Researchers Simulate Baby Wormhole Using Quantum Computers

Researchers have simulated a baby wormhole, advancing our understanding of space-time travel.

### Breakthrough in Wormhole Simulation: A Step Toward Science Fiction Realities
* 🚀 Researchers at Caltech have simulated a **baby wormhole** and successfully **transmitted a message through it**, bringing science fiction **closer to reality**.
* 🌀 Astrophysicist Hakeem Oluseyi explains that a wormhole allows for **shortcuts through space-time**, similar to **bending a carpet to travel across a room more quickly**.
* 💡 The concept, rooted in Einstein's theories, suggests that with **enough mass**, two black holes can merge to create a **passage through space-time**.
* 💻 The current simulation is basic, utilizing a quantum computer to create a **holographic representation of a simplified universe**, where information can be **scrambled and then restored through a simulated wormhole**.
* ⚡ The researchers faced challenges due to the limitations of today's quantum computers, which **lack the power to simulate reality fully**, so they employed **negative energy** to keep the wormhole open during the information transfer.
* 🔍 This research is significant as it explores the **potential of wormholes**, even though real black holes are **unstable** and would **collapse upon receiving matter**.
* 📈 While this simulation is a foundational step, it highlights the **possibilities of future advancements in quantum computing** and our **understanding of the universe**.

Scientists at Cal Tech develop 'baby wormhole' l ABCNL

ABC News

Introduction to Wormholes and Caltech's Simulation

Researchers simulated a wormhole and transmitted a message through it.

A wormhole is explained as a shortcut through space-time, bending space to shorten distances.

Einstein's theory of space as a malleable fabric is referenced.

The simulation was performed using a quantum computer.

Details of the Simulation and its Limitations

The simulation was a basic one, limited by the power of current quantum computers.

A holographic type of simulation was used, simplifying the universe to one dimension.

The simulation involved two simulated black holes, and information was transmitted between them.

Information was scrambled in one black hole and then reappeared in order in the other.

The Role of Quantum Computing and Negative Energy

Real-life black holes are unstable, but quantum computers allow for negative energy.

Negative energy keeps the wormhole open, allowing information to pass through.