The Physicist Who Bets That Gravity Can't Be Quantized

Jonathan Oppenheim, a physicist at University College London, is developing hybrid theories that could unify classical gravity and quantum mechanics.

A physicist who bets that gravity can't be quantized - Hacker News

There's a sense that there's nothing special about gravity — it's just a field like any other — and therefore we should quantize it. I keep on ...

Quanta Magazine on LinkedIn: The Physicist Who Bets That Gravity ...

By introducing a parameter, G, to characterize the strength of gravitational force in the Unified Equation (MEQ), it challenges the assumption ...

The physicist betting that space-time isn't quantum after all

Physicist Jonathan Oppenheim isn't so sure, which is why he's made a 5000:1 bet that gravity isn't a quantum force.

The Physicist Who's Challenging the Quantum Orthodoxy

For decades, physicists have struggled to develop a quantum theory of gravity ... bet with two colleagues that gravity can't be quantized. If he ...

A Bet Against Quantum Gravity - YouTube

... quantum #blackhole #physics #gravity # ... gravity simply can't be quantized? Building on work from the 1990s ...

A Bet Against Quantum Gravity | Quanta Magazine

Oppenheim describes why he thinks gravity can't be squeezed into the same quantum box as the other fundamental forces — and what he's proposing as an ...

Quanta Magazine - Maybe gravity isn't quantum after all. Physicist ...

Maybe gravity isn't quantum after all. Physicist Jonathan Oppenheim and his students are working on a new class of hybrid quantum-classical theories in...

Quanta Magazine on X: "For almost a century, physicists have ...

For almost a century, physicists have struggled to put gravity in quantum ... The Physicist Who Bets That Gravity Can't Be Quantized | Quanta ...

The Physicist Who Bets That Gravity Can't Be Quantized - LinkedIn

Super-exciting times in the quest to reconcile gravity with quantum mechanics! Jonathan Oppenheim (UCL) is one of the brightest minds of ...

Quantum Gravity Is Wrong And It Can't Be Quantized - YouTube

Quantum gravity is a fascinating concept that aims to unify two fundamental theories of physics: general relativity and quantum mechanics.

The Physicist Who Bets That Gravity Can't Be Quantized - Pinterest

The Physicist Who Bets That Gravity Can't Be Quantized | Quanta Magazine ... For decades, physicists have struggled to develop a quantum theory of ...

UCL News on X: "For over a century, physicists have tried to ...

... gravity with quantum theory by trying to quantise gravity. But ... The Physicist Who Bets That Gravity Can't Be Quantized | Quanta Magazine.

Will Jonathan Oppenheim win his bet that gravity isn't quantized?

20% chance. https://www.quantamagazine.org/the-physicist-who-bets-that-gravity-cant-be-quantized-20230710/ This should resolve as soon as the bet resolves.

What Physicists Have Been Missing - Nautilus Magazine

Gravity is, as physics parlance has it, a “classical” or non-quantum theory, still described by Einstein's theory of general relativity. It is a ...

New theory seeks to unite Einstein's gravity with quantum mechanics

But a new theory, developed by Professor Jonathan Oppenheim (UCL Physics & Astronomy) and laid out in a new paper in Physical Review X (PRX), ...

A Postquantum Theory of Classical Gravity? : r/Physics - Reddit

In quantum field theory, Weinberg proved there are no interacting theories of massless particles of spin greater than 2 (unless you have an ...

A maverick physicist is building a case for scrapping quantum gravity

To merge quantum physics and general relativity, physicists aim to quantize gravity. But what if gravity isn't quantum at all?

Now we know that Quantum Gravity is not about Quantizing Gravity

Leonard Susskind on theory of Quantum Gravity and why this is not about Quantizing Gravity.

If gravitons don't exist, does it mean gravity can't be quantized ...

It's not that the existence of a quantum theory of gravitation is predicated on the existence of gravitons. Rather, it's the other way around.