Skip to content

LIVE

Titan OS raises $46 million to expand its smart TV OS internationally◆VIX stays elevated despite five-day market rally as global risks keep investors on edge◆Sugarcane farmers continue protest, mills may start crushing tomorrow◆20 transgender aspirants get four-month coaching for Telangana Police recruitment◆Russia and Ukraine Head to White House for Melania Trump-Led Talks◆Millions of bogong moths are blanketing cities in Australia, and they are still endangered◆Seagrass helps Biscayne Bay's mangroves keep up with rising seas◆SpaceX and Qualcomm Forge Alliance to Deploy Nationwide 5G Starlink Network◆Titan OS raises $46 million to expand its smart TV OS internationally◆VIX stays elevated despite five-day market rally as global risks keep investors on edge◆Sugarcane farmers continue protest, mills may start crushing tomorrow◆20 transgender aspirants get four-month coaching for Telangana Police recruitment◆Russia and Ukraine Head to White House for Melania Trump-Led Talks◆Millions of bogong moths are blanketing cities in Australia, and they are still endangered◆Seagrass helps Biscayne Bay's mangroves keep up with rising seas◆SpaceX and Qualcomm Forge Alliance to Deploy Nationwide 5G Starlink Network◆

Science

Scientists develop novel model to forecast internal solitary waves from multiple sources in the Sulu Sea

A research team led by Professor Li Xiaofeng from the Institute of Oceanology of the Chinese Academy of Sciences (IOCAS) has developed a model to forecast internal solitary waves originating from multiple sources in the Sulu Sea. The model combines physical equations and satellite observations to pr

Phys.org ScienceNovember 4, 20261 min read

Scientists develop novel model to forecast internal solitary waves from multiple sources in the Sulu Sea

A research team led by Professor Li Xiaofeng from the Institute of Oceanology of the Chinese Academy of Sciences (IOCAS) has developed a model to forecast internal solitary waves originating from multiple sources in the Sulu Sea. The model combines physical equations and satellite observations to predict wave arrival times and crest positions across this complex marine environment.

📡 Verified Wire Agency Verified Resource & Provenance

Original Resource

Phys.org Science

Read Wire Dispatch → Share on 𝕏

✉

The Next Brief

Get the day's most important stories in one email

AI-curated morning digest. No noise. Unsubscribe anytime.

Comments 0

No comments yet. Start the conversation.

Advertisement

Related stories

Millions of bogong moths are blanketing cities in Australia, and they are still endangered

Phys.org Science · November 4, 2026

Seagrass helps Biscayne Bay's mangroves keep up with rising seas

Phys.org Science · November 4, 2026

CT scans reveal four-letter code to 400-year-old lock from Welsh shipwreck

Phys.org Science · November 4, 2026

Smiling can make you happier, unless someone forces you to do it

Phys.org Science · November 4, 2026

Most read