In a strange case of science imitating art, one hobbit has again become the center of a heated and ongoing conflict.

Since its 2003 discovery on the Indonesian island of Flores, the Homo floresiensis (nicknamed hobbit because it only grew to be about three feet tall) has caused scientists across the world to debate whether the find is a new species or simply a variation of the modern human. The difference could signal a major paradigm shift in the study of primitive humans.

How many times have you craved a latte from Manndible, but resisted because the painfully long walk from Goldwin Smith? Or how many times have you been tempted to watch the Cornell Red take on their competitors but decided not to because of the annoying trek to Lynah rink? Well, one of Cornell’s newest student organizations doesn’t think you should be missing out on delicious coffee or hockey games any longer. The Big Red Bikes bike share program aims not only to connect students throughout Cornell’s large campus, but also to promote a more sustainable mode of transportation and create a more environmentally friendly mentality.

Imagine a project that has “no predecessor,” because until now, the technology has not existed to study it. This is the case with the Large Hadron Collider (LHC). Prof. Jim Alexander, physics, is one of almost 2,000 physicists working to push scientific knowledge of the physical world and question the fundamental laws that govern it.

In the middle of her chemistry lab, Kaitlin Hardy ’12 suddenly fell to the floor. When she woke up, she was inside an ambulance. It was another seizure — a symptom of her epilepsy.

Epilepsy is a brain disorder characterized by repeated, spontaneous seizures.

The brain sends and receives messages using nerve cells called neurons, which communicate with each other by firing electrical impulses.

During the 1980s, Prof. Monroe Weber-Shirk, civil and environmental engineering, volunteered in Latin American refugee camps. At the time, he was convinced that he would devote the rest of his life to development work in Latin America, but his plans were thwarted by a diagnosis of Hodgkin’s disease and his return to the U.S. for treatment. While pursuing a Ph.D. at Cornell, he placed his aspirations of improving the quality of life in Latin America on the back burner. A few years ago, he received a serendipitous phone call that put into motion an engineering project that would make his decades-long dream come true.

While once considered unconventional, cyber attacks and biological warfare have become an increasing threat to security and a tactic of rising concern. Spanning the areas of computer science, technology and government, technological warfare elucidates the importance of functioning computer networks, screening technologies and the danger that such an attack could pose.

You might think that Joseph Schlessinger — chair of the department of pharmacology at Yale, pioneer in cancer research and one of the top 30 most-cited scientists of the 1990s — went through life with a plan.

“Nonsense!” Schlessinger said, denying several times in his talk on Thursday that his career was anything more than a “set of interesting accidents” guided by curiosity.

It’s difficult to glean any concrete predictions from the task force reports. I applaud the administration for this surprisingly high level of transparency during this process, but some of the ideas being tossed around in the summaries of the reports unsettled my stomach. In Cornell's effort to rapidly streamline our university, I fear we may lose some of the unique programs that make me so proud to be a Cornellian.

Number 38 on the list of 161 things to do during your undergraduate career at Cornell: Go on a wine tour. A prime tourist activity of the Finger Lakes, wine and winemaking is a process has been perfected over the years, culminating in a myriad of colors, textures and flavors that can appease any palette. Ramon Mira de Orduña, viticulture and enology, studies the microbiological aspect of winemaking and how it can improve the winemaking process in light of environmental change.

Cornell biology majors are required to fulfill many requirements outside of standard biology, from organic chemistry to physics. However, according to Prof. Randy Wayne, plant biology, that is not enough. Students of many majors do not understand the underlying processes that tie these subjects together, Wayne said.

That is why his book Plant Cell Biology — From Astronomy to Zoology aims to combine aspects of biology, chemistry and physics to the study without defining boundaries. His book is for, as he says, “People who want to understand who they are and their relationship to the world, and how to learn techniques to discover that without making divisions.”