Looks like LLNL did another test on July 30th but haven't yet finished the analysis, so resolving to "No".

https://www.reuters.com/business/energy/us-scientists-repeat-fusion-power-breakthrough-ft-2023-08-06/

Except for LLNL, nobody said working on scientific doubling.

It takes 8 days for LLNL to share breakthrough, 17 days to report something publishable. Therefore guess November 19 experiment were not successful. December 19 experiment is unlikely to publish during holidays.

Only reasonably pending 2023 experiment was done on December 4, it's chances for report will fade over next week.

https://lasers.llnl.gov/news/llnls-nif-delivers-record-laser-energy

8 months from the first time to the next. 2 months. 1 month. I strongly expect to see another shot before the end of the year.

@EvanDaniel NIF supposedly had two more shots: one nov 19, and different approach shot (maglin) on nov 21. John Karry promised some fusion related announcement on Dec 5.

There’s a significant change a shot will be performed in 2023 which is only announced in 2024. What happens then?

@DanielWatsonb6c9 I'll say that the analysis and proving out of the result is part of demonstrating the result, so the result needs to be announced in 2023

Summary as related to this question:

• The actual first shot at the new 2.2 MJ level should be in November, 2023.

• There will be several shots at the 2.2 MJ level from 2023-2025. These tests could achieve 2.6- to 6 X gain.

Need to wait till November.

https://www.nextbigfuture.com/2023/09/scaling-nif-laser-fusion-to-2030.html

Scaling NIF Laser Fusion to 2030 | NextBigFuture.com

This is a summary of the information from the Inertial Fusion Science and Applications 2023 conference and the presentations and announcements from Lawrence

I don't understand what are you actually counting.
The article doesn't seem to evaluate anything meaningful:

the positive energy gain reported ignores the 500MJ of energy that was put into the lasers themselves.

@a2bb yes, energy put into the fuel (as in the question) different from energy put in the lasers.

Take into account arbitraging to https://manifold.markets/JamesBills/will-scientists-at-the-nif-produce which is 52%...

Will Scientists at the NIF produce a net energy gain > 200% from a fusion reaction in 2023?

54% chance. They just produced more than 150% last December and recently produced ~190%: https://www.ft.com/content/a9815bca-1b9d-4ba0-8d01-96ede77ba06a

Significant part:

• NIF is currently upgrading its lasers to 2.2 megajoules

• Computer simulations suggest that the output energy could potentially range to as high as seven megajoules.

https://zbr.com.mx/sin-categoria-es/new-advances-in-laser-fusion-generate-more-energy/203183/

Significant Milestone Achieved in Laser Fusion: Potentially More Efficient Source of Energy

Significant Milestone Achieved in Laser Fusion: Potentially More Efficient Source of Energy - Zelosos por Buenas Renovables

Lots of overlap with this question: https://manifold.markets/JamesBills/will-scientists-at-the-nif-produce?r=SmFtZXNCdWNoYW5hbg

Will Scientists at the NIF produce a net energy gain > 200% from a fusion reaction in 2023?

36% chance. They just produced more than 150% last December and recently produced ~190%: https://www.ft.com/content/a9815bca-1b9d-4ba0-8d01-96ede77ba06a

The numbers in that Guardian article are out of date. The actual yield from the December shot was over 1.53:1. https://www.ft.com/content/4ff76541-ebdc-43ed-bf4e-4faa75fcf2f9

How US scientists moved one step closer to dream of fusion power

Energy gain breakthrough raises hopes of eventual abundant zero-carbon source of fuel