#Science

A wave of new research warns that exercising too late in the day—especially if it’s high-intensity—could be robbing you of restorative sleep. As more Thais embrace fitness culture and nighttime gyms gain popularity in Bangkok and beyond, a landmark study of nearly 15,000 people has highlighted how the timing and intensity of your evening workout could be the culprit behind tossing, turning, and groggy mornings (Fortune, Nature Communications). For many, it’s a challenge to find gym time amid work, family, and Bangkok’s notorious traffic jams, pushing workouts close to bedtime. But these new findings have direct and important implications for health-conscious Thais.

In the lush culinary and medicinal traditions of Thailand, few herbal remedies gain the cross-generational respect and national affection of yanang (Tiliacora triandra). Known in the kitchens and folk pharmacies of the Northeast as bai yanang or simply yanang, this deep-green climbing vine isn’t just a flavor enhancer—it has been treasured for centuries for its cooling energy, fever reduction, and reputation as a cleansing tonic. Today, as modern science turns its gaze towards ancient wisdom, yanang emerges as a fascinating bridge between tradition and evidence-based medicine, with research validating some of the claims long known to Thai healers.

For centuries, the fragrant seeds of ‘raew’—better known to botanists as Amomum villosum (เร่วน้อย) and Amomum xanthioides (เร่วใหญ่)—have been legends in Thai kitchens and apothecaries alike. Celebrated for their unique aroma, these “Siamese cardamoms” are deeply entwined with both local tradition and the broader pulse of Southeast Asian culture. But what happens when this ancient remedy meets the scrutiny of modern science? As laboratories investigate its age-old promises, ‘raew’ stands at the fascinating crossroads between folk wisdom and contemporary pharmacology—offering a lesson in balancing reverence for tradition with healthy skepticism.

A groundbreaking study executed by researchers at Yale University has revealed new insights into the enigmatic early life memory formation in infants. By utilizing advanced imaging techniques, the researchers have demonstrated that even in their first years of life, infants encode memories - potentially changing our understanding of cognitive development. This landmark study, recently published in Science on March 20, aligns with the growing interest in how human brains develop and the mysterious phenomenon of why individuals generally cannot recall memories from their infancy, a condition known as “infantile amnesia.”