SCIENCE – University of the Philippines Diliman

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Scientists around the world have extensively studied the expansion of laser-produced plasma (LPP) and the shock waves it generates in a background gas. However, little attention has been given to how the reflected shock wave—one that bounces back from a surface—affects the expanding plasma, despite its potential impact on LPP behavior.

Farmers usually use chemical fertilizers to grow their crops, but these can be expensive and may harm the environment. A more efficient and cheaper alternative is the use of specific microorganisms called plant growth-promoting bacteria (PGPB). PGPB help plants absorb more nutrients and produce growth hormones that boost crop production. Using PGPB as biofertilizers can provide the same benefits as chemical fertilizers—without the harmful effects.

Ang mundo ng social media ay nagiging isang mahalagang mapagkukunan ng data para sa biodiversity at conservation, lalo na para sa mga mailap o di gaanong kilalang species tulad ng Philippine tarsier, na isang primate din tulad ng mga unggoy at tao. Sa kabila ng katanyagan nito, limitado pa rin ang impormasyon tungkol sa kung saan ito nakatira at kung paano ito kumikilos sa wild.

1 Undergraduate Student Slot Benefits: - Stipend of 60,000 php per semester - Miscellaneous expenses (book allowance) of 20,000 php per semester

Scientists around the world have extensively studied the expansion of laser-produced plasma (LPP) and the shock waves it generates in a background gas. However, little attention has been given to how the reflected shock wave—one that bounces back from a surface—affects the expanding plasma, despite its potential impact on LPP behavior.

Farmers usually use chemical fertilizers to grow their crops, but these can be expensive and may harm the environment. A more efficient and cheaper alternative is the use of specific microorganisms called plant growth-promoting bacteria (PGPB). PGPB help plants absorb more nutrients and produce growth hormones that boost crop production. Using PGPB as biofertilizers can provide the same benefits as chemical fertilizers—without the harmful effects.

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