Criminalistics, Forensics, And Law - Uniting Science And Justice
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Category: Criminal Law
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CRIMINALISTICS, FORENSICS, AND LAW: UNITING
SCIENCE AND JUSTICE Ojaswi Vindhyachalam, Faculty of Law, Banaras Hindu University Introduction The Emergence and Need of Criminalistics Over the past few decades, the amalgamation of technology into criminal investigations has marked a significant advancement in the field of criminal justice. Law enforcement agencies now rely on scientific methods and tools to uncover and analyse evidence related to crimes, reconstruction of crime scenes, identification of potential suspects, and to establish crucial connections. The legal system places great importance on this physical evidence, which is often considered highly reliable, to accurately determine a defendant's innocence or guilt. In many ways, the efficiency and effectiveness of the criminal justice system becomes closely linked to the degree to which technological tools are employed in the process of crime investigation.
Criminalistics is a field primarily associated with forensic science, so it is defined and understood in a similar way by scientists and lawyers from both scientific and legal viewpoints. Criminalistics, from a scientific perspective, is the application of various scientific principles and techniques to investigate, analyze, and interpret physical evidence related to criminal cases. It involves the systematic collection, preservation, and examination of evidence found at crime scenes or in connection with any such activities. The goal of criminalistics is to provide objective, accurate, and reliable scientific evidence that can be used in criminal investigations and legal proceedings to establish facts and identify perpetrators. Whereas in the legal context, criminalistics refers to the use of scientific methods and expertise to present evidence in a court of law.
It encompasses the collection, analysis, and presentation of physical evidence that is admissible in court to establish facts relevant to a criminal case. Lawyers often rely on the work of criminalists to help build their cases or defend their clients. This includes the testimony of expert witnesses who are trained in criminalistics and can explain the significance of the evidence to judges and juries. While the scientific and legal perspectives on criminalistics may differ in their emphasis and objectives, they both acknowledge the crucial role of forensic science in investigating and prosecuting criminal cases. Criminalistics has the potential of acting as the bridge between scientific analysis and the legal knowledge, helping to ensure that justice is served based on objective and reliable evidence.
In reality, the complete subsistence of an organized society depends upon good and effective criminal justice system. 1 Methods of Application of Criminalistics: Criminalistics encompasses a wide range of data and techniques used in the investigation of crimes. Here are some key aspects and data related to criminalistics: • Forensic Laboratories: There are thousands of forensic laboratories around the world. These facilities employ scientists and analysts specializing in various forensic disciplines, including DNA analysis, fingerprint analysis, ballistics, toxicology, and more. • DNA Analysis: DNA profiling has revolutionized criminal investigations. The Combined DNA Index System (CODIS) in the United States contains DNA profiles from millions of individuals, aiding in the identification and capture of suspects. • Fingerprint Analysis: Fingerprints remain a crucial piece of evidence.
Automated fingerprint identification systems (AFIS) help match fingerprints quickly, contributing to solving cases. • Forensic Anthropology: It is a study of human remains to determine identity of the person, cause of death, and other critical information. This field is vital in cases of mass disasters and unsolved mysteries. • Ballistics and Firearms: Firearms analysis involves the examination of bullets, casings, and firearms to link weapons to crimes. Databases of ballistic markings aid in investigations. 1 Committee on Reforms of Criminal Justice System, Government of India, Ministry of Home Affairs, Volume I, 2003.
Toxicology: Toxicologists analyse bodily fluids and tissues to detect drugs, poisons, or toxins. This information is critical in cases involving overdose, poisoning, or impaired driving. • Digital Forensics: The digital realm plays a significant role in modern crime. Digital forensics experts recover and analyse data from electronic devices, such as computers, smartphones, hard disks, vehicles, to find out traces of evidence of cybercrimes, fraud, or other criminal activities. • Forensic Entomology: The study of insects found on a body can help determine the time of death and provide clues about the circumstances surrounding a crime. • Crime Scene Analysis: This involves documenting and collecting physical evidence at crime scenes, which can include anything from blood spatter patterns to trace evidence like fibres or hair.
