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Control Resonant's take on New York feels like the Backrooms
Control Resonant's take on New York feels like the Backrooms We played the opening of the Control sequel and saw just how weird Remedy's twisted city is. Remedy Entertainment is taking a very bold approach for the sequel to 2019's Control. Focusing on a new protagonist stepping out into a weird, corrupted version of New York City, Control Resonant shifts to a more open-ended action-RPG that dives deep into punchy melee combat.
Control Resonant will bend your reality on September 24, 2026
Control Resonant will bend your reality on September 24, 2026 You can pre-order the Faden siblings' next adventure now. It's been about five months since our last look at Control Resonant, the much-anticipated sequel to 2019's Control from Remedy Entertainment, and now we know when it'll arrive: September 24, 2026. The date was announced as part of the PlayStation State of Play event today, but it'll also hit the Xbox Series X/S and PC.
Control Resonant is a sequel — and also a starting point
Chronologically, Control Resonant is a sequel to 2019's Control. But in most other ways, the games aren't directly connected. To developer Remedy, they're more like two sides of the same coin.
Wavelength-selective nonlinear wavefront control in resonant thin-film lithium niobate metasurfaces
arXiv:2601.21382v2 Announce Type: replace Abstract: Nonlinear metasurfaces offer compact control over frequency conversion and wavefront shaping. However, existing approaches, often based on geometric phase, lack wavelength selectivity, resulting in static nonlinear responses. Here, we demonstrate a thin-film lithium niobate metasurface that enables spectrally selective shaping of second-harmonic generation through resonance-engineered phase control.
Remedy’s Control sequel launches in September
Control Resonant, the upcoming sequel to Remedy Entertainment's Control, will be released on September 24th, 2026, according to a trailer that premiered during Tuesday's PlayStation State of Play show. The trailer also gave a preview of the game's story, which stars Dylan Faden, who was imprisoned for much of the first game. He will be the "sole playable character," Remedy's Mikael Kasurinen says in a blog post, but his sister Jesse, who was the protagonist of Control, also "shapes the path"...
Reconfigurable Single-Ring Photonic Molecule on Lithium Niobate
arXiv:2606.06637v1 Announce Type: new Abstract: Resonant photonic structures enable optical enhancement and spectral filtering and are essential for lasers, quantum emitters, transducers, or modulators. Photonic molecules, formed by mode hybridisation in two coupled resonators, break the equidistant frequency spacing of zero-dispersion resonators and provide control over their spectrum. Reconfigurability over these devices is a key asset, allowing to align photonic resonances to target...
Photoelectron spectroscopy with a resonant dichromatic field: Role of geometric phase
Announce Type: new Abstract: We investigate geometric-phase control in resonantly driven two-level atoms exposed to near-degenerate dichromatic laser pulses. In contrast to conventional two-color schemes based on widely separated frequencies, the closely spaced frequency components generate a slowly varying beating envelope that repeatedly reverses the pseudo-spin rotation on the Bloch sphere. This enables coherent control of the geometric phase accumulated during Rabi dynamics and strongly...
Photorefractive tuning seeded by third-harmonic light in a diamond photonic crystal cavity
Announce Type: replace Abstract: Single-crystal diamond nanocavities have tremendous potential for use in quantum and nonlinear optical technologies. The ability to precisely control their resonant frequencies is essential for many applications, and $\textit{in situ}$ tuning is particularly desirable. In this work, we demonstrate deterministic resonance tuning of a diamond nanocavity.
Controlled generation of ultrafast vector vortex beams from a mode-locked fiber laser
Announce Type: new Abstract: We report on a new class of mode-locked fiber laser that allows direct creation of ultrafast vector vortex beams at arbitrary positions on the higher-order Poincar\'{e} sphere. The on-demand generation of space-variant polarization patterns was realized by controlling geometric phases inside the laser resonator to map polarization to orbital angular momentum. Thanks to the ingenious cavity design, the required intracavity manipulation of the geometric phase...
Picometer-Scale Spatial Symmetry Breaking in Active Transmissive Metasurfaces
Announce Type: replace Abstract: Active transmissive metasurfaces are central building blocks for future compact, cascadable optical systems, enabling the stacking of multiple functional layers for advanced dynamic beam shaping, photonic neural networks, depth sensing, and holography. We present a transmissive electro-optic metasurface based on silicon-on-lithium-niobate, where an array of silicon waveguides with periodic perturbations, individually controlled at the 100 pm scale, supports...