Forensic Science

Have you ever wondered how investigators figure out who the criminal is in the investigations? Is it luck or is it science? Forensic Science is the use of scientific principals to analyze information connected to a crime and who committed it. One type of forensics is autopsies. In the Rage and Bone Shop by Robert Cormier, investigators did some analysis of the crime scene, but should have used other forms of forensic science to solve the crime. The use of forensics in the novel hindered the investigation.

When people usually hear the word forensics they usually automatically visualize crime scenes filled with things that can vary from blood, bullets, fingerprints ect. Unfortunately, it is not as cut and dry as you think, you're only seeing a small piece of the picture. The subject of forensics itself is very broad and actually involves a variety of different sciences all mixed together including, biology, chemistry, genetics, toxicology, phonetics, medicine, engineering, anthropology and many more. It is one of the fields of law enforcement, were technology and crime-solving all come together as one. Gathering the information needed to figure out what happened and the methods used to connect pieces of evidence to the crime scene were also not

Forensic science is defined as the practice of utilizing scientific methodologies to clarify judicial inquiries. The field of forensic science contains a broad range of disciplines and has become a vital aspect of criminal investigations. Some forensic disciplines are laboratory-based; while others are based on an analyst’s interpretation of observable patterns (Kourtsounis, 2009). According to the Innocence project’s website; in greater than fifty percent of wrongful convictions, the use of invalidated or improper forensic techniques played a role in cases; which were later

Forensic science is a field of criminology that utilizes scientific methods to gather and examine evidence in order to prove or disprove a crime. Forensic science involves gathering fingerprints, palm prints, footprints, tooth bite prints, blood, and hair and fiber samples and bunch of other things in order to investigate a crime scene. Ballistics techniques are employed to make out weapons in addition to voice identification methods used to recognize criminals (Nickell &Fischer, 1999).

That is a good question, one worth answering. Forensics is a scientific tool that has come to its own starting about the 80’s. Fingerprinting was one of the first techniques used to help in identifying the criminals that committed the heinous acts. Fingerprinting uses a brush and powder to enhance the ridge details on the fingertips adhering to the oils left behind. Another awesome way they have been able to pull prints off soft surfaces like bed sheets is by using superglue and heat. Fascinating isn’t it? Since then Forensics has become even more evolved. Fingerprints now go into a database known as AFIS or Automated Fingerprint Identification System, which has the prints of everyone

The world of forensic science is full of ever developing technology. Analyzing forensic evidence involves using fingerprints, hair samples, blood, footprints, bite marks, and other sources of material to help identify someone. Each small piece of evidence found at a crime scene can be crucial — leaving the slightest trace of saliva or skin cells can be what convicts a person. Few people know the importance of forensic science more than Steven Avery.

A Realistic Perspective on Forensic Science Forensic science is typically viewed as a drama filled, intense storyline. These misleading story lines include insufficient data, false heroism, unrealistic timing, and “perfect” conflicts. It’s common for others to assume that forensics mostly consists of criminology and toxicology. In a more realistic view, forensic science has many branches for determining different subjects, requires lots of training to produce precise conclusions, and have the ability to prove relevance, with details. Criminology or toxicology does not make up forensic science.

Forensic Science What is Forensic Science? Forensic means to relate to court and law. Forensics combined with science is to investigate crime scenes using scientific methods to analyse data and potential evidence. It requires analysis of all physical evidence present.

Forensic science is the application of science to criminal and civil laws. Forensic scientists collect, preserve, and analyses scientific evidence during the course of an investigation. It is used in multiple scenarios regarding criminal cases, but in the following investigation it will be used to determine the time of death of people. There are three major methods of determining the time of death of the deceased: Forensic Entomology, Algor Mortis, and Rigor Mortis.

Forensics is the study of crime and evidence from a crime scene. A forensic scientist collects, identifies, and analyzes physical evidence from a criminal investigation (according to portal education.com). They also have to perform tests on Weapons and substances such as, fibbers, tissues, and hair to determine the significance to a crime (according to the

Forensic science is a broad term that refers to the use of science or technology in a court room environment. Forensic science plays an important role in modern popular culture; the police procedural is highly dependent upon cutting-edge forensic science. Moreover, many people are aware of the impact of DNA testing on the modern criminal justice landscape. However, forensic science actually predates many modern scientific advances; almost as long as there have been controversies, there has been some type of forensic science.

Forensic science has been a revelation in law enforcement. After the first American forensic lab was established in 1929 by the Los Angeles police department, using forensic sciences has been pretty much used in every major crime investigation (What is Forensic Science, p.1). What exactly is forensic science? According to an article put out by the University of Western Australia, "Forensics is the term given to an investigation of a crime using scientific means. It is also used as the name of the application of scientific knowledge to legal matters" (What is Forensic Science, p.1). Forensics is fairly open ended;

Forensic science borrows from a number of sciences which include: physics, Biology and chemistry. It therefore involves examination of a wide spectrum as compared to any other method of investigation. Due to the wide spectrum of investigation and evidence analysis the method offers; it ensures that the results are accurate and can be used in the court of law to make a decision. The method establishes the existence of a crime, the connection between the crimes and the

The scientific examination of evidence in criminal cases found in a crime scene is called forensic science. Forensic scientists use the same technology, tools and methods used by other scientists doing other types of research, including microscopes, computers, and lasers. As forensic science has advanced over the years, so has the ability to gather evidence and solve crimes. At crime scenes, lasers provide lighting to track blood sample that not visible to the naked eye. Forensic imaging technology is technology that lets the first responding local police department or crime scene investigators immediately send a photo or fingerprint image to a central database for identification. Computers can enhance pictures taken by a camera and use features like the facial recognition software to clearly identify blurred images. Lasers can also vaporize small portions of paint specimens to determine the exact paint used on a car in a hit-and- run case. Although this science has been used for years, wrongful convictions have brought to the attention that forensic science has been faulty for decades. The chilling truth is that forensic science has contributed to convicting innocent people over the decades and will continue to do so if the normality continues.

Forensic science is regarded as an essential component in the resolution of crimes and law enforcement. Collecting and deciphering evidence properly and preserving crime scenes are two of the most important elements in crime-solving. Consequently, technological advances are relevant to the limited and challenging forensic science field. Also, it is a field wherein technical aptitude is attained only by the amalgamation of various dynamics. For example, supervision, continuing education, proficiency, training, experience, coupled with appreciativeness of scientific