• Forensic Databases: Various databases store information related to criminalistics. These databases may include DNA profiles, fingerprints, and even digital evidence. • Cold Cases: Criminalistics techniques are often used to re-examine unsolved cases, leading to breakthroughs years or decades after a crime occurred. • Quality Control: Maintaining the integrity and quality of forensic evidence is of utmost importance to prevent contamination and ensure accurate results. Notable criminal cases solved through forensic techniques: Criminalistics, as a branch of forensic science, has played a pivotal role in numerous famous criminal cases over the years. Here are some notable cases that prominently featured the use of criminalistics techniques and evidence: v O. J. Simpson Trial (1994): The trial of former NFL player O. J.
Simpson is perhaps one of the most famous criminal cases in history of criminal justice system. In the O. J. Simpson murder case, there were no eyewitnesses to the killings of Nicole Brown Simpson and Ron Goldman, hence the prosecution relied heavily on DNA evidence as the crucial physical evidence connecting O. J. Simpson to the crime. DNA evidence,
particularly blood samples and DNA matching, was central to the prosecution's case. The case highlighted the importance of DNA analysis in criminal investigations. v The Casey Anthony Trial (2011): Casey Anthony was charged with the murder of her daughter, Caylee. Forensic evidence, including the presence of chloroform and decomposition products in her car's trunk, was crucial in the prosecution's case. The case showcased the role of forensic science in establishing timelines and causes of death. v The Ted Bundy Case (1970s): Ted Bundy, a notorious serial killer, was convicted with the help of forensic evidence, including dental records, hair analysis, and bite mark analysis. His capture and conviction demonstrated the value of forensic techniques in tracking and identifying serial offenders.
v The Lindbergh Kidnapping Case (1935): The Lindbergh baby kidnapping and murder case marked a significant moment in forensic history. The analysis of wood evidence, handwriting analysis, and the use of ransom notes played a role in solving the case. v The Atlanta Child Murders (1981-1984): The investigation into a series of child murders in Atlanta involved extensive fibre analysis. Between 1979 and 1981, over a span of two years, a serial killer claimed the lives of 29 individuals, with the majority of the victims being children. Officers conducted surveillance near a local river where other victims had been disposed of, and they apprehended Wayne Williams as he was leaving the vicinity after a suspicious splash sound being heard, coinciding with the discovery of a body a couple of days later.
Although the police did not directly witness him dumping the body, their case primarily relied on forensic evidence obtained from fibres discovered on the victims. A total of nearly 30 different types of fibres were traced back to items from Williams' residence, his vehicles, and infact from his dog. The use of fibre evidence helped link the suspect, Wayne Williams, to the crimes. v The West Memphis Three Case (1993): The case of three teenagers accused of a triple murder in West Memphis, Arkansas, relied on forensic evidence. The analysis of crime scene evidence, including bite mark analysis and fibre evidence, played a critical role. The case raised questions about the reliability of certain forensic techniques.
v The Jon Benét Ramsey Case (1996): The unsolved murder of Jon Benét Ramsey involved complex forensic evidence, including DNA analysis, handwriting analysis, and the examination of the ransom note. The case remains a subject of debate and speculation. v The Howard Hughes Hoax (1970): In 1970, Clifford Irving and Richard Suskind devised a plan to create a counterfeit autobiography of the famously eccentric billionaire, Howard Hughes. Believing that Hughes would remain hidden and never refute the book, they considered their scheme foolproof. Irving approached the publisher McGraw-Hill, falsely claiming that Hughes had approached him to author his life story and insisted on communicating solely with him. To substantiate his claim, Irving presented fabricated letters that he alleged were from Hughes. McGraw-Hill, convinced by the deception, agreed to pay for the rights to publish the book.
However, when news of the book became public, Hughes reached out to reporters to denounce it as fraudulent. As Hughes refused to make public appearances, he communicated with reporters exclusively via telephone. To verify the speaker's identity as Howard Hughes, a "spectrographic voiceprint analysis" was conducted, assessing aspects such as tone, pitch, and volume. Despite a previous instance where a handwriting expert had been deceived by Irving's forged notes, the voice analyst accurately identified the speaker as Hughes. This exposure led to Irving's confession before the book could be published. These cases underscore the importance of criminalistics and forensic science in solving complex criminal mysteries. They have also highlighted the need for rigorous scientific standards and the ongoing advancement of forensic techniques to ensure justice is served accurately and fairly.
