entering it. This unexpected behavior challenges the long-held assumption that time only moves forward in a straight line.

These experiments suggest that at the quantum level, time may not be a one-way stream but a folding fabric, where past, present, and future coexist or even interact. Scientists also managed to reverse some quantum processes, indicating that under certain conditions, nature might allow limited time reversibility. Such findings could transform how we think about causality, entropy, and consciousness, revealing that the universe may operate through deeper, interconnected timelines.

If time truly folds, then every action in the present might echo in both directions—touching what was and shaping what will be. This idea inspires not just physics, but philosophy, urging us to see existence as a dynamic web of possibilities rather than a linear march. Time, it seems, is not a wall we move through, but a living dimension we help create.

References (APA style):
Ball, P. (2024). Quantum experiments challenge our understanding of time. Nature Physics.
IBM Quantum. (2024). Exploring time symmetry and quantum reversibility on quantum systems. IBM Research Notes.

10/28/2025

An army of humanoid robots to Mars
Elon Musk’s ambitious program

The world was stunned by an unexpected announcement from Elon Musk, the head of Tesla and SpaceX. During his latest presentation at a conference, Musk reveal...