Author: Young Investigators Review

The Young Investigators Review is Stony Brook University's undergraduate-oriented, all-inclusive science journal. Founded in 2008, our mission is to provide the student community with a way to learn more about the research currently being done on-campus by their faculty and fellow peers. We feature articles that span all fields, from Physics to Neuroscience, as well as original student research reports straight from the campus laboratories. Our journal offers aspiring talented future researchers and physicians a way to hone their science writing skills and spread word of their experiences to inspire incoming students to think about devoting their futures to the various fields of science.
Ecology, Natural World

Sea spray contributes to ice formation in clouds.

 Maria Sazonova ‘ 26 Figure 1: Ocean sea spray containing SSA particles at sunset Evaluating ice nucleation kinetics in cloud formation is essential for enhancing our understanding of aerosol-cloud interactions, as well as speculating on the larger effects of SSAs, sea spray aerosol particles, on climate change. SSA ambient particles are a constant natural source of atmospheric aerosol and a recognized source of ice-nucleating particles … Continue reading Sea spray contributes to ice formation in clouds.

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Cell Cycle, Physics

Careful, It’s Hot! How Particle Collisions Help us Understand Quark-Gluon Soup

Sidney Padmanaban ‘ 26 Figure 1 Quarks are building blocks of matter, and by studying them, we can understand larger concepts of physics. Large aspects of life cannot be studied without understanding the small building blocks that contribute to every part of the universe. Entire fields of physics and chemistry are dedicated towards the study of particles. Recently, two professors at Stony Brook University, Roy … Continue reading Careful, It’s Hot! How Particle Collisions Help us Understand Quark-Gluon Soup

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General Psychology, Psychology

A Mother’s Love: How Maternal Instinct Might be Triggered by Texture

Sidney Padmanaban ’26 Figure 1 Ducklings will often follow the first animal to imprint on them, even if it isn’t a duck. Imprinting, when a young animal comes to recognize another being as an object of habitual trust, is instinctual and a very important part of relationships. As soon as babies are born, they begin to become imprinted by the people in their lives. Previously, … Continue reading A Mother’s Love: How Maternal Instinct Might be Triggered by Texture

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Cellular and Molecular Science, Genetics

Investigating the Unexpected Results of Ape1 Inhibitors

Julia Chivu ’23 Figure 1  DNA strand unwinding causing the formation of the replication fork followed by DNA replication. Genomic DNA is constantly at risk of molecular decay. To address this issue, base excision DNA repair (BER) plays a critical role in fixing the minor DNA damage. In particular, Ape1 (or apurinic/apyrimidinic endonuclease) is a multifunctional protein that is a key component in BER. Ape1 … Continue reading Investigating the Unexpected Results of Ape1 Inhibitors

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Health, Neurology, Neuroscience, Psychology

Where Do We Feel Love?

Julia Chivu ‘ 23 Figure 1  A person looking off to the side while clutching a neon red heart in a dimly lit environment.  Love has compelled psychologists, philosophers, neuroscientists, and other scholars to try and understand its complexities and implications. Researchers from Aalto University sought to understand how 27 different types of love, including parental, romantic, sexual, and religious love, are perceived and experienced … Continue reading Where Do We Feel Love?

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Brain, General Neuroscience, Neurology, Neuroscience

PD-Modeling Midbrain Dopamine Loss Diminishes Thalamocortical Signaling

Vignesh Subramanian ’24 Figure 1: The substantia nigra (SN) nucleus in the midbrain. Parkinson’s disease (PD) is an age-related, neurodegenerative movement disorder that causes a progressive loss of motor control. The disease is characterized by a loss of dopaminergic (DA) neurons in the substantia nigra (SN), a midbrain nucleus that modulates movement and reward functions. The SN is one of five subcortical nuclei that make … Continue reading PD-Modeling Midbrain Dopamine Loss Diminishes Thalamocortical Signaling

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Neurology, Psychology

Maternal Empathetic Cortical Responses Synchronize with Neonatal Pain Perception

Vignesh Subramanian ‘ 24 Figure 1: The heel prick of an infant’s foot, which often induces momentary pain for the infant. The early psychophysical development of newborns relies heavily on having strong emotional bonds with caregivers. Compared to other animals, human infants are born highly dependent on their parents, undergoing a prolonged period of extensive neural organization and brain development that requires greater parental sensitivity … Continue reading Maternal Empathetic Cortical Responses Synchronize with Neonatal Pain Perception

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Biology, Ecology

Positive effects of Saccharina latissima kelp on coastal ocean acidification and growth of bivalves. 

Maria Sazonova ’26  Figure 1: Saccharina Latissima kelp underwater Coastal zones are focal points of ocean acidification due to the influx of atmospheric CO2 which has severe negative effects on the growth and survival of calcifying bivalves. Kelp species provide numerous ecosystem services such as carbon and nitrogen sequestration and the creation of a safe habitat for aquatic creatures. Saccharina latissima (sugar kelp) specifically can … Continue reading Positive effects of Saccharina latissima kelp on coastal ocean acidification and growth of bivalves. 

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Neuroscience

Prairie Vole Monogamy: key in understanding neural underpinnings of love

Jessica George ’24 Figure 1 Prairie voles are small rodents known for their unusual monogamous behavior Love and attachment hold a very important place in human lives but the neuroscience behind them is poorly understood. Recent groundbreaking research involving prairie voles helped to unravel the biological mechanisms behind love and bonding. Prairie voles are small rodents known for their unusual monogamous behavior, forming long-term pair … Continue reading Prairie Vole Monogamy: key in understanding neural underpinnings of love

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Health and Medicine, Neuroscience

Nicotine exposure discovered to block aromatase activity in healthy women

Jessica George ’24 Figure 1 Nicotine use disorder has a profound impact on hormones, yet sex differences are poorly understood. Maintaining a harmonious sex-hormone balance is essential for the optimal functioning of the body, as it regulates a wide range of physiological processes. Aromatase serves as the critical enzyme responsible for the conversion of androgens into estrogens, a process fundamental to functions associated with emotional … Continue reading Nicotine exposure discovered to block aromatase activity in healthy women

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Cellular and Molecular Science

Enhancing Cell Production Using Low Intensity Vibration (LIV)

Julia Chivu ’23 Figure 1   Scientist with blue gloves adding hot pink cell growth medium using a transfer pipette into a six-well plate, with culture flask and centrifuge tube also filled with hot pink cell growth medium in the background. Biomanufacturing is a field of study which produces various biotechnology-based products including vaccines, biofuels, and genetically modified crops by using living organisms and cells. The cells … Continue reading Enhancing Cell Production Using Low Intensity Vibration (LIV)

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Brain, Neurology

Understanding the Neurobiology of Love and Deception

Julia Chivu ’23 Figure 1  Couple holding hands walking towards a multi-colored sunset Recent scientific research has been increasingly focused on better understanding the complex relationship between deception and love. The study of deception within relationships and across genders is essential for interpreting the correlation between human behavior, neural mechanisms, and trust. A research team from Zhejiang Normal University investigated the neurological mechanisms of deception … Continue reading Understanding the Neurobiology of Love and Deception

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