Position of Criminalistics in India: In the early times of India, the concept of forensic science was not unfamiliar, as medical knowledge had been regularly applied to meet legal requirements. Sir William Herschel was among the early proponents of using fingerprinting for identifying criminal suspects. The utilization of fingerprint evidence was initially acknowledged around 1890s in an Argentine court and later in an English court in 1902. Furthermore, forensic evidence is a field that operates within the parameters of the Indian legal system. Its primary purpose is to guide those involved in criminal investigations and to provide the criminal justice system with accurate information upon which could be confidently relied upon for decisions in criminal and civil disputes and proves valuable in resolving both criminal and civil cases.
Stand of Forensics in Current Indian Laws In India, the utilization of forensic science in both crime investigation and legal proceedings must adhere to the constraints of the legal framework. The primary inquiries in this context encompass the extent to which these techniques are lawful and endorsed by a recognized authority, the effectiveness of these forensic techniques in aiding crime investigations, the means by which we can derive evidential significance from the expertise of forensic professionals. The Universal Declaration of Human Rights, as articulated in Article 11, "Right to the presumption of innocence," stipulates that "Everyone charged with a penal offense has the right to be presumed innocent until proven guilty according to law in a public trial where they have been provided with all the necessary safeguards for their defense.
"2 In accordance with Article 20(3) of the Indian Constitution, an individual accused of any offense cannot be compelled to testify against themselves. This provision is rooted in the legal presumption that an accused person is considered innocent until proven guilty. It serves to protect the accused by preventing them from potential suffering or coercion during investigations while in detention. Under the criminal laws, an accused individual is presumed innocent until their guilt is established beyond a reasonable doubt. Article 20 (3) of the Indian Constitution ensures a fundamental right to protect individuals from self-incrimination and prevents any coercion of witnesses to provide testimony against themselves. This fundamental right, outlined in Article 20 (3), acts as a shield against compelling individuals accused of an offense to testify against their own interests.
This safeguard applies not only during a court trial but also during earlier stages of legal proceedings. This right is established to guarantee that an individual is not obligated to respond to inquiries or provide any documents or items if doing so could potentially lead to their
2 Universal Declaration of Human Rights, United Nations High Commissioner For Human
Rights,http://www. icnl. org/research/library/files/Transnational/UNIVERSAL_DECLARATION_OF_HUMAN_ RIGHTS. pdf prosecution for a criminal offense. 3 Section 73 of the Indian Evidence Act empowers the court to instruct any individual, including a person facing accusations, to permit the collection of their finger impressions. The Supreme Court has affirmed that being compelled to provide fingerprints does not violate the constitutional protections outlined in Article 20(3). In the case of The State of Bombay vs. Kathi Kalu & Others4, it was determined that offering thumb impressions, sample signatures, or providing bodily substances like blood, hair, or semen by the accused does not qualify as "being a witness" within the context of the aforementioned Article. Consequently, the accused does not possess the right to object to DNA analysis for investigative and trial purposes.
In a noteworthy ruling in the case of Ramchandra Reddy and Ors. vs. State of Maharashtra5, the Bombay High Court affirmed the legality of employing P300 or Brain finger-printing, liedetector tests, and truth serum (narco analysis). The court upheld a special court's authorization for a Special Investigation Team (SIT) to carry out these scientific tests on the individuals involved in the counterfeit stamp paper scam, including the primary accused, Abdul Karim Telgi. Furthermore, the verdict stated that evidence obtained under the influence of truth serum is admissible. In a notable judgment of the year 2006, Dinesh Dalmia vs. State6, the High Court of Madras determined that subjecting an accused person to narco-analysis does not equate to compelled testimony. However, in a subsequent case, Selvi & Ors vs.
State of Karnataka & Anr7, the Supreme Court raised concerns about the legitimacy of involuntarily administering certain scientific techniques to enhance investigative efforts in criminal cases. In this mentioned case, the Supreme Court declared that brain mapping and polygraph tests yielded inconclusive results, and therefore, their mandatory use in a criminal investigation would be unconstitutional. According to the Indian Evidence Act, 1872, a forensic report is considered a "belief" presented by an expert. An expert can be defined as an individual who has gained experience in a 3 McDougall, Justice Robert, The Privilege against Self-incrimination: a time for reassessment , Paper presented at New South Wales Bar Association, 18 October 2008, http://www. supremecourt. lawlink. nsw. gov. au/agdbasev7wr/supremecourt/documents/pdf/mcdougall181008. pdf
4 AIR 1961 SC 1808, 1962 SCR (3) 10.
5 2004 All MR (Cri) 1704.
6 2006 Cri. L. J. 2401.
