Correction: Atypical Multi-ligamentous Knee Injury (aMLKI): Binary Injury with Avulsion of One Cruciate and Tear of the Other, or Bi-cruciates Avulsion with or Without Collateral Ligament Injury Following Road Traffic Accidents (RTA).

[This corrects the article DOI: 10.1007/s43465-024-01256-7.].

Atypical Multi-ligamentous Knee Injury (MLKI): Binary Injury with Avulsion of One Cruciate and Tear of the Other, or Bi-cruciates Avulsion with or Without Collateral Ligament Injury Following Road Traffic Accidents (RTA).

Background: Multi-ligamentous knee injuries (MLKI) fall within a narrow spectrum, accounting for around 11% of all knee injuries. Atypical MLKI involve binary injury: avulsion of one cruciate and tear of the other, or both cruciates avulsion with or without collateral ligament injury.

Purpose: The purpose of this study is to analyse the clinical and radiological outcomes of patients diagnosed with atypical MLKI, and to assess the differences in outcomes between patients with collateral injury and those without.

Microwave power induced resonance shifting of silicon ring modulators for continuously tunable, bandwidth scaled frequency combs.

We demonstrate a technique to continuously tune center frequency and repetition rate of optical frequency combs generated in silicon microring modulators and bandwidth scale them. We utilize a drive frequency dependent, microwave power induced shifting of the microring modulator resonance. In this work, we demonstrate center frequency tunability of frequency combs generated in silicon microring modulators over a wide range (∼8nm) with fixed number of lines.

Optical frequency comb based on nonlinear spectral broadening of a phase modulated comb source driven by dual offset locked carriers.

We demonstrate a versatile technique to generate a broadband optical frequency comb source in the C-band. This is accomplished by nonlinear spectral broadening of a phase modulated comb source driven by dual frequency offset locked carriers. The locking is achieved by setting up a heterodyne optical frequency locked loop to lock two phase modulated electro-optic 25 GHz frequency combs sourced from individual seed carriers offset by 100 GHz, to within 6.

Generation of tunable, high repetition rate optical frequency combs using on-chip silicon modulators.

We experimentally demonstrate tunable, highly-stable frequency combs with high repetition-rates using a single, charge injection based silicon PN modulator. In this work, we demonstrate combs in the C-band with over eight lines in a 20-dB bandwidth. We demonstrate continuous tuning of the center frequency in the C-band and tuning of the repetition-rate from 7.