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Wanjiru Waweru, Jadetimes Contributor

W. Waweru is a Jadetimes News Reporter Covering Entertainment News

FLO Revealed the Tracklist For Therapy at The Club
Image Source: Matt McNully/Getty Images

FLO revealed their tracklist for their upcoming sophomore album, Therapy At The Club. It contains 16 tracks, including their singles: Don't Break Her Heart, Title Track, Leak It, and Remedied. It features two guest appearances: Juicy J and Kwn. See the Tracklist below.


The Tracklist of Therapy At The Club


  1. Side Effects

  2. Small Doses

  3. Cry Ugly

  4. Leak It

  5. Touché

  6. I Can’t Be High Around You

  7. Sober

  8. Therapy At The Club

  9. Remedied

  10. Pose (Feat. Juicy J)

  11. Call Me 

  12. Sex In Peace (Feat. Kwn)

  13. Floating

  14. Miss U Missing Me

  15. Don’t Break Her Heart

  16. HaterBooth


Therapy At The Club is set to be released on August 7, via Republic Records



FLO Revealed the Tracklist For Therapy at The Club

About Wanjiru Waweru


Wanjiru Waweru is a Jadetimes Contributor. You can email Wanjiru at sellmypaperwork@gmail.com.

She is the Owner of “Sell My Paperwork." Visit the website and follow it on social media.


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Ravichandran Harini, Jadetimes Staff

Imagine waking up nearly 225 million kilometres from home. Outside your window, the sky glows a dusty butterscotch, the ground is the colour of rust, and the air outside would kill you in minutes. This is Mars, humanity's most tantalising off-world address. But could people actually survive there, not just visit?


Mars earns its reputation as the best candidate for human settlement mostly by process of elimination. A day lasts 24 hours and 37 minutes, close enough to Earth's rhythm to matter. Its axial tilt gives it seasons. Beneath the surface, and even at the poles, lies frozen water, a resource that could one day supply drinking water, oxygen, and rocket fuel. Yet the differences are staggering. Gravity is just over a third of Earth's. The atmosphere, thin and mostly carbon dioxide, cannot be breathed and offers almost no protection from radiation or heat. Average temperatures hover around minus 60 degrees Celsius.


That last point turns out to be the biggest obstacle. Without a global magnetic field or thick atmosphere, Mars offers little shielding from cosmic rays. NASA's Curiosity rover has measured surface radiation doses that would add up to roughly one sievert over a round trip mission of about 500 days on the surface, far above the career limit set for astronauts. Add to that the challenge of manufacturing breathable oxygen, growing food in low light and toxic soil, ferrying supplies across a journey of many months, and the psychological toll of isolation and confinement, and the scale of the task becomes clear.


Even so, momentum is building. NASA's Moon to Mars programme is testing habitats and life support systems. SpaceX is developing its reusable Starship vehicle specifically with Mars transport in mind. The European Space Agency is researching radiation shielding and in-situ resource utilisation, technology that would let settlers make oxygen, water, and fuel from local materials rather than hauling everything from Earth. International researchers are trialling closed-loop greenhouses and simulated Mars habitats right here on Earth.


None of this guarantees success. Living on Mars will demand decades more innovation, immense international cooperation, and extraordinarily careful planning. But the fact that serious scientists, engineers, and agencies are working the problem, piece by piece, suggests that humanity's oldest science-fiction dream is slowly becoming an engineering roadmap.

Ravichandran Harini, Jadetimes Staff

Understanding the Causes, Challenges, and What We Can Do to Stop It


The monsoon rain has barely stopped falling on a Negombo rooftop when a child splashes through a puddle nearby, unaware that the pool of water above his home may be nurturing the next generation of disease-carrying mosquitoes. Inside the district hospital, wards built for far fewer patients are now crowded with dengue cases. The question on health officials' minds: why is Sri Lanka facing its worst dengue outbreak in nearly a decade?


Dengue fever spreads through the bite of infected Aedes mosquitoes, which breed in even small amounts of standing water. Symptoms typically include high fever, severe headache, and joint pain, but without timely treatment, the illness can progress to severe dengue, a life-threatening complication involving internal bleeding and organ failure.


The scale of this year's outbreak is stark. More than 77,000 people have been infected and 56 have died so far in 2026, with more than a quarter of cases reported in July alone. Public health workers describe themselves as stretched to their limit, with both the volume and severity of cases running high.


Several forces are converging to fuel the surge. Health authorities point to a cyclone that struck the island last December, scattering debris that later became new mosquito breeding grounds. Heavy monsoon rains, rapid urban growth, and poor drainage have compounded the problem, while roughly three-quarters of cases this year have been linked to the more virulent DENV-2 strain, which spreads unusually fast.


In response, authorities have turned to an unexpected ally: the military. Air force drones now track stagnant rooftop water left behind by monsoon rains, while military and police personnel help inspect homes, construction sites, and schools to root out breeding grounds. The campaign has already cleared nearly 11,000 breeding sites this month, with more than 4,000 properties fined for harboring them.


Yet technology alone cannot solve the crisis. Government surveillance and enforcement matter, but so does what happens in individual households: emptying flowerpots, covering water tanks, and clearing gutters before the next rain falls. Early medical attention, especially when fever persists beyond a few days, remains critical to preventing severe illness.


Dengue is not simply a hospital problem. It is a shared responsibility that begins at home, in the small choices families make about the water sitting quietly on their rooftops and in their yards. Sri Lanka's fight against this invisible enemy will be won not only in laboratories and hospital wards, but in ordinary households across the island.

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