7 AIR 2010 SC 1974.
particular field through practice and observation. This person has dedicated time and knowledge to a specific area of expertise and has acquired exceptional skill in that field, making them qualified to provide expert opinions. The primary role of an expert is to present to the court all the tools, explanations, and evidence that lead them to reach a specific conclusion8. This allows the court, which may not possess expertise in the subject, to form its own judgment based on its examination of the presented evidence. The credibility of an expert witness relies heavily on the rationale behind their conclusions and the tools, techniques, and materials that serve as the foundation for those conclusions9. It's important to note that the court has the discretion to disagree with the expert's conclusions and may rely on other pieces of evidence when making its judgment.
The principle of relevance is the guiding factor in determining the admissibility of evidence in India. Section 45-51 of the Indian Evidence Act, 1872 addresses the use of expert testimony. In Indian courts, the rules for admissibility stipulate that evidence can only be presented for specific and pertinent facts in question. It's important to note that a fact may be true but not admissible, especially in cases involving historical testimony, where secondary evidence of a record is permitted only under certain conditions. Even if a document is relevant, it may not be admissible if it does not conform to the legal provisions. Similarly, a text or expert opinion can be admissible, regardless of whether it's original or not, but if it lacks relevance, courts will not recognize it.
Consequently, the key criteria for accepting forensic evidence in India hinge on its relevance and admissibility. The National Draft Policy on Criminal Justice Reforms has proposed that the Indian Evidence Act should undergo certain changes to allow scientific evidence to be accepted as 'substantive evidence' rather than 'opinion evidence. ' These amendments aim to assess the evidentiary worth of scientific evidence based on the level of expertise within the relevant scientific field. 10 In 2005, amendments were made to the Code of Criminal Procedure, 1973, with the aim of facilitating the collection of various medical information from individuals who have been arrested. Section 53 of the Criminal Procedure Code of 1976 states that in cases where there are reasonable grounds to believe that a medical examination could provide evidence related
8 S. C. Parakh, ‘Expert Witness’ 421 IJA Vol.55 (2011).
9 Prof. (Dr.) B. P. Tiwari, Evidentiary Value of Expert Opinion, 23 IIRRJ Vol. IV (2012).
10 Report of the Committee on Draft National Policy on Criminal Justice, Ministry of Home Affairs, Government of India, July, 2007. to the crime, an arrested individual may undergo such an examination. The scope of this examination was broadened in 2005 to encompass the analysis of blood, bloodstains, semen, swabs (in cases of sexual offenses), sputum, sweat, hair samples, and fingernail clippings, utilizing modern scientific techniques, including DNA profiling, and any other tests deemed necessary by a registered medical practitioner in a specific case. However, the provision introduced through a 2005 Amendment has limitations as it applies exclusively to cases related to rape. This section does not grant the complainant the authority to gather blood, semen, etc. , as evidence to press criminal charges against the accused, and it does not pertain to complaint cases either.
Similarly, Section 164A of the Code of Criminal Procedure, 1973, allows for the medical examination of a woman within twenty-four hours who alleges rape, and this examination includes the woman's DNA profiling. Both sections permit a medical practitioner, defined as one under Section 2(h) of the Indian Medical Council Act, 1956, to collect a DNA sample. However, the crucial question arises as to whether every medical practitioner possesses the competence to properly collect and preserve DNA evidence. It is widely recognized that DNA evidence relies entirely on the correct collection and preservation of the sample. Any minor error or negligence can lead to contamination of the sample, rendering it entirely useless. Indian Legal decisions aided by Forensic Evidence: India has had its share of criminal cases where forensic evidence played a significant role in delivering justice.
Here are a few notable Indian cases that involved forensic evidence: v The Tandoor Murder Case11 (1995): This marked the first instance in India where forensic science played a pivotal role in resolving a criminal case. In this particular incident, Sushil Sharma fatally shot his wife, Naina Sahni, at their residence, suspecting her of having an affair with Matloob Karim, a fellow classmate and colleague in the political sphere. After the murder, Sharma transported his wife's body to the Bagia restaurant, where he and the restaurant manager Keshav Kumar attempted to cremate her using a tandoor. Police seized Sharma's revolver and bloodstained clothing, sending them to the Lodhi Road forensic laboratory for examination. Additionally, they collected a blood sample from Sahni's parents, Harbhajan Singh and Jaswant Kaur,
11 State vs. Sushil Sharma (2007) CriLJ 4008
which was sent to Hyderabad for DNA testing. According to the laboratory report, "Blood samples preserved during the post-mortem examination and blood stains on two swabs taken from the head and neck of the deceased Naina's body match the 'B' blood group. " The DNA report unequivocally confirmed that the charred body was indeed that of Naina Sahni, who was biologically related to Mr. Harbhajan Singh and Jaswant Kaur. Ultimately, the utilization of forensic evidence led to the conviction of Mr. Sushil Sharma. v Aarushi-Hemraj Double Murder Case (2008): The Aarushi Talwar-Hemraj Banjade murder case captured nationwide attention. Forensic experts played a crucial role in examining the crime scene, bloodstains, and DNA evidence. The case remains controversial and led to convictions, acquittals, and appeals.
v Nithari Serial Killings (2006): The Nithari serial killings in Noida shocked the nation. Forensic analysis of skeletal remains found in a drain near the house of the main accused, Moninder Singh Pandher, helped establish the identities of the victims and the heinous nature of the crimes. v Jessica Lal Murder Case (1999): Forensic ballistics evidence was pivotal in the conviction of Manu Sharma for the murder of Jessica Lal. The forensic report confirmed that the bullet found at the crime scene matched the gun owned by the accused, leading to his conviction. v Meerut Serial Blasts Case (2006): Forensic analysis of explosives, bomb fragments, and other evidence played a crucial role in the investigation and subsequent conviction of individuals involved in a series of bomb blasts in Meerut.
v Bilkis Bano Case (2002): Forensic evidence, including DNA analysis, was used to confirm the identities of the victims and perpetrators in the 2002 Gujarat riots case involving Bilkis Bano. This evidence contributed to convictions in a case of rape and multiple murders. v Sheena Bora Murder Case (2015): Forensic experts examined DNA evidence, skeletal remains, and other forensic clues to unravel the mystery behind Sheena Bora's murder. The forensic findings were instrumental in the trial of key suspects. v Sarita Murder Case (2010): Forensic experts played a vital role in solving the Sarita murder case in Delhi. Analysis of DNA evidence from the crime scene helped identify the perpetrator, leading to a conviction. These cases underscore the growing importance of forensic science in the Indian criminal justice system.
Forensic evidence is instrumental in solving complex cases, ensuring the guilty are held accountable, and the innocent are protected. Loopholes in the incorporation of Forensic Methods into the Criminal Justice System The primary role of forensic investigation is to transform uncertainty into a credible determination of guilt or innocence. Until recently, the courts relied extensively on nonscientific evidence due to the lack of accessible advanced technologies. In India, the field of forensic science has not been effectively integrated. Consequently, frequently, neither the arbitrator, the legal counsel, nor even the law enforcement officer fully grasps the advancements or the extensive, promising capabilities of this science, including the amalgamation of innovative technologies, methods, techniques, and research.
The multifaceted and multi-professional nature of forensic science requires an inter-professional approach, which is often lacking. Forensic analysis demands accredited and adequately equipped laboratories. Currently, there are 7 Central Forensic Science Laboratories (CFSL) and 28 State Forensic Science Laboratories (SFSL) in operation. 12 The Committee on Reforms of the Criminal Justice System highlights that the current level of utilization of forensic science in crime scene investigations in our country is relatively low, with only about 5-6% of reported crime cases being forwarded to the FSLs and Finger Print Bureau collectively. It is imperative to enhance the existing circumstances, particularly given the ongoing decline in the conviction rate in the country over the years. Forensic evidence, being decisive in nature, has the potential to reverse this trend to some extent.
13 12 Ministry of Home Affairs, Government of India, Lok Sabha, Unstarred Question No. 3136 to be Answered on 22nd March, 2022 13 Committee on Reforms of Criminal Justice System, Government of India, Ministry of Home Affairs, Report, Volume 1, March 2003.
According to statistics, during the period from 2006 to 2018, a total of 7135 cases were submitted to the Delhi State Forensic Laboratory, and all of them remain unresolved14. In 2017, there were 9000 pending DNA analysis cases in Delhi, while Mumbai had 1700 pending DNA cases in the same year. On occasions, scientific evidence may encounter technical shortcomings, including instances such as lack of meticulous testing15, absence of supporting data provided by the Expert in their report 16, the omission of blood group information in the Serologist's report 17, and delayed examination of exhibits in the laboratory18, among other issues. Another area of concern pertains to the performance of investigating officers (IOs). They serve as the initial responders to crime scenes and are responsible for handling them with the utmost precision and scientific expertise.
Unfortunately, these IOs are inadequately equipped in terms of both scientific tools and the necessary training for collecting and preserving evidence from crime scenes. Given their role as the first responders, it is crucial for IOs to be informed about which evidence is essential to collect at a crime scene. Currently, there are no established guidelines available to assist IOs in identifying the crucial evidence needed for securing successful convictions. Consequently, crime scene management is primarily conducted on an ad hoc basis, heavily reliant on the individual IO's forensic awareness. This approach often leads to swift arrests but does not necessarily result in successful convictions in court. Therefore, it is imperative for IOs to recognize the significance of proper crime scene management.
Furthermore, it is the responsibility of policymakers and academia to promptly establish comprehensive guidelines for crime scene management. 19 Forensic labs suffer from insufficient staffing and infrastructure, often lacking essential equipment. Moreover, they frequently face funding shortages. Remarkably, there is also a lack of coordination between forensic experts and the police force. The Committee's Report on the Draft National Policy on Criminal Justice emphasizes that the policy framework should 14 Hindustan Times, Karn Pratap Singh, “Long Wait at Delhi's Forensic Labs Leading to Rising Backlogs of Police Cases” (17-7-2018) https://www. hindustantimes. com/delhi-news/long-wait-at-delhi-s-forensic-labs-leading-torising-backlog-of-police-cases/story-b9qUWrWz7n9SRQbjaGVsEL. html
15 Himanashu Pahari vs. State, (1986) Cri. L.J. 622.
16 Mahmood vs. State of U.P., AIR 1976 SC 69.
17 Kasha Behara vs. State of Orissa, AIR 1987 SC 1507.
18 Mahavir Singh vs. State, Cri. Appeal No. 498/2007, decided on 22.5.09.
19 Shubham Pandey and Uday Shankar; Integrating Forensic Techniques in Criminal Justice System
prioritize providing guidance, accreditation, standards, professionalism, and research and development for forensic science. 20 Criminalistics: The Need of the Hour In the context of India, there has been a growing emphasis on the utilization of such technologies in the investigation and adjudication of criminal cases. Commissions dedicated to reforming the criminal justice system have consistently stressed that integrating technology into crime detection can enhance the system's efficiency. Over time, relevant laws have been amended to accommodate the use of forensic technologies in criminal investigations and trials. However, it is worth noting that there are flaws in these laws that require attention.
Courts also display a reluctance to fully embrace scientific evidence, either due to their restrictive approach or certain inherent deficiencies in the evidence presented in court, which make them hesitant to rely on it completely. The primary goal of the criminal justice system is to ensure fair and just outcomes. Undoubtedly, forensic evidence holds more credibility than eyewitness testimony. Forensic science, being a form of scientific evidence, is a valuable asset to the criminal justice system. However, there is a need to address the existing flaws to make progress. To move forward, we must draw lessons from the past, challenge our conventional thinking, foster collaboration within the community, and instigate a cultural shift.
This entails collectively addressing the scientific shortcomings in existing forensic evidence while establishing a solid foundation for the integration of new innovative technologies into the forensic science domain. Simultaneously, it's crucial to guarantee that law enforcement and investigative bodies re-embrace and fully leverage the capabilities of forensic science as a comprehensive problem-solving instrument. This can be achieved, for instance, by implementing the case assessment and interpretation methodology. 21 Lately, the Ministry of Home Affairs, Government of India, has been actively promoting the compulsory application of forensic methods in all cases carrying a sentence of more than 6 years. 22
20 Supra x.
21 A model for case assessment and interpretation. Cook R, Evett IW, Jackson G, Jones PJ, Lambert JA Sci Justice.
1998 Jul-Sep; 38(3):151-6.
22 Government of India, Ministry of Home Affairs, Press Information Bureau, Forensic Science Capabilities: Strengthening for Time-Bound and Scientific Investigation (26-6-2022) https://www. pib. gov. in/PressReleasePage. aspx? PRID=1837146 The Union Home Minister stated that despite 75 years of independence, our conviction rate remains alarmingly low. To address this issue, the prime focus is on promoting the field of forensic science. A significant milestone in this effort is the establishment of the National Forensic Science University. Over the next three years, the aim is to produce 33,000 forensic science experts and scientists annually. The goal in this initiative is to raise the conviction rate to above 90 percent.
To achieve this, there has been introduction of a crucial provision under the Bhartiya Nagarik Suraksha Sanhita Bill 2023 which aims to replace The Code of Criminal Procedure, mandating forensic teams to visit crime scenes for offenses carrying a punishment of 7 years or more23. This measure will provide the police with scientific evidence, significantly reducing the chances of acquittal in court for perpetrators. Additionally, there are commitments to the modernization of all courts in the country by the year 2027. There has also been successfully implemented mobile forensic vans, particularly in Delhi. Under this system, the FSL (Forensic Science Laboratory) team accompanies investigations of crimes with punishments exceeding 7 years.
The introduction to the concept of Mobile FSL, has proven successful, and there will be three such mobile units in every district to visit crime scenes effectively. 24 The Way Ahead and Conclusion In the ever-evolving landscape of law and decision-making, the integration of forensic science has emerged as a paramount need. Over the years, the realm of forensics has transformed the way we investigate crimes, adjudicate legal disputes, and ultimately uphold justice. As we navigate the complex intricacies of modern society, it becomes increasingly evident that the relationship between forensics and the legal system is not merely advantageous but essential. One of the primary reasons for this imperative integration is the profound impact it has on the accuracy of legal outcomes.
Forensic techniques provide a scientific and objective basis for establishing facts, thereby reducing the margin for error in judgments. This is particularly crucial in cases where the stakes are high, such as serious criminal offenses or civil disputes 23 Government of India, Ministry of Home Affairs, Press Information Bureau, Union Home Minister and Minister of Cooperation, introduces the Bhartiya Nyaya Sanhita Bill 2023, the Bharatiya Nagarik Suraksha Sanhita Bill, and the Bharatiya Sakshya Bill, in the Lok Sabha, today https://pib. gov. in/PressReleasePage. aspx? PRID=1947941#:~:text=In%20this%20law%2C%20we%20have,for% 207%20years%20or%20more.
24 Ibid.
with significant consequences. By relying on solid forensic evidence, we can ensure that justice is administered with precision and fairness, upholding the core principles of our legal system. Moreover, the use of forensics in decision-making bolsters the credibility of our justice system. It inspires confidence in the public, assuring them that the outcomes are not arbitrary or subjective but grounded in empirical evidence. When citizens trust that the legal system operates on a foundation of science and reason, it fosters a sense of societal order and harmony. Forensic science also plays a pivotal role in unearthing the truth, even when it may be concealed beneath layers of deception. In cases of complex criminal activities, fraud, or malfeasance, forensic tools can unveil hidden clues, trace patterns, and uncover motives that might otherwise remain elusive.
This capacity to reveal the concealed truth is not only a powerful deterrent against criminal behavior but also a means to hold wrongdoers accountable. Furthermore, the integration of forensics in decision-making promotes consistency and uniformity in the application of the law. It ensures that similar cases are treated alike, regardless of geographic location or the presiding judge. This consistency contributes to legal predictability, reducing uncertainty and enhancing the efficiency of our legal system. In today's interconnected world, where crimes often transcend borders, forensics also serves as a bridge between nations in the pursuit of justice. International cooperation in forensic investigations has become essential in addressing transnational crimes, terrorism, and human rights violations.
The standardization of forensic practices allows for the seamless exchange of information and evidence, facilitating the global fight against crime and the protection of human rights. As we look ahead, the need for forensic integration becomes even more apparent. Rapid advancements in technology have expanded the horizons of forensic science, offering new tools and methodologies that can unravel mysteries previously considered unsolvable. DNA analysis, digital forensics, and cutting-edge techniques for ballistics and trace evidence analysis have revolutionized our capacity to solve crimes and establish guilt or innocence. However, alongside these remarkable advancements come ethical and legal challenges. The responsible and ethical use of forensics, as well as safeguarding the privacy and rights of individuals, must remain at the forefront of our efforts.
Striking the right balance between harnessing the power of forensics and protecting civil liberties is a complex but necessary task. In conclusion, the integration of forensics into laws and decision-making processes is not a mere trend but a fundamental requirement for a just and equitable society. It enhances accuracy, credibility, and consistency in legal outcomes, bolsters public trust, and helps uncover the truth even in the face of deception. As we continue to advance technologically and face new challenges, our commitment to responsible and ethical forensic integration must remain unwavering, ensuring that the pursuit of justice remains steadfast